Innovations from the Post-COVID-19 City CoLab Challenge

Many voices. Greener cities. Better cities.
Every month we feature a Global Roundtable in which a group of people respond to a specific question in The Nature of Cities.
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Amal al Balushi, Amsterdam We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.
Georgia Bertagna, Padova Green Care, an emerging concept which provides private and public health and social inclusion through the innovative use of natural resources, is a solution to restoring the damage we’ve caused on our natural ecosystems and planet.
Thomas Beery, Kristianstad The Portable Outdoor Classroom will serve as a resource to support educators’ efforts to take students outdoors and create positive outdoor education and play experiences for children and youth.
Charlotte Britton, Munich Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress.
Jenna Cardinale, New York Until our society serves all its members, we need to approach these problems with flexibility and a real sense of interconnectivity in the areas in which we live and work. For example, New York City would benefit its residents most effectively by allowing aid to be distributed directly to hyper-local organizations.
Davide Geneletti, Trento With this project, we aim to unveil the potential of marginal urban spaces to become efficient Nature-based Solutions that can contribute to citizens’ wellbeing and nature conservation, during the pandemic and in the future.
Eva Hoppmanns, Amsterdam We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.
Dana Johnston, Munich Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress.
Vanessa Kucharski, Amsterdam We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.
Audrey Leung, Munich Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress.
Mareeya Mitmana, Munich Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress.
Siân Moxon, London The Rewild My Street campaign can help people visualise how key urban spaces could be transformed for biodiversity, and to ensure we actively design our “new normal” to benefit people and the planet.
Lea Schwab, Amsterdam We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.
Colm O’Driscoll, Padova Green Care, an emerging concept which provides private and public health and social inclusion through the innovative use of natural resources, is a solution to restoring the damage we’ve caused on our natural ecosystems and planet.
Anneliese Zausner-Mannes, New York Until our society serves all its members, we need to approach these problems with flexibility and a real sense of interconnectivity in the areas in which we live and work. For example, New York City would benefit its residents most effectively by allowing aid to be distributed directly to hyper-local organizations.
M'Lisa Colbert

About the Writer:
M'Lisa Colbert

M'Lisa works to assemble connections and collaboration between diverse groups in cities. She is also Associate Director of The Nature of Cities.

Introduction

Building bold imaginaries is the only way to usher in new life in the wake of adversity. It is the only way to build resilience. As the ongoing COVID-19 pandemic continues to swell and overwhelm us, the collection of conversations below aim to inspire us to continue to think and imagine resilience for the city. They are a set of reflections on the ideas and actions generated in The Post-COVID-19 City CoLab Challenge. In January 2021, the Belmont Forum funded international research–innovation consortium, Innovations in Governance for Food, Water, and Energy Nexus (IFWEN), launched The Post COVID-19 City Challenge in collaboration with Close the Loop and MIT’s Pandemic Response CoLabteam to drive multidisciplinary thinking and collaboration around urban design for the Post-COVID-19 city. The CoLab challenged urbanists, innovators, entrepreneurs, artists, activists, researchers, scientists, and various other types of urban actors from around the world to reset our thinking on how sustainable, resilient, liveable, and just cities can be built for urban futures that nurture human-nature relationships.

Humans are social creatures. We like to be among each other and we need to be. Cities grow and thrive on the basis of that reality first and foremost. And cities have brought humanity together in more ways than one. I’d like to continue to see cities be that site of togetherness, and not become places that tear us apart or defeat us. Afterall, the resilience of a city, is human resilience. The COVID-19 pandemic is a reminder of just how inseparable we all are, and of how critically aware we need to be of our position as a species not outside of nature, but intricately born of it. It needs to dominate our thoughts, our actions, and our design ideas for future cities. This CoLab is one small step towards that goal. Brought to you by all the passionate and wonderful minds who joined us and participated in this initiative, please visit The Post-COVID-19 Story Atlas to find the full collection of ideas.

If you have an idea, project, or initiative that you would like to add to the atlas, write [email protected] for more information.

Thomas Beery

About the Writer:
Thomas Beery

Thomas Beery is an associate professor at Kristianstad University in Sweden. Tom is interested in questions that contribute to environmental problem solving from educational science and interdisciplinary perspectives. One key idea and interest running through much of Tom's research is connectedness to nature.

Thomas H. Beery

The Portable Outdoor Classroom will serve as a resource to support educators’ efforts to take students outdoors and create positive outdoor education and play experiences for children and youth.

Being and Belonging: The Portable Urban Classroom

Over half of the global human population now lives in urban areas, and by 2050, this proportion is expected to exceed 90% for developed countries. This growth and shift from rural to urban living are associated with a decrease in the human population living with direct and accessible exposure to green and blue environments. One outcome from this trend is that many children today may not have adequate opportunities to interact with nature in outdoor settings at levels available to previous generations. This phenomenon is referred to as “extinction of experience” and described as resulting in a decline in learning and thinking about the natural world (Pyle, 1993). Pyle described his own rich childhood experience as coming not from the pristine wilderness but rather from close-by and untamed suburban nature, reminding us that to counter the extinction of experience, children need nature to be proximate and accessible.

In support of increased connection to nature, over 40 years of research has provided compelling arguments showing that experiences of nature in green areas are linked to a breadth of positive human well-being outcomes. These include improved physical health, improved mental well-being, greater social well-being, and improved academic outcomes. (Note, the Children and Nature Network https://www.childrenandnature.org/resource-hub/resources/ provides access to excellent research sources that detail these benefits). Links between nature experience and well-being are now recognized in frameworks for assessing impacts of nature-based solutions in urban areas and pathways for health–social–nature synergies.

Given efforts to reduce the potential for transmission during the COVID-19 pandemic, practitioners worldwide provided creative examples of the use of outdoor settings to provide an innovative educational response to COVID-19. For instance, numerous news stories have captured the Danish response of moving elementary classrooms outdoors in response to COVID-19, and the New York Times has documented examples of schools across the United States, from inner-city to rural, taking advantage of outdoor learning settings as a part of their risk management response to COVID-19. A recent article in the Journal of Outdoor and Environmental Education highlights an abundance of thoughtful and innovative responses to COVID-19 going on within the field of environmental and outdoor education.

The Portable Outdoor Classroom Project was developed in response to the science of nature experience benefits, access for children, and lessons from COVID-19. The idea is for the kits to serve as a resource to support educators’ efforts to take students outdoors and create positive outdoor education and play experiences for children and youth. This proposal involves creating a pilot-test kit available for educators (formal and non-formal) to check out from the public library in Malmö, Sweden.

The specific design of the kits is focused on eliminating barriers. The kit will provide activity ideas and site suggestions to help educators get started (city parks, nature reserves, the waterfront), along with the actual gear that can provide a portable infrastructure for activity, comfort, and safety. Specifically, the kit will include risk management equipment, weather management equipment, educational materials, site and activity suggestions, and backpacks to make it all portable. The idea is to provide gear to allow educators to create quality urban nature experiences for their students. A training workshop will be offered to help introduce the kits to educators and provide practical tips and guidance for kit use.

The impact and outcome of this project will come from facilitating outdoor experience, providing more time for children in urban nature to play, learn, explore! As noted, compelling arguments showing that experiences of nature in green areas are linked to a breadth of positive human well-being outcomes. Additional research shows a relationship between connectedness to nature and pro-environmental behavior; such a relationship is dependent on a multitude of factors; however, one key factor is time to be, learn, and play in nature. This project is part of a long-term commitment to children in sustainable, resilient, and livable cities.

Citation

Pyle, R. M. 2002. “Eden in a Vacant Lot: Special Places, Species, and Kids in the Neighborhood of Life.” In Children and Nature: Psychological, Sociocultural, and Evolutionary Investigations, edited by P. H. Kahn, and S. R. Kellert, 305–327. Cambridge, MA: The MIT Press.

Dana Johnston

About the Writer:
Dana Johnston

I‘m originally from California but grew up in Indonesia, Bangladesh & Thailand, where I developed a strong passion for environmentalism & social justice. After majoring in environmental studies, I interned with IUCN, worked in early childhood education & also started learning design.

Dana Johnston, Charlotte Britton, Mareeya Mitmana, Audrey Leung

Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress.

Our Concept

The Eco-taskers concept addresses the question of how to get people motivated to participate in mass environmental action. Our solution focuses on transforming cities into places for collaboration, sustainable living, and impactful change for achieving environmental progress. It is particularly relevant in a post-COVID-19 world, speaking to the moment and utilising momentum to address the ongoing, deep-rooted, and overlooked ecological issues.

The ideas are based on extensive secondary research into human behaviour, incentivisation, and gamification, and movement building, as well as local primary research concerning local habits and opinions on taking action. The concept is ready for prototyping and testing.

The concept consists of four key parts: a network, an online task hub, an audience, and a campaign. Initially, this would be implemented in Munich, however, it could be expanded to any other city.

1 The Network

The network is made up of eco businesses, organisations, and initiatives, including environmental organisations, zero waste shops, bio supermarkets, second-hand clothing shops, vegan restaurants, and more. The businesses and organisations have to be committed to positive environmental action and practices.

2 An Online Task Hub

The Task Hub is a digital space for eco network members to post environmental tasks and challenges which will be undertaken by the public. Each task has a category, level of commitment, and skills required to complete it. Examples of tasks could be designing a poster for an eco-store, writing copy for social media posts, volunteering time to help with urban gardening, and much more. These tasks, therefore, appeal to the public’s diverse skills and interests. Completing tasks also results in winning points which can then be redeemed as vouchers or discounts at participating eco businesses.

3 An Audience

The audience, who take part in completing tasks and winning points, can be any member of the public. Tasks will appeal to all people and backgrounds, therefore, making them inclusive and engaging.

4 The Campaign

The aim of the campaign is to raise public awareness of the task hub and show people in a fun and inclusive way how they can get involved and make a difference. The campaign is an annual, temporary event lasting for a month in the spring or summer months.

The format is a scavenger-hunt-style game involving participating businesses with a shop front hiding objects in their window that the public has to find. Via a sticker with a QR code in the window, the public goes to the task hub website and logs their item. This also introduces them to the task hub. At the end of the campaign, a winner is announced and a prize awarded.

5 The Impact

The Eco-taskers concept aims to build a bridge between eco businesses and organisations and the public, creating momentum for action. There are many incentives for all stakeholders to take part, such as eco businesses and organisations receiving promotion and gaining new audiences who complete tasks.

The public benefit from a fun and inclusive campaign with the opportunity to win a prize, the chance to explore the city, and get to know new, like-minded businesses.

The environmental benefits also include supporting and promoting environmentally friendly businesses, creating opportunities that benefit all stakeholders involved, and encouraging the movement.

The concept is particularly applicable in a post-COVID-19 situation in that it invigorates local businesses and appeals to the public’s desire to get outdoors and involved in the community after such a long period of distancing and isolation. The pandemic has shown us the power of coming together to fight a global crisis and that energy can and should be harnessed for the benefit of the environment.

Charlotte Britton

About the Writer:
Charlotte Britton

Originally from the UK, I worked for 2 years on the product management team of a London-based tech start-up tackling the issue of fakes and forgeries on the modern art market. A big part of my role was improving our user experience, which is how I first moved into design. Wanting to make service design my focus, I left and worked as an experience designer at a London-based design agency before deciding to consolidate my skills with a master’s here in Munich.

Mareeya Mitmana

About the Writer:
Mareeya Mitmana

Originally from Bangkok, Thailand. I have experience in the aviation field for 10 years focusing on customer service. Currently I live in Munich and continue my master in Design Management, Macromedia University applied sciences.

Audrey Leung

About the Writer:
Audrey Leung

I am a graphic designer and illustrator from Vancouver, BC, Canada. As of today, I am attending Macromedia University in Munich for my Masters in Design Management. I am passionate about storytelling through art, design, and different mediums. One of my current goals is to aid others in sharing their stories and unique experiences with the world.

Davide Geneletti

About the Writer:
Davide Geneletti

Associate Professor of Spatial Planning at the University of Trento, Italy. Specialised in impact assessment of projects and plans, ecosystem services and nature-based solutions. Formerly Research Fellow at Harvard University’s Sustainability Science Program. Consultant for UNEP, UN-HABITAT, and the European Commission. Deputy Editor-in-Chief of One Ecosystem.

Davide Geneletti

With this project, we aim to unveil the potential of marginal urban spaces to become efficient Nature-based Solutions that can contribute to citizens’ wellbeing and nature conservation, during the pandemic and in the future.

Renaturing Marginal Public Spaces for People and Ecosystems

Trento is an alpine city of around 120,000 inhabitants located in a valley floor in the Italian Alps. It is surrounded by a well-preserved hilly landscape — a mosaic of vineyards and forest patches — and stunning mountains. Nature is easily accessible; a short bus ride, or a walk from the suburbs in the hills, will bring you to a dense network of hiking trails with varying levels of wilderness. Nature-based recreation, and outdoor activities in general, are a trademark for the city, as well as for the whole Trentino region.

Trento, Italy. Photo: Chiara Cortinovis

However, the mobility restrictions introduced to cope with the pandemic brought a new set of challenges. All of a sudden, nature and green space became out of reach. Urban parks, and especially those closest to home, were given a new role and appreciation. The city is relatively well-endowed with public green space. Nonetheless, a closer look at land use and land cover in the urban fabric reveals that the situation can be improved. Like many other cities, Trento has its fair share of marginal space; fragments of fallow land, abandoned plots, and other small, green areas in a state of disuse.

With this project, we aim at unveiling the potential of marginal urban spaces to become efficient Nature-based Solutions that can contribute to citizens’ wellbeing and nature conservation, during the pandemic and in the future. Building on recent efforts jointly undertaken by the local Administration and the University to map and assess urban ecosystem services, we analyze marginal spaces and assess their suitability to be converted into different types of nature-based solutions; from community gardens to Kyoto forests, and from habitat patches and rain gardens to pocket parks.

Through stakeholder engagement activities and ecosystem services assessment, a prioritization exercise is conducted to identify, for each type of nature-based solution, the most suitable sites using an inventory of marginal spaces. Suitability is assessed by considering the potential to deliver ecosystem services and benefits, in the light of the sites’ biophysical characteristics (e.g., morphology, land cover, soil), as well as the socio-economic context (e.g., accessibility, number, and vulnerability of potential beneficiaries, housing type).

We aim to generate a set of scenarios in a GIS database that suggest the possible conversion of marginal spaces into different nature-based solutions and provide an estimate of the effects on a range of ecosystem services (including food production, air purification, water regulation, microclimate regulation, noise mitigation, and habitat for focal species), as well as of the expected beneficiaries. These results will showcase how greening interventions in marginal space can deliver tangible contributions to citizens’ wellbeing and biodiversity, paving the way for the development of a city-scale “greening plan”, consistently with the objectives of the European Union Biodiversity Strategy 2030.

Photo: Susana Orta Ortiz
Amal al Balushi

About the Writer:
Amal al Balushi

Amal al Balushi is a Candidate for the European Masters: Transforming City Regions at RWTH-Aachen University in Germany. Her current research focuses on the northern European country’s intergenerational cohesion across borders.

Amal al Balushi, Eva Hoppmanns, Vanessa Kucharski, Lea Schwab

We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.

Rethink.Restart.Recover.Resilient
Post-COVID19 in Amsterdam

The pandemic has brought many challenges, and we have seen trends speed up or fall apart. For this reason, innovation is especially important now and, as Emanuel Rahm said in 2008:

“You never want a serious crisis to go to waste.”

The work of our interdisciplinary team focused on how to overcome a pandemic in a spatially just way and recover as soon as possible (see figure below). We proposed an interactive, data-driven online platform, called Access as a response to spatial injustices that were illuminated by the COVID-19 pandemic and related restrictions.

Vision of Amsterdam neighbourhoods

The Amsterdam Metropolitan Area (AMA) was used as the main study site to develop such a prototype for crisis management. We began by looking at how the AMA dealt with the 2007 financial crisis, and what lessons could be learnt for overcoming the current crisis. As an area abundant with open spaces, and blue and green infrastructure, we were interested in studying inhabitants’ connections and interactions with these spaces (Pre and during-COVID-19). In the beginning stages of the pandemic, reports and news coverage on AMA’s liberation from tourists started appearing, describing inhabitants “taking back” of previously over-run places. Our interest in understanding this takeback in a time of crisis emerged.

After analysing the area and applying the COVID-19 lockdown restrictions, we were particularly surprised by the imbalance of accessibility to functions AMA residents were encountered with. Large quarters without essential services or open spaces became completely dead areas. Through analysing COVID-19 statistics over time, a possible correlation between the provision of open spaces and the level of incidents within an area emerged. The connection between the openness of spatial structures and virus spreads is now being studied and reported worldwide.

Furthermore, lockdowns, restrictions, and policing in the AMA were handled from a top-down approach, with little emphasis on locational discrepancies. The lack of clear communication streams in crisis times is alarming and is something that needs to be addressed as the pandemic continues. In return, Amsterdam, and the Netherlands in total, experienced various protests throughout the pandemic. There is a need for participation and inclusivity to still be an influencing factor; as it is the day-to-day persons that are going to have to pick up the pieces, help rebuild and open cities.

Preparations to “start-up” normal life again need to begin now to generate a quick recovery, and for a resilient future outlook, the pandemic can act as a learning point. Therefore, we created the concept for a platform, named Access. The platform is both informed and a collector of data (see figure 2). It is a method that can help residents understand the policies that affect their spaces at any given time or place and offers them alternative activities and spaces nearby. It also works with local businesses, by providing adequate information on current laws, and advertising their areas as “alternatives” when possible. Additionally, it includes forums and tools to discuss the spaces and their experiences, as well as pinpoint areas of issues. Such information could then be conveyed to municipalities and help direct developments in the long run, as well as temporary provisions to help residents of certain areas to cope with the pandemic changes in the short term. Spatial changes and proposed plans are regularly updated onto the platform, providing a transparent tool for AMA residents and authorities to interact.

We discuss recovery phase initiation sequences in the case of the COVID-19 Pandemic and advertise a new approach not yet attempted by municipalities, based on data and participation. While the focus is on the AMA region, Access can grow to benefit and be applied in other regions of the world.

Schematic Diagram of the BPMN Model of local tourists.

Acknowledgement: This project is developed at RWTH Aachen University – Transforming City Regions Master programme, Spatial Justice and the City Studio – with tutorial support of Prof Jacob Beetz, Dr. Ceren Cezer, and Prof Christa Reicher.

Eva Hoppmanns

About the Writer:
Eva Hoppmanns

Eva Hoppmanns studies the European Master of Transforming City Regions at RWTH Aachen University since 2019. Currently, Eva is doing an internship at die Urbanisten e.V. in Dortmund, focusing on urban laboratories and participatory planning projects in the Ruhr area.

Vanessa Kucharski

About the Writer:
Vanessa Kucharski

In 2019, Vanessa graduated with her Master‘s in Architecture at the RWTH Aachen University. After a three-month stay in Latin America, she started her Master‘s in Transforming City Regions at the RWTH Aachen. During her studies, she constantly has worked in architecture companies, where she is supporting the team in several projects in the competition department with the focus on urban design.

Lea Schwab

About the Writer:
Lea Schwab

Lea Schwab finished her bachelor degree in architecture at the RWTH Aachen university in 2018. Currently Lea is working for an interdisciplinary program that advocates the spatial protection of coastlines in Spain and Chile, before writing her Master thesis in September 2021.

Georgia Bertagna

About the Writer:
Georgia Bertagna

Georgia Bertagna has a degree in international law and is currently Project Manager at Green4C for the University of Padova, Italy. She has long experience in the field of microfinance and sustainable local development as well as in international projects, and has worked for 15 years with emerging countries.

Georgia Bertagna and Colm O’Driscoll

Green Care, an emerging concept which provides private and public health and social inclusion through the innovative use of natural resources, is a solution to restoring the damage we’ve caused on our natural ecosystems and planet.

Hackathon Challenges: Innovative Solutions for Green Care Initiatives

Today, human society and the natural world are facing a very difficult challenge; to restore the damage we’ve caused on our natural ecosystems and planet by finding alternative and cost-effective solutions that can also help us to cope with societal challenges, such as ageing populations, climate change, pollution, and the mental and physical health issues associated with these. Recent studies have shown that nature-based public-private partnerships in emerging sub-sectors such as social agriculture, urban green infrastructure, and forest-based therapy are providing cost-effective solutions to cope with these challenges while ensuring a sustainable positive impact on our environment. These approaches are defined as Green Care, an emerging concept which sees the public and private sectors providing health and social inclusion through the innovative use of natural resources. In European (and non-EU) countries, the number of Green Care entrepreneurial initiatives is increasing to also promote co-benefits and build healthier and more resilient cities.

Coordinated by the University of Padua, TESAF Department (Department of Land, Environment, Agriculture, and Forestry) with the support of Etifor ǀ Valuing Nature (), we’ve connected ten other key (research and business) organizations around the world to develop Green4c (Green For Care), a European initiative (funded by the European Commission- Erasmus+ project) to join (creating and growing the network), learn and practice entrepreneurship and innovation in Green Care, focussing specifically on initiatives in four thematic areas: Forest-based care; Urban green care; Social agriculture; and Green care tourism.

As part of the “learn” phase of the project on Green Care initiatives, we recently published a first-of-its-kind EU Blueprint on Green Care, and background report, which defines, assesses, and categorises innovation and entrepreneurship in Green Care initiatives, and formulates recommendations for a wide range of stakeholders interesting in activating, supporting, and promoting such initiatives (report available on https://www.greenforcare.eu/reports/.)

In addition, as part of the “practice” phase of the project, we will create and deliver the world’s first specialisation programme on Green Care, including an e-learning course on innovation and entrepreneurship and a specialization school that will give face-to-face “business” acceleration training to the course participants. And not only that, but we also want to guarantee and further the impact created by the innovative ideas solving societal problems through the world’s first “Green Care Hackathon”. Hackathons are proven innovation generation programmes and will also ensure an effective way of bringing different stakeholders together to propose, support, and share experience to find concrete and impactful solutions to the previously described megatrends.

The objective of our hackathons will be to solve challenges in the four thematic sectors, contributing to mitigating or solving (in part) the megatrends previously described, and to create innovative partnerships among the environment and health sectors; Green4C partners, public authorities, Green Care experts, and practitioners will be working together one full day on a common Green Care challenge. There will be five hackathons one in each of the 5 main partner countries: Ireland, Italy, The Netherlands, Austria, and Romania. Hackathons will be open to a minimum of 20 participating ideas. There will only be one winning idea for each country’s hackathon.

To find out more and if you want to stay up to date on Green4C and our activities, follow us on www.greenforcare.eu!

Colm O’Driscoll

About the Writer:
Colm O’Driscoll

Colm O’Driscoll is an environmental consultant with specific focus on business innovation, development and assessment. Currently, activities include project writing and management, network building, business development through acceleration and incubation.

Siân Moxon

About the Writer:
Siân Moxon

Siân is a Senior Lecturer in sustainable design and researcher in urban biodiversity at London Metropolitan University’s School of Art, Architecture and Design. She is an architect, BREEAM accredited professional, author and founder of the award-winning Rewild My Street urban-rewilding campaign.

Siân Moxon

The Rewild My Street campaign can help people visualise how key urban spaces could be transformed for biodiversity, and to ensure we actively design our “new normal” to benefit people and the planet.

Innovation is vital to find new ways to address the continued challenge of the ecological crisis alongside the novel challenge of the pandemic in our cities. After all, our default way of life and attitude to nature has caused environmental devastation and almost certainly allowed the pandemic to take hold.

Imagine we take this opportunity to reshape our cities post-pandemic to tackle the climate and ecological emergency and create liveable places that facilitate the homeworking, sustainable travel, and connection with nature we’ve rediscovered in lockdown. My city is London, the UK capital and the world’s first National Park City. Design ideas for London can provide a model to fulfil the National Park City Foundation’s vision of a global network of National Park Cities that are ‘greener, healthier, and wilder’.

Every city could increase its “urban forest” through tree planting and other habitat creation in streets, squares, and unused green spaces. Disused shops and offices in city centres could be replaced with “pocket parks”. Residential streets could become “play streets” where children can discover nature on their doorstep, with on-street car parking replaced by “community parklets” where residents grow vegetables. The green belts surrounding major conurbations could become “wild belts”, where residents can escape the city for a country walk, spotting reintroduced beaver, wild ponies, and lynx shaping the rewilded landscape. All these new green spaces could be connected by “slow ways” for cyclists, canoeists, and pedestrians, planted with swales to absorb floodwater. The verges of the remaining roads catering for shared electric cars and buses could be left to become wildflower meadows attracting pollinators.

To ensure this ideal is captured and implemented, I’m creating new drawings for my London-based Rewild My Street campaign to help people visualise how key urban spaces could be transformed for biodiversity and to ensure we actively design our ‘new normal’ to benefit people and the planet. The project is strategic, offering a vision to inspire and empower others to take direct action to rewild city spaces. Expanding its online resources beyond residential streets, to cover public and inner-city spaces will address access to nature for people without an outdoor space. A collage technique, similar to the existing image for suburban residential streets, will show typical existing settings — an inner-city former office/retail plot, a public square, a residential street, a green belt, and a transport route — reimagined with greenery and wildlife.

Rewild My Street concept collage. Credit: Siân and Jon Moxon (with altered photos courtesy of Daniel Case, Super.lukas, Didier Descouens, Ninjatacoshell, Peter Mulligan, Claus Rebler, Karen Arnold, Potapov Alexander/Shutterstock)

The drawings contribute to a wider cross-disciplinary research project using behaviour-change theory to develop a model intervention strategy for Rewild My Street to improve public uptake and support of urban rewilding. Combining design with behavioural science will produce new insights for tackling the environmental crisis.

Rewilding cities will help reverse the alarming trends of biodiversity decline, and loss of urban greenery through densification and sprawl. In tandem, it will improve cities’ resilience to climate change, and promote city dwellers’ health and wellbeing. When, according to the UN, biodiversity has dropped 20% since 1900 and one million species face extinction, greener cities could offer a refuge for some wildlife, having the potential to provide substantial habitat. Greener cities have wider environmental benefits, including reducing air pollution, improving amenity value, and mitigating the effects of climate change, such as flood risk and overheating. Moreover, greener, more biodiverse urban spaces boost our own health and wellbeing, offering an antidote to the stresses of modern life.

Repeated lockdowns and living our lives more locally have helped us see the value of nature and green transport for our health and wellbeing. We should seize this opportunity to rethink cities, so they enable much greater accessibility to nature for all.

Anneliese Zausner-Mannes

About the Writer:
Anneliese Zausner-Mannes

Anneliese Zausner-Mannes co-founded Nurture BK in June of 2020. She has taught middle school Math and Science in North America, Asia, and Europe for over 15 years. She is constantly in awe of the organics community and initiatives that have sprouted from Nurture, and how reminiscent it is of the New York City she grew up in.

Anneliese Zausner-Mannes and Jenna Cardinale

Until our society serves all its members, we need to approach these problems with flexibility and a real sense of interconnectivity in the areas in which we live and work. For example, New York City would benefit its residents most effectively by allowing aid to be distributed directly to hyper-local organizations.

Community organizations need to innovate so that we can confront the core challenges faced by our communities. While many of these challenges are ongoing, systemic concerns, we need to approach these problems with flexibility and a real sense of interconnectivity in the areas in which we live and work.

What are the challenges brought about by the pandemic? We would argue they are primarily the structural inequalities that poor, immigrant, and BIPOC citizens faced before March 2020. Healthcare, safety, affordable housing, food security, and a sustainable environment remain our primary challenges, but they have certainly been exacerbated by the financial impact of job losses, the burden of additional childcare responsibilities, and our collective trauma responses to so much isolation and death.

Large, bureaucratic city-lead programs certainly provide many vital services, but the red tape for both funding and implementation of these programs prevents the immediate actions that the crises of poverty and climate change require. New York City would benefit its residents most effectively by allowing aid to be distributed directly to hyper-local organizations through an accessible process that does not impose unrealistic limitations on how that funding can be spent.

Grassroots, mutual-aid organizations did not wait around for a new innovation, non-profit, or app to save our communities during the pandemic. Members of Nurture BK and other mutual aid volunteers channeled our sense of disconnection into support for our neighbors, asking those who had more to give more. In Central Brooklyn, that meant the creation of a compost drop-off site after city services were suspended, which created cleaner (and better smelling) streets for the entire community. Our initial focus was to provide a vital service and reduce waste, and as we connected more with those who relied on our services we shifted so as to develop opportunities for food rescue and donation by partnering with “free fridges” in the neighborhood every week. We also began local recycling initiatives: from collecting denim with a local artist (who creates and fashions items from it) to collecting glass jars for use by a local zero-waste store (to promote reusing before recycling). While our approaches to challenges may become more efficient and shift in response to immediate needs, we reject the idea of offering solutions for other communities. Perhaps the most substantial innovation we could recommend would be the cultural shift toward empowerment of collectives to recognize, build, implement, and sustain the best solutions for themselves.

A group of volunteers under the tent where they collect compost. The site centers around this initial initiative, though now includes a weekly “fridge table”, flat plastics collection, and various recycling initiatives (on the opposite side of the sidewalk). Photo: Anneliese Zausner-Mannes
Jenna Cardinale

About the Writer:
Jenna Cardinale

Jenna Cardinale lives in Brooklyn, NY, where she has been a member of Nurture BK since July 2020. She earned a B.A.focused on English, Sociology, and Gender Studies from Northeastern University and an M.F.A. in Creative Writing from The New School. She has published two chapbooks and her poems have appeared in Verse Daily, Court Green, and SAND, among others. She directs operational strategy at an education/ media company when not getting her hands dirty with compost.

Inspiring District Residents, Specialists, and Government Officials to Work Together to Create a Park That Would Sustain Biodiversity and Meet People’s Desires

Many voices. Greener cities. Better cities.

Этот текст также можно прочитать на русском языке.

We asked local people what they wanted. And we tried to think about everyone who lives in this area or in the vicinity—people, birds, other animals, and plants—to strike a balance between urbanism and nature’s interests.
For the last two years our interdisciplinary team has been working on the Cherished Meadow (Zapovedniy lug, in Russian) project. This is an unprecedented happening, as it is the first project of its kind in decades that involves building a city park in Moscow for the sole purpose of sustaining the ecosystem rather than for entertainment. The project was born as a civil society initiative, without any financing. The joint efforts of biologists, landscape architects, architects, local officials, and district residents brought about a project equally beneficial to both nature and people.

Background

For the last seven years, the development strategy of Moscow’s park grounds has undergone many changes. Large-scale landscaping efforts have been underway in city parks: over 500 natural areas in the city have been fully or partially redeveloped and turned into more “urbanized” areas, featuring more space in manicured settings for entertainment and sports. Wild grasses are replaced with artificial turf grass and mowed lawns, fallen leaves are removed, gravel paths cede place to paving tiles, and the greenery mostly includes aggressive invasive species, albeit with beautiful blooms. The selection of plant varieties does not in any way take into account their impact, including the negative ones, on local ecosystems. More than 50 billion rubles (around $US780 million) have been allocated so far from the Moscow city budget for these purposes.

The aim of the public program is to make natural areas look more manicured, thus ensuring, according to the authorities, a more comfortable pastime for Moscow residents. At the same time, according to the Birds of Moscow City and the Moscow Region program, the Zoological Museum, and the Biology Department of Moscow State University (MSU), the landscaping of citie’s parks brought about a drastic drop in nightingale, citrine wagtail, western yellow wagtail, whinchat, and corncrake populations—species that need wild grasses and meadows to thrive. The population of sparrows, which have been so common in Moscow, has also seen a dramatic decline due to the lack of food in the freshly mown grass during the nesting period.

At the same time, 2017 polls conducted by the Biology Department of MSU, together with the Online Market Intelligence research organization, showed that 46% of Moscow residents preferred natural landscapes as opposed to 16% who reported to prefer decorative landscapes. But it is no easy job to channel the actions planned by the city into preserving biodiversity. Taking this project as a reference, we have approached the authorities and tried suggesting another approach to landscaping that was hailed as important by the local community and a wide community of professionals.

From “barren Land” to people’s favorite meadow

Before getting a locally known nickname—the Cherished Meadow—this place had been dubbed “barren land”. Once this three-hectare plot housed car sheds that were later pulled down, followed by repairs of underground pipes. And when in the summer of 2016 the repairs were finally complete, the natural growth and wildlife began to slowly take over again. Nature was quickly entering the vacant niche, making use of seedbank left along the sidewalks and across barren land and of soil brought here for earthworks. Natural migrants also came: insects and spiders with aerial settlement routes, wind-borne seeds, also from nearest block’s yards, birds attracted by the food base. But nobody knew or studied the value of the place: a meadow strip lost among the houses did not draw people’s attention and turned into a shelter for birds and insects.

The Meadow, August, 2018. Photo: Timofey Levchenko
The Meadow, June, 2019. Photo: Alexey Denisov
The Meadow, June, 2019. Photo: Alexey Denisov

This state of things endured until 2017 when the local administration came up with an idea to build a park there. The project featured sports-grounds and children’s playgrounds. Everything would have been neat but for the fact that, a year before exactly, an identical park had been opened across the street. Furthermore, a project with such a high recreational burden implied asphalting off over 40% of the natural territory. In line with the latest trends in Moscow greening efforts, wild grasses were to be replaced with lawns and flower pots were to be planted with species considered invasive for the city, such as cogon grass (which behaves aggressively in moderate climate, overtaking natural communities and spreading easily) and silvergrass (which does not live long in such weather conditions).

Municipal administration project, summer 2017

It was by mere coincidence that I learnt about the project as it was being prepared and I made a case before the head of the administration: residents should be given a chance to suggest a project of their own. And if many people and local authorities appreciate the project, then the funds initially allocated for the municipal administration project would be used to finance the residents’ project. My idea was supported by the newly elected district municipal officials, and one of them, Irina Dontsova, became the project’s co-coordinator. From then on, we only had to find and engage design specialists. It seemed impossible in the beginning: without financing, with only an idea and mere enthusiasm in hand.

But looking back, we understand that the Cherished Meadow project brought together a unique team: never before has our country (or many other countries either) seen projects developed in an interdisciplinary cooperation on an equal basis with the help of biologists, architects, landscape architects, and the involvement of residents and local authorities.

Ways of finding professionals who think alike to develop a project

I believe in being direct. Just imagine: I contacted and asked for help not just someone who is a biologist, but I did so with brilliant scientists who developed the Red List of Moscow: Liudmila Volkova and Nikolay Sobolev. It was they who suggested inviting the entomologist and the specialist on wild bees Timofey Levchenko, who was appointed the chief researcher for the meadow. A meticulous study of the area by biologists showed that it was inhabited by more than 500 species of animals, plants, and mushrooms. There were found 19 species included in the Moscow Red List (adopted in VII.2019). Out of them meadow grassy plants accounted for over 100 species. Forest grasses – for 30 species. Fauna was represented by over 300 species out of which birds accounted for 21 species. All of this, had it not been for the job biologists did, could be simply destroyed by the design that did not take into account the specific biological features of the territory. This 3 ha wild natural meadow is unique for the 844 ha Academichesky district of Moscow—this territory remains the only one here that has not been landscaped.

Some species listed in the Moscow Red List (2019) in the Cherished Meadow (left-to-right then top-to-bottom): unspotted lungwort (Pulmonaria obscura), spreading bellflower (Campanula patula), broad-leaved helleborine (Epipactis helleborine), large marsh grasshopper (Stethophyma grossum), garden bumblebee (Bombus hortorum), rose chafer (Cetonia aurata). Photos: Timofey Levchenko
Some butterflies in the Cherished Meadow (left-to-right then top-to-bottom): common blue butterfly (Polyommatus icarus) male, short-tailed blue(Cupido argiades), peacock butterfly (Aglais io), common blue butterfly (Polyommatus icarus) female, high brown fritillary(Argynnis adippe), small tortoiseshell(Aglais urticae). Short-tailed blue and high brown fritillary are in the Moscow Red List (2019). Photos: Timofey Levchenko

At the same time, Irina Dontsova contacted the department of landscape architecture in Moscow Institute of Architecture where she had once studied. Ekaterina Prokofieva, head of the department, not only suggested for the project Anna Antokhina and Nadezhda Astanina, great architects and “Gardens and People” Award Laureates, but also proposed to personally lead this ambitious project. All of us, without making any preliminary arrangement, as if decided to some extent to prove that another approach to designing public spaces was possible, that is, environment-oriented.

Communicating with residents

We decided to talk to residents first. We were lucky: the Akademichesky district has quite a big community Facebook group, with about 4-5 thousand participants, so it is rather easy to urge the most active residents to discuss the situation.

In addition to that, I launched a poll in Google forms and sent it to everybody willing to take part in order to gather a more objective feedback on what district residents wanted this territory to look like. Almost 70% responded they wanted a natural area, the one where no lawns were mowed, and where meadows and forest grasses grew.

What residents of the Akademichesky district of Moscow want their park to look like. N=60. Source: online survey via Google Forms

The three main reasons cited in response to the question “Why do you go to parks?” were: walking with children; meeting other people; and having the possibility to admire and watch nature. 40% of respondents come specifically to listen to the birds sing.

The three most popular ideas (that got over 50% of votes) for our project were:

  • Planting a larger number of beautiful meadow grasses and flowers
  • Creating conditions for rare species
  • Providing a sheltered habitat for the nesting birds

But, notwithstanding the seeming unanimity and the wish expressed by the majority to go with the natural format, the community became divided by a huge conflict. Residents who lived in the houses adjacent to the meadow were complaining of the drastic shortage of parking spaces. The yard had a dead end, and they simply were not able to pass one another without that additional space. Tensions were so high that a resident of one of the houses demanded that the meadow should only be left on the margin of the territory and everything else should be asphalted; he even calculated that an estimate of 2,000 parking places could be built. Fortunately, his suggestion did not get any support.

Running a bit ahead of the story, I can say that the architects managed to take every view into account, and car owners got their parking space. Only it turned out that, with careful calculation and planning in the field, the number of the necessary parking places was far from 2,000, but in reality was as low as 70. Besides, the professional approach of placing parking lots at the margins of the meadow, and not in the center, as had been initially planned by the administration, solved the issue of risky fragmentation of meadow areas and inevitable degradation of the species composition that would have resulted.

For me personally, communicating with residents turned out to be one of the most challenging jobs within the project. In order for the people to trust the team, for them to feel involved, and to understand the whole process, we had to inform them of every move: what we were doing, with whom we were meeting, and what progress was achieved. At that point I was posting endless reports in district communities, and a year later we created a Facebook page exclusively dedicated to the meadow.

From proper planning to adequate design

Biologists imposed rigorous terms of reference, and in order to take them into account the team of architects often had to develop new rules and literally establish new standards in park design.

Ideas and solutions:

  • It was decided to rule out lawns. Because there are many sport objects with lawn across the street. Our project was fully based on wild meadow grasses. The lawn is not a place where insects can survive or where birds can feed. On the contrary, various meadow plants with beautiful flowers provide food for pollinators, i.e., wild bees, butterflies, etc.
  • It was decided that after completing construction, only plants native to the Middle part of the East European Plain would be used both for flower beds and for the replanting in the soil, in order to rule out aggressive proliferation of invasive species and consequent destruction of the meadow community. This was a challenge for two reasons. Firstly, due to the lack of demand for local species in landscape design. It was a challenge in its own right to find the “common” species which would be available for sale. Secondly, biologists and architects had to find through joint efforts a balance between “native” and “quite decorative.” This list of native plants for creating a meadow as a beautiful park was a really unique case of interdisciplinary collaboration: the biologist suggested what was better for the insects and the landscape architect chose the most beautiful plants from that list that would be surely appreciated by humans as well.
  • To create better conditions for species that are considered rare or near threatened in Moscow. For instance, a nightingale builds its nest on the ground and it needs bushes and tall grass for successful nesting period. We decided to plant some additional bushes in the area where we knew nightingales nested. Also, we took into account needs of wild bees: for example, the list of grasses to plant on the meadow was tailored in a way to create richer forage for wool carder bee (Anthidium florentinum) and other other rare types of bees.
  • The territory had a wet area. It was decided to turn this “drawback” into an advantage by planting it with beautiful, moisture-loving species. Thus, this area was converted into the highlight of the meadow, and architects designed a small viewpoint here.
  • Paths convenient not only for the pedestrians, but also for the insects! Here, the architects had to come up with a know-how technique: not only did they make a pavement without edging, but they also introduced narrow galleted joints (pebbles places in the morter). They are almost unnoticeable for people, but they are very important for small insects: they will be able to use them as corridors to go from one place to another. Because not every insect can fly, and for some species asphalted paths with edging can be an insurmountable obstacle.
  • It was suggested to use UV-free lamps so that insects would not be attracted to them, would not get burned die.

On top of that, we provided for a children’s playground made of natural materials in “natural style, and other small recreation areas thought-out to the last detail.

“We tried to think about everyone who lives in this area or in the vicinity: people, birds, other animals, and plants. To strike a balance between urbanism and nature’s interests. This also corresponds to our own needs: we want nature back in the city because it is responsible for the comfort of the environment where we live, for our general emotional background, leisure, and stress resistance.”
— Anna Antokhina, architect.

“This is currently a very popular world trend in city landscape architecture, and we are hoping it will eventually come to Moscow as well: people return to nature, and the greening efforts are exclusively about planting species native to a territory. And we decided to make our own contribution to this return.”
— Nadezhda Astanina, landscape architect and co-author of the project.

As a result, everything was ready by the set deadline: drawings, detailed technical description, sketches based on the geologic and topographic report, and model layout of the territory. Max Vorotnikov, one of the district residents, did a beautiful visualization or rendering of the project.

The concept of Cherished Meadow, February, 2018. Visualisations by Max Vorotnikov

Our presentation got roaring applause. Everybody appreciated the project. But, most importantly, we managed to reduce landscaping and subsequent asphalting off of the area to 16% of the territory (the other 84% being left as a green area) rather than 40%, as was initially planned by the administration. We succeeded in decreasing the estimated cost of the project from approximately 56 to 46 million roubles (from $US823,000 to $US676,000), making it at the same time more tailored to the residents’ wishes. As a result, over 3,000 people signed in favor of the project.

Presentation of the project, February 2018. Photo: Alexander Kiyatkin

It was eighteen months ago. Since then the project:

  • has been given as many as two architecture awards
  • has been approved by the scientific community, flora and fauna have been studied here for the last two years
  • has been supported by the Council of District MPs and by local authorities
  • has been followed by the media, including the federal television
  • has been dubbed meadow by residents with the word “cherished”, rather than “barren land”.

Attention to and accountability for this place have been steadily growing: we have already conducted two clean-up events here in spring and picked litter together with the residents. Every time no less than 30-40 people took part, including people from other city districts.

Community Cleanup Day for the Meadow, 2019. Photo: Vera Kochina

The project implementation is planned for 2021-2023 at the expense of the city budget. And while there is no park here yet, we have agreed with local authorities on a special regime of maintenance for this territory. This summer the meadow was officially granted the wild grass area status, and in practice this means that the grass will be mowed no more than twice a season (more frequent mowing will only be done near the paths that people use). But it is not the whole meadow that will be mowed: every year the mowed stripes will be alternated as in a patchwork. This will, on the one hand, protect the meadow from the extensive growth of bushes and trees and, on the other hand, ensure the height of grass needed for insects and birds to feed and breed.

Nadezhda Kiyatkina
Moscow

On The Nature of Cities

* * *

Как вдохновить жителей, специалистов и чиновников создать проект парка, поддерживающий биоразнообразие

Мы спрашивали жителей, чего бы они хотели. И мы старались думать обо всех, кто живет в этом районе или поблизости: о людях, птицах, других животных и растениях – чтобы найти баланс между урбанистикой и природой.

В последние два года наша междисциплинарная команда работает над проектом парка «Заповедный луг» – уникальность его в том, что это первый за многие годы проект городского парка в Москве, созданный для сохранения экосистемы, а не для развлечений. Проект возник как общественная инициатива, без финансирования. Совместная работа биологов, ландшафтных архитекторов, архитекторов, муниципальных депутатов и жителей позволила создать проект, одинаково отвечающим интересам природы и людей.

Контекст

В последние семь лет в городских парках развернулись масштабные работы по благоустройству: больше 500 природных территорий города частично или полностью подверглись перепланировке, стали более «урбанизированными», в них появилось больше мест для активного отдыха. Взамен разнотравья создаются рулонные или стриженные газоны, убирается прошлогодняя листва, грунтовые дорожки заменяются на плитку, а в озеленении активно используются агрессивные инвазивные виды, хоть и красиво цветущие. Ассортимент видов растений никак не учитывает влияние, в том числе негативное, на местные экосистемы. На эти работы из бюджета Москвы потрачено уже больше 50 млрд рублей.

Цель государственной программы – придать природным территориям более «декоративный» вид, сделать отдых москвичей, по мнению властей, более комфортным. В то же время в следствие этих работ, по данным программы «Птицы Москвы и Подмосковья», Зоомузея МГУ и биологического факультета МГУ, в столице сильно сократилась численность соловьев, желтой и желтоголовой трясогузки, лугового чекана, коростеля – этим видам для успешного существования нужно разнотравье и луга. Резко упала численность воробьев, обычной для Москвы птицы, так как перестало хватать корма в гнездовой период из-за стрижки травы.

При этом опросы, проведенные на биофаке МГУ в 2017 году при участии исследовательской компании OnlineMarket Intelligence, показали, что 46% москвичей предпочитают природный ландшафт, в то время как декоративный – только 16%. Но развернуть запланированные городом работы в русло сохранения биоразнообразия не так-то просто. На примере нашего проекта мы попробовали предложить властям другой подход к благоустройству и нашли большой отклик среди местного сообщества и широкого круга профессионалов.

Из «пустыря» – в любимый жителями луг

До того, как превратиться у всех в районе на слуху в «Заповедный луг», люди называли это место «пустырем». Когда-то здесь, на участке площадью в 3 га, были гаражи, потом их снесли, вели ремонт коммуникаций. И когда наконец закончили, летом 2016 года, здесь начала восстанавливаться естественная растительность и животный мир. Природа очень быстро заполняла свободную «нишу», используя «резервы» семян, оставшиеся по обочинам и пустырям, а также из завезенного сюда грунта в результате земляных работ. Попадали сюда и «естественные переселенцы» – расселяющиеся по воздуху насекомые и пауки, разносимые ветром семена, в том числе, с близлежащих дворов, привлеченные кормовой базой птицы. Но о ценности этого места никто не знал, никто не исследовал – затерянная между домами полоска луга не привлекала внимания людей и стала убежищем для птиц и насекомых.

Луг, август 2018. Фото Тимофея Левенко.

Луг, июнь 2019. Фото Алексея Денисова.

Так продолжалось до тех пор, пока в 2017 году местная управа не задумала сделать здесь парк. В проекте планировались спортивные и детские площадки, и все бы ничего, но ровно год назад через дорогу открыли такой же. Кроме того, проект с такой высокой рекреационной нагрузкой предполагал запечатывание больше 40% естественной территории. Согласно последним тенденциям в московском озеленении, тут планировали заменить разнотравье на газоны, а на клумбах использовать инвазивные для города виды – такие как императа цилиндрическая (которая в условиях нашей средней полосы ведет себя как агрессивный вид, внедряющийся в природные сообщества и легко расселяющийся) и мискантус (особо не выживающий в наших условиях).

Проект Управы Академического района г. Москвы, 2017 год.

Я узнала о готовящемся проекте случайно – и обратилась к главе управы с просьбой: дать шанс жителям представить свой проект. И если он понравится большому числу людей и местным властям, то выделенные на проект Управы деньги пойдут на проект жителей. Мою идею поддержали только что избравшиеся районные муниципальные депутаты, а одна из них – Ирина Донцова – стала сокоординатором проекта. Оставалось только найти и привлечь специалистов на проектирование. Сначала это казалось нереальным – без финансирования, на идее и энтузиазме. Но оглядываясь назад, мы понимаем, что «Заповедный луг» объединил уникальную команду: никогда еще в нашей стране (как и во многих других странах) проекты не создавались в равном междисциплинарном диалоге между биологами, архитекторами и ландшафтными архитекторами, в диалоге с жителями и местными властями.

Как искать профессионалов-единомышленников для создания проекта

Главный и единственный совет – не нужно бояться просить людей поделиться своей экспертизой pro bono. Не для всех деньги – наивысшая ценность. Кому-то будет интересно принять участие в проекте, потому что совпадают ценности, а кому-то захочется выйти за пределы рутины.

Я наглая. Потому что написала с просьбой помочь не просто биологам, а блестящим ученым, составителям Красной книги Москвы – Людмиле Волковой и Николаю Соболеву. Они же посоветовали привлечь специалиста по диким пчелам, энтомолога Тимофея Левченко, который стал главным исследователем луга. Тщательное исследование биологами участка показало, что здесь более 500 видов животных, растений и грибов. Зафиксировано 19 видов Красного списка города Москвы (принят в VII.2019). Травянистые растения лугов – более 100 видов. Лесные травы – 30 видов. Фауна – более 300 видов, из которых птицы –  21 вид. Все это, не будь проведена работа биологами, могло бы быть просто уничтожено проектированием без учета биологических особенностей местности.

Некоторые виды из Красной Книги Москвы (2019) на «Заповедном лугу» (слева направо и сверху вниз): медуница неясная (Pulmonaria obscura), колокольчик раскидистый (Campanula patula), дремлик широколистный (Epipactis helleborine), кобылка большая болотная (Stethophyma grossum), шмель садовый (Bombus hortorum), бронзовка золотистая (Cetonia aurata). Фото Тимофея Левченко.

Некоторые бабочки «Заповедного луга» (слева направо и сверху вниз): голубянка икар (Polyommatus icarus) самец, голубянка горошковая (Cupido argiades), павлиний глаз (Aglais io), голубянка икар (Polyommatus icarus) самка, перламутровка адиппа (Argynnis adippe), крапивница (Aglais urticae). Голубянка горошковая и перламутровка адиппа в Красной Книге Москвы (2019). Фото Тимофея Левченко.

Параллельно Ирина Донцова обратилась на кафедру ландшафтной архитектуры МАРХИ, где когда-то проходила обучение. Руководитель кафедры Екатерина Прокофьева не только посоветовала замечательных архитекторов для проекта – лауреатов премии «Сады и люди» Анну Антохину и Надежду Астанину, но и вызвалась лично курировать амбициозный проект. Все мы не сговариваясь как будто решили доказать, что может быть совершенно другой подход в проектировании общественных пространств – экологоориентированный.

Команда проекта (слева направо и сверху вниз): архитекторы и ландшафтные архитекторы Екатерина Прокофьева, Надежда Астанина, Анна Антохина; координаторы проекта и местные жители Ирина Донцова, Надежда Кияткина, дизайнер Максим Воротников; биологи Николай Соболев, Людмила Волкова, Тимофей Левченко

 

Коммуникация с жителями

Мы решили начать дело с обсуждения с жителями. Нам повезло: в Академическом районе довольно большие районные группы в Фейсбуке – в них состоит около 4-5 тысяч участников, поэтому к обсуждению ситуации довольно просто привлечь активную часть жителей.

Отдельно я запустила опрос, создав его на Google-формах и разослав по желающим, чтобы собрать более объективный фидбек, какой же хотели бы видеть эту территорию жители района. Почти 70% ответили, что природной — где не стригут газоны, растут луговые и лесные травы.

Источник: онлайн-опрос жителей Академического района Москвы на Google Forms, 60 участников. Осень 2017 г.

Источник: онлайн-опрос жителей Академического района Москвы на Google Forms, 60 участников. Осень 2017.

На вопрос «Зачем вы посещаете парки?» тремя главными причинами люди назвали:  прогулки с детьми, встречи с другими людьми и возможность любоваться природой, наблюдать ее. 40% целенаправленно приходят послушать пение птиц.

Тремя самыми популярными идеями в рамках проекта (за них высказались больше 50% жителей), оказались:

  • Высадить больше красивых луговых трав и цветов
  • Создать условия для редких видов
  • Создать места-убежища для гнездования птиц

Но несмотря на кажущееся единодушие и желание большинства природной концепции, в сообществе оказался большой конфликт. Жители домов, которые прилегают непосредственно к лугу, жаловались, что им очень не хватает парковок. Двор заканчивается тупиком, и машины просто не могут разъезжаться. Эмоции были настолько сильными, что житель одного из домов требовал оставить луг по краю территории, а остальное заасфальтировать: посчитал, что получится 2000 парковочных мест. К счастью, его не поддержали.

Забегая вперед, хочу сказать, что у архитекторов получилось учесть мнение всех, и автомобилисты получили парковки. Только, как оказалось, если выйти на местность, все грамотно посчитать и спланировать, требуется далеко не 2000 парковочных мест, а 70. Кроме того, грамотная планировка парковок по краю луга, без выноса их в центр, как в изначальном проекте Управы, решала вопрос риска фрагментации луговых участков и дальнейшее неизбежное обеднение видового состава.

Коммуникация с жителями для меня вообще оказалась одной из самых сложных работ в рамках этого проекта. Чтобы у людей было высокое доверие к работе, они чувствовали себя вовлеченными и понимали весь процесс, пришлось информировать о каждом шаге: что делаем, с кем встречаемся, какой прогресс. Я на том этапе бесконечно писала посты в районные группы, спустя год мы создали свою страницу луга в Фейсбуке.

От правильного планирования – к грамотному проектированию

Биологи дали строгие вводные – и часто, чтобы учесть их, команде архитекторов приходилось вырабатывать новые стандарты в подходе к проектированию парков.

Идеи и решения:

  • Отказались от газонов. Сделали проект полностью на луговом разнотравье. Газон не дает возможности выживать насекомым и кормиться птицам. А на разнообразных луговых растениях с красивыми цветками могут кормиться опылители – дикие пчёлы, бабочки и другие.
  • После строительных работ как для восстановления луговых участков, так и для клумб выбирать растения, произрастающие только в нашем регионе, чтобы исключить агрессивное распространение инвазивных видов и как следствие угнетение естественного лугового сообщества. Это само по себе было большим вызовом. Во-первых, из-за отсутствия спроса на местные виды в ландшафтном дизайне. Нет спроса – нет предложения. Во-вторых, биологи и архитекторы должны были совместными усилиями найти баланс между «родным» и «довольно декоративным». В итоге получился не только уникальный список красивых цветущих трав, но и сам процесс работы над ним стал примером редчайшего междисциплинарного диалога: биолог предлагал, что лучше для насекомых, и ландшафтный архитектор выбирал из этого списка самые красивые растения, которые наверняка оценят и люди.
  • Создать лучше условия для видов, которые считаются редкими или требующими внимания в Москве. Например, соловей строит свое гнездо на земле, и для успешного гнездования ему нужна высокая трава и кустарники. Решили нанести на план несколько дополнительных кустов в той части луга, где, как мы знали, гнездились соловьи. Также учли потребности диких пчел: например, список трав для посадки на лугу был составлен таким образом, чтобы создать более богатую среду для шерстобита флорентийского (Anthidium florentinum) и других редких видов пчел.
  • На участке была сырая зона. Решили сделать этот «недостаток» преимуществом – высадить здесь красивые растения, любящие влагу. Так это место превратилось в акцентную точку луга, архитекторы спланировали тут небольшую смотровую площадку.
  • Дорожки, удобные не только для пешеходов, но и для насекомых. Тут архитекторам пришлось разработать ноу-хау: сделать тротуар не только без бордюров, но и предусмотреть между плитками небольшие расклиновочные швы. Они почти незаметны человеку, но важны для мелких насекомых – по ним они смогут передвигаться как по коридорам. Ведь не всякое насекомое может летать и для отдельных видов асфальтированные дорожки с бордюрами становятся непреодолимой преградой.
  • Светильники предложили использовать без ультрафиолета, чтобы насекомые не летели на них, не обжигались и не гибли.

И это не считая детской площадки из натуральных материалов, выполненной в «бионическом» стиле, и других, продуманных до мелочей, небольших зон отдыха.

«Мы постарались позаботиться обо всех, кто живет в этой местности или около нее: людях, птицах, других животных, растениях. Соблюсти баланс между урбанистикой и интересами природы. Ведь это и в наших интересах: природа должна вернуться в город, потому что от нее зависит и комфортность среды обитания, и общий эмоциональный фон, и наш отдых, и стрессоустойчивость», — говорит архитектор Анна Антохина.

«Сейчас это очень популярная мировая тенденция в городской ландшафтной архитектуре, и мы надеемся, что она придет и в Москву, — люди возвращаются к природе, а в озеленении используются исключительно родные для местности растения. И мы решили внести свой вклад в это возвращение», — дополняет соавтор проекта, архитектор Надежда Астанина.

В итоге, к назначенному сроку проект был готов – эскиз, подробное техническое описание, чертежи на основе геоподосновы, и макет территории. Красивую визуализацию проекта сделал житель района Макс Воротников.

Проект «Заповедный луг», февраль 2018. Визуализация Максима Воротникова

На презентации мы сорвали овации. Проект понравился всем. Но главное, удалось сделать так, что благоустройство и как следствие запечатывание пространства затронет только 16% территории, а не 40%, как планировала изначально управа. Остальные 84% – зеленая зона. Ориентировочную стоимость проекта удалось снизить примерно с 56 до 46 миллионов рублей, при этом приблизив его к желаниям жителей. В результате за проект поставили свои подписи больше 3000 человек.

Презентация проекта, февраль 2018. Фото Александра Кияткина.

С тех пор прошло 1,5 года.

– проект взял уже две архитектурные премии

– одобрен научным сообществом, в течение двух лет здесь ведется изучение флоры и фауны

– поддержан советом депутатов района и местными властями

– за проектом следят СМИ, включая федеральное ТВ

– жители называют его не «пустырем», а лугом. Добавляя «заповедный».

Растут внимание и чувство ответственности за это место: мы провели здесь уже два субботника по весне для жителей – вместе убирали мусор. И каждый раз в нем принимали участие не меньше 30-40 человек, в том числе, из других районов города.

 

Субботник на лугу, 2019. Фото Веры Кочиной.

Пока здесь еще нет парка, мы договорились с местными властями об особом режиме содержания этой территории. Этим летом лугу присвоили официальный статус разнотравного участка, и это значит, что косить его будут не больше двух раз за сезон (чаще можно стричь только у тропинок, по которым ходят жители). Но не целиком, а мозаично, каждый год чередуя скошенные полосы. Это позволит, с одной стороны, не дать зарасти лугу кустарником и деревьями, а с другой – оставлять высокую траву для питания и размножения насекомых и птиц.

Надежда Кияткина
Москва

О природе городов

Надежда Кияткина, инициатор проекта «Заповедный луг», член Союза охраны птиц

 

 

 

 

 

 

Inspiring Urban Youth for a Biodiversity-Friendly Approach to Development

Many voices. Greener cities. Better cities.

The challenge of integrated approaches

We all know that we are living in a deep crisis regarding the rate of our use of natural resources. We also know that addressing these problems will have inter-related and resonating effects. Such interconnection also has good aspects. Smart catalytic action can produce benefits across many levels—science has explained that butterfly wings can affect planetary weather.

We also know that there is too little time and too little capacity from challenged funders for us to squander the little money we have to invest in anything but the best solutions. Moreover, we know that there is a need for local action to follow global guidelines, so that those solutions reach the scale we need. As we move toward interconnected tipping points surrounding the use of nature and our quality of life, the need for decision makers who can think of and apply interconnected solutions for resource conservation and development options—those precious win-win approaches that improve efficiency in our use of resources and generate equitable forms of employment and business—increases. For globally significant impact, local activities need to be coordinated so that influences resonate across various level of governance. Such “glocal” solutions should be attuned to the guidelines of Multilateral Environmental Agreements and the policies of global and UN agencies. We need our future policymakers and managers to focus on integrated solutions.

It is already difficult to find experienced professionals who can work with these inter-related challenges and smart solutions today. So, how can we train our youth, who are increasingly urban, to deal with these complex connections? Many of tomorrow’s decision makers today live in cities and may have lost, by force of circumstance, many cultural and intuitive connections to the evolving links between natural cycles and survival. In these conditions, how can we promote opportunities for urban youth to get engaged and to learn—in concrete governance situations—the kinds of professional qualifications that create benefits for people and biodiversity?

These questions have driven several agreements, such as the Convention on Biological Diversity, to adopt programmes to encourage action by youth and to promote scientific and technical cooperation and capacity-building programmes designed to “mainstream” approaches for biodiversity and development. They exist, these synergetic approaches—they are described as “bright spots” and, under the best circumstances, can be part of exchanges that inspire other sets of players in new places to adapt the key ideas and exchange lessons. There are opportunities for applying composite solutions that optimize capacity and needs in each case. We need to qualify people who are capable of creating, identifying, and spreading such solutions at a global scale.

There are creative ways to overcome the difficulties in developing such change makers. One we’d like to highlight involves connecting students and teachers in Quebec with real development situations in developing countries. The Inspired Generations (IG) project is an insightful example for what could be achieved if well-coordinated capacity-building is connected to local integrated planning needs.

IG students and local residents interact during consultations in Telchac...
IG students and local residents interact during consultations in Telchac, Mexico.

The Inspired Generations programme

Recently, the Secretariat began cooperating with the Quebec-based Youth for Sustainable Development Foundation (YFSD) on their IG programme. This innovative, capacity-building approach, alongside its related “Youth United for Change” programme, engages university students and their teachers across various disciplines in the on-the-ground sustainable development of a city, region, or country through missions over many years. For hosts, the programs offer planning and technical support tools to a local community in a developing country. After a sustainable development diagnostic is agreed upon with local leaders, a conference is set up in cooperation with international, national, regional, and local stakeholders to develop a common vision and a 5-year strategy, all to be managed by a Sustainable Development Committee. The Committee, usually led by local governments and including associations, NGOs, businesses, and local universities, then calls for projects for which it will help to raise funds. In the municipality of Telchac Puerto, Mexico, for instance, the work of the Foundation-supported Committee is focused on increasing sustainability in the main sectors of the local economy: tourism and fisheries. Students and teachers contribute directly to create more socially equitable food and handicraft production systems that are better connected to the needs of the local tourism industry.

Today, nine countries are engaged in the implementation of the IG and related methodologies, with over 300 students and teachers participating. Twelve conferences on sustainable development (and their respective Committees) have been organized since the beginning of 2012: nine in the Indian Ocean and three in Africa, with an average participation of 150 people per conference. 17 projects have been executed since 2013, creating perspectives for green and inclusive economic development and generating approximately 30 local jobs since 2014. Experiences by the YSDF around the world show that such goals are best achieved through involving students in the design and implementation of the IG projects, which include feasibility studies, environmental impact studies, engineering works, training activities, social venture incubators, etc.

Scaling up action for global impact with the CBD

More recently, the SCBD and IG have approached each other to explore synergies. With the objective of coordinating local action with the mandates and strategies of the CBD, a pioneering activity has been started in the province of Samana in the Dominican Republic, where students have so far cooperated with the local Committee on strategies for sustainable fisheries’ management, coconut production, and sustainable packaging/solid waste recycling and management (the latter in cooperation with local restaurants). Annual meetings of the Committee and the IG student/teacher team will allow for further support, stock-taking, reporting, and definitions of next steps. Following the same approach, contacts are being developed in Brazil with the prestigious Fundacao Getulio Vargas.

The community garden initiative designed by the Committee with collaboration from IG students, to support local revenue generation linked to tourism, Samana, Dominican Republic.
The community garden initiative—designed by the Committee with collaboration from IG students,—to support local revenue generation linked to tourism, Samana, Dominican Republic.

However, in most IG cases, there are still limitations to the scope of integration of CBD objectives and projects could only feed back to national-level CBD-related activities on some issues. It is expected that closer cooperation of the Secretariat and the Foundation, with national focal points for the Convention in future activities, will result in greater efficiencies and multiplying effects.

Perspectives for local action with regional impacts with the Indian Ocean Commission

A more comprehensive local-global connection is being planned in the YFSD’s partnership with the Indian Ocean Commission (IOC) within its ISLANDS Project and Biodiversity programme. In the Seychelles following the IG Symposium in Mahe, April 27-28, 2015, the Foundation and the Commission, in contact with the SCBD, have been working to support the establishment of the Seychelles Committee for Sustainable Development to generate a Status and Action Plan. The Committee will provide a better link with all local stakeholders (NGOs, the private sector, students, local authorities, social and economic actors) bound by a shared strategy and will facilitate public-private partnerships and better linkages with student/teacher networks locally, regionally, and internationally.

In September 2015, the YFSD will co-organize a regional Forum for all the countries of the Indian Ocean involved in IG where these ideas can be explored further. With support from the Secretariat, the Foundation has started a cooperation with the official focal points for the governments of IOC members in Comoros, Mauritius, Madagascar, and Seychelles.

IG Coordinator Cedric van Riel leads an IG student team in Madagascar.
IG Coordinator Cedric van Riel leads an IG student team in Madagascar.

Focus on reciprocal exchanges

In our vision, the reciprocal involvement of youth, teachers, and universities in developed and developing countries is critical. In remarks to declare the IG symposium open at the international Conference Centre in Mahe in April 2015, the Minister for Finance, Trade and the Blue Economy of the Seychelles, M. Jean-Paul Adam, recognised and acknowledged the support being provided by the Commission, the European Union, and the Inspired Generations Programme. He noted how important it is to project the experience of the Seychelles internationally and said the IG is another opportunity for young people to share ideas and to work side by side with their Indian Ocean coastal neighbours.

Universities at the regional or national level on both sides could be further involved in regional technical and scientific cooperation, and activities could be proposed to optimize links to the work of the Convention’s scientific and technical bodies and initiatives. Initial discussions are ongoing to develop exchanges between the University of the Seychelles (UniSey) and international students through a SIDS Youth AIMS Hub supported by Quebec universities and a French network of students (REFEDD, Réseau Français des Étudiants pour le Développement Durable). These partnerships will contribute to UniSey becoming a regional center of expertise and a CBD knowledge hub. These synergies are particularly relevant given that the overall objective of the IOC’s Biodiversity project (an agreement between IOC and EU for the Biodiversity project for an amount of € 15 million over five years) is to contribute to regional integration by promoting an effective, coordinated, and sustainable use of the regional natural capital in compliance with the relevant regional and international agreements. In this sense, future IG activities can be planned to help Parties achieve their national objectives, reflecting the Aichi Biodiversity Targets and thus generating opportunities for students and teachers to support voluntary reporting by Parties.

Local students participating in the Indi an Ocean Commissionís Inspired g..._1
Local students participating in the Indian Ocean Commission’s Inspired Generations programme.

Some ideas for the future

Ongoing cooperation between the Foundation and the Secretariat may result in an IG manual with guidelines and lessons learned about the most effective ways to link local action with implementing the CBD. Better coordination can also result in valuable contributions from students and teachers (with input from local governments and representatives of major groups) to be considered by national governments for voluntary reporting to the CBD in line with the Aichi Targets. Putting the Convention to work requires better local coordination and regional exposure as part of annual Inspired Generations Forums.

As project support by IG is designed for longer range projects, students (Canadian and local) would be uniquely able to witness the evolutions of the Committee’s work, and thus would be able to get qualifications that help them evolve into professionals who can mainstream the services of nature into development approaches while helping to make concrete decisions that address the challenges of local communities. And if the Committees are linked to ongoing government strategies, reflecting local needs identified and revised in multi-stakeholder governance systems, the IG teams on both sides can help Committees align their strategies with national and global policies; identify and address technical and scientific needs and cooperation; exchange opportunities; and (through reporting to the Convention) get global recognition of their progress.

Other similar programmes and initiatives could follow suit—the Foundation regularly cooperates with other agencies and organizations supporting students in Canada and elsewhere. We look forward to exchanges and comments from TNOC’s expert community about capacity-building and professional development opportunities for youth on urban and local development strategies that address the need for integrated approaches. Please contact us at [email protected].

Oliver Hillel & Manuela Gervasi
Montreal

On The Nature of Cities

Manuela Gervasi

About the Writer:
Manuela Gervasi

Manuela Gervasi is an urban planner with a master's degree in Environmental Governance awarded by the Institute for the Advanced Studies of Sustainability of the United Nations University in Tokyo and another in Urban Planning and Policy at the Polytechnic of Milan.

Intensiveness and Extensiveness in Our Urban Landscape

Many voices. Greener cities. Better cities.

Much of urban history has emphasized density and centrality in city form. Though some environmentalists question the sustainability of such intensive land use, recent studies have shown that urban density correlates positively with resource efficiency and reduced emissions. At the same time, innovations in transport technology have historically allowed cities to extend their spatial edges. This tendency towards urban sprawl is accelerating worldwide. Despite some possibilities for decentralized self-sufficiency, many urbanists cite the high per capita footprint of extensive settlement patterns.

In the late 20th century more hybrid forms appeared. Many cities now exhibit both intensiveness and extensiveness in crowded slums and dispersed peripheral areas, respectively. But a ‘reverse hybrid’ may be possible. Landscape urbanism, which emphasizes surface as a structuring element, may introduce innovative ways of reducing the footprint of more extensive settlement patterns.

The intensive urban landscape

‘In Esmeralda…a network of canals and a network of streets span and intersect each other […]an up-and-down course of steps, landings, cambered bridges, hanging streets. Combining segments of the various routes, elevated or on ground level, each inhabitant can enjoy every day the pleasure of a new itinerary to reach the same places. […]Esmeralda’s cats, thieves, illicit lovers move along higher, discontinuous ways…[b]elow, the rats run in the darkness of the sewers…crossing the city’s compactness…’—Italo Calvino, Invisible Cities (1974)

Çatalhöyük seen from the roofs of its excavated dwellings Photo: ©jessogden1
Çatalhöyük seen from the roofs of its excavated dwellings Photo: ©jessogden1

The world’s earliest cities formed more than 9,000 years ago on the Anatolian Plateau, in modern-day Turkey. Of these, Çatalhöyük is the oldest yet discovered. Most likely it arose as the centre of a regional obsidian trade. Dwellings were narrow and deep, separated by shared party walls, and accessed through holes in their roofs. Roads traversed the roofs of the buildings. Earth’s earliest urbanites effectively lived halfway underground. Though it probably had no more than 10,000 permanent residents at its peak, this would have equated to 700 inhabitants per hectare. Such a density would have required a degree of restrictions over the hunter-gatherer lifestyle. And it clearly would have required the drawing of resources from a much wider area.

But from the start agglomeration must have provided clear advantages. If not, the city as a form of human settlement—despite the extreme variations in its form since then—would never have endured until now. Not only may it have preceded agriculture—Çatalhöyük’s fossil record predates that of the earliest agriculture—but it may actually also have helped precipitate the agricultural revolution. Particularly in a pre-digital era innovation would scarcely have been possible without so many people in a concentrated space. This points to the city is a fundamentally qualitative rather than quantitative phenomenon. Its most enduring and essential qualities are permanent human agglomeration and the necessary sharing that stems from that.

The land use intensity that cities represent has always possessed particular sustainability advantages. Denser cities mean more people accommodated on less land, and less per capita built-up (urban) land cover. (A recent adage has put it as ’50 per cent of the population on 2 per cent of its land area’.) This in turn allows greater areas of green space and natural habitat to be preserved intact. Naysayers have countered with claims that this 2 per cent of the earth’s land area is responsible for a severely disproportionate resource footprint, with estimates of energy consumption and greenhouse gas emissions at much more than 50 per cent of the global total.

Leaving aside the complications of production, distribution and consumption, the average urbanite produces significantly fewer greenhouse gas emissions than the average non-city dweller in the same country. Wealthy countries—and wealthy populations in all countries—show that the culprit lies in unsustainable patterns of consumption and production rather than cities per se. All things equal, the denser a city the lesser its environmental footprint. Of course one size does not fit all. UN-Habitat is currently testing the range of 150-450 inhabitants per hectare in a variety of contexts. Optimal density is highly contingent on factors such as amount of green space per person, availability of mass transit, and cultural perceptions of crowding.

The parameters on which optimized urban densities are contingent ©UN-Habitat
The parameters on which optimized urban densities are contingent ©UN-Habitat

An alternative viewpoint holds that excessive intensity (of human activity, of land use, of resource consumption and emissions) forfeits any of the sustainability factor that urban density might otherwise offer. It is true that the deep impact of dense cities may be detrimental to ecosystems’ restorative and regenerating capacities. Such intensity may also degrade much of the ecological character within the densest parts of cities’ footprints. Others may see this as an acceptable trade-off for the ability to preserve intact larger functional green areas in the periphery. All the same, the counterstrategy of dispersal has been steadily accelerating in its prevalence and sheer scope.

The extensive urban landscape

‘You advance for hours and it is not clear to you whether you are already in the city’s midst or still outside it. Like a lake with low shores lost in swamps, so Penthesilea spreads for miles around, a soupy city diluted in the plain […] [O]utside Penthesilea does an outside exist? Or, no matter how far you go from the city, will you only pass from one limbo to another, never managing to leave it?’—Italo Calvino, Invisible Cities

Since the first permanent human settlements each new innovation in transport technology has extended the possibilities for living further and further from the old urban cores. Steam ships, trains, streetcars, automobiles, airplanes have all expanded cities’ frontiers. The latest tendency toward exurban sprawl is nothing new, though the postfordist restructuring of the late 20th century accelerated things to the point where it became difficult to discern where cities began and where they ended. Architect Cedric Price conceptualized the history of the city as an egg: in ancient times it was boiled and encapsulated within a hard shell; in the Industrial era it was fried, yellow and white still discernable, but more disperse; in the modern era it was scrambled, without clear distinctions or limits.

Cedric Price’s conception of the city as an egg. Original source unavailable. Sourced from http://eggnchips.blogspot.com/2010/06/cedric-price-and-fried-egg.html
Cedric Price’s conception of the city as an egg. Original source unavailable. Sourced from http://eggnchips.blogspot.com/2010/06/cedric-price-and-fried-egg.html
Frank Lloyd Wright’s Broadacre City ©kjell
Frank Lloyd Wright’s Broadacre City ©kjell

In the early 20th century in the United States Frank Lloyd Wright advocated for settlements at much lower densities than the city of his day, which streetcars had extended but which still retained a discernable edge and remained relatively compact. But the automobile pushed the limits beyond cities’ historical recognition. Wright’s Broadacre City model interspersed infrastructure with nature and spread the city much more extensively across the landscape. Extensive urban landscapes may bring some sustainability benefits such as decentralized power generation—ideal for certain renewable energy sources such as solar and wind—that can prevent the extreme energy inefficiency of distribution over a highly centralized infrastructure. They may also afford sufficient land for self-sufficient urban food production.

However, Wright’s work—along with that of Le Corbusier—had the effect of fueling the largely unsustainable, fuel consumption-heavy, pro-private automobile frenzy that first took hold of the Post-World War II United States and has since spread as a growth dynamic and spatial reality in most areas of the world. (The American suburb in which I grew up weighs in at fewer than 20 inhabitants per hectare on average.) Sprawl is not only a result of the private automobile and its inherently extensive infrastructure. But the consequences—and the relatively weak, unregulated peripheries that they open up—are that sprawl is increasing in nearly every city-region in the world. And it shows few signs of stopping, particularly in city-regions in the developing world.

In my last piece for The Nature of Cities I mentioned two meta-studies on global urban land cover that showed precisely this phenomenon. Much of this periurban sprawl may derive from an increasingly globalized economy driven by multinational corporations seeking to maximize profits in countries where labour and environmental protections are weakest. This also holds true at the city-region scale: production and distribution centres are now often strategically located away from dense cores and their relatively strict land-use regulations. It is these ‘no-man’s-lands’ that are most vulnerable to unrestricted and unsustainable development patterns. Even within the same metropolitan areas this can produce highly polarized urban landscapes.

Polarized landscapes

‘It is true that the city is accompanied by two projections of itself, one celestial and one infernal; but the citizens are mistaken about their consistency. The inferno that broods in the deepest subsoil of Beersheba is a city…built with the most expensive materials on the market. […] [A]t the zenith of Beersheba there gravitates a celestial body that shines with all the city’s riches…a planet a-flutter with potato peels, broken umbrellas, old socks…eggshells.’—Italo Calvino, Invisible Cities

Postmodern geographer Edward Soja writes of ‘metropolarities’ and the ways that class and race divisions are increasingly represented within the geographies of contiguous areas of a single metropolitan area. Nairobi, which I will soon leave, is a city of such extremes. A thriving informal economy overlays an essentially independent, conspicuous mall-based one. Throngs of pedestrians precariously share car-choked highways with the other economy’s more insulated residents. And those same highways press outward to speculative low- and medium-density suburbs at the city’s fringe, following the global trend, at the same time as slums surrounding the core remain as congested and segregated as ever. In that sense Nairobi, like many other cities in the developing world, exhibits both intensive and extensive urban dynamics.

My neighbourhood in Nairobi has a population density of approximately 5 inhabitants per hectare. By contrast, Nairobi’s dense Kibera slum accommodates more than 1,000 inhabitants per hectare. The first time I visited Kibera I was struck by the thinness of it all. Tightly-packed dwellings of corrugated iron were strung together with threadlike, jerry-rigged electrical lines, creating a filigree between the footpaths and the sky. Similarly jua kali television antennae shot above the rooftops on thin metal poles, bending and waving in the breeze like young, willowy tree shoots. Below, on the footpaths, was a carpet of plastic bags, banana peels and other castaway items, gradually being compressed under the constant foot traffic.

Antennae and power lines above roofs in Kibera, Nairobi. PhotoL Andrew Rudd
Antennae and power lines above roofs in Kibera, Nairobi. Photo: Andrew Rudd

In Kenya many rural-urban migrants continue to identify with the village and region from which they came, and do not necessarily see themselves as Nairobians. Many Kibera dwellers probably imagine their stay is temporary. Conceptually they may live lightly, never putting down roots, a quick in and out each day, imagining relocating to a more permanent life elsewhere once enough money can be saved. Not only does temporary residence often ends up lasting much longer than intended, but living so lightly in a place also has longer-term sustainability consequences. And it embodies how systemic urban failure occurs before agglomeration advantages can ever be realized. They don’t put down deep roots, but the consequences are there in the soil.

A friend of mine works for an NGO that constructed a public space and concomitant water infrastructure in Kibera. The project also featured an urban agriculture component that consists almost entirely of sack gardening. My friend explained that this was because the gradually compressing layer of non-biodegradable plastic bags was sterilizing the soil to the extent that virtually no worms could be found. As a result, the soil could barely support life. With the global rural-urban exodus showing few signs of stopping and cities expected to house 60 per cent of the world’s population by 2030—not to mention increasingly unsustainable food miles—cities are increasingly going to have to feed themselves. Not despite their density, but because of their density. In part this demands a return to the original hybrid urban landscape. But before then a more symbiotic urban nature must be found.

Back to the beginning?

‘“I am a wandering herdsman. Sometimes my goats and I have to pass through cities; but we are unable to distinguish them. Ask me the names of the grazing lands: I know them all… Cities have no name for me: they are places without leaves, separating one pasture from another…” “I am the opposite of you,” I said. “I recognize only cities and cannot distinguish what is outside them. In uninhabited places each stone and each clump of grass mingles…with every other…”—Italo Calvino, Invisible Cities

The sparse city is not necessarily the terminal condition. Density is not dead. Many sprawling, low-density cities were built and continue to operate based on the presumption of indefinitely cheap energy (i.e. for long commutes and distribution via private automobile or truck and for heating large, stand-alone, single-use buildings). Very likely this cannot last. Moreover, despite technology that allows remote communication, face-to-face contact is more important than ever. Perhaps because it is rarer, place matters more than ever. The command centres of the global economy—London, New York and Tokyo—remain competitive because of their density and the interactions and exchanges of ideas and innovation that that density encourages. At the same time, some interesting hybrids have arisen.

Landscape urbanists suggest that the increasing horizontality of the city requires a new discourse that acknowledges surface as the new structuring element of urbanization. In a way this constitutes a hybrid intensive-extensive model. We are indeed spreading. However, it may not be so thin as in the past. Stan Allen has referred to this urban landscape as a thick mat. This effectively represents a new three-dimensional way of looking at surface, and at a conflation of urban and natural. Perhaps we are not spreading ever more lightly across the surface as much as we are beginning to embed ourselves in the surface. But this increasing focus on surface need not forsake the age-old advantages of agglomeration. The increasing prevalence of phenomena like green roofs suggest that both may be possible.

In a workshop on urban nature several years ago a number of us were discussing whether to measure urban green space by tree canopy. I voiced the concern that low-density cities  with high canopy coverage but high sprawl (such as Atlanta, Georgia in the USA), and excessive mobility would perversely be incentivized over dense, more resource-efficient ones. I argued for giving cities credit for green roofs and vertical green surfaces as a way of restoring the green space of the ground plane. Though likely not habitat for many high-level taxa, these surfaces can still deliver critical ecosystem services including four of most ignored, as revealed by a recent UN-Habitat study on urban biodiversity: nutrient recycling, accumulation of organic matter carbon storage and pollination. (Not yet published. Contact [email protected] for more information.)

Green roof atop Hyllie Mall in Malmö, Sweden ©Alessandro Scotti
Green roof atop Hyllie Mall in Malmö, Sweden Photo: ©Alessandro Scotti

In this sense do green roofs signify going back to the beginning? Are they a new kind of high-tech Çatalhöyük whereby, having rediscovered the advantages of agglomeration, we are again taking to inhabiting the world beneath the ground plane? By recreating the ground plane above, is homo urbanus simultaneously becoming more of the earth?

Andrew Rudd
Nairobi, Kenya

Intergenerational Urban Environmental Education

Many voices. Greener cities. Better cities.

In 1977, the Tbilisi intergovernmental conference on environmental education endorsed a set of guiding principles for environmental education. Some principles, including considering the environment in its totality, viewing environmental learning as a continuous lifelong process, and taking a historical perspective into account, lend support for intergenerational approaches to environmental education. This set of approaches to environmental education is particularly pertinent in cities, where working toward sustainable development involves addressing a host of complex environmental, historical, and social issues.

Intergenerational components of environmental education programs enrich the learning experience for participants of all ages.

A child who has limited firsthand experience with the process of urbanization and accompanying economic, demographic, and environmental changes may have difficulty gaining a cognitive understanding and an emotional appreciation of the environmental challenges facing cities. Environmental education programs, resources, and materials certainly contribute to such learning. However, learning is enhanced when the child has direct access to the living experience and perceptions of older people who can share their experiences of changes in the urban environment over time. At the root of an intergenerational paradigm for environmental education is activating environmental learning through facilitating interactions between generations.

Background

To see more chapters from the book, click here.
Intergenerational programs have been defined broadly as social vehicles that create purposeful and ongoing exchange of resources and learning among older and younger generations (Kaplan, Henkin and Kusano, 2002). With regard to urban environmental education, the focus of intergenerational programs turns to ways in which young people, older adults, and the generations in the middle can work together to explore, build awareness, gain understanding, and improve the urban environment.

Environmental education funding, research, and program design tend to target young people as the primary audience (Kaplan and Liu, 2004). One of the most significant social changes of our time, however, is the rapidly expanding number of older adults. In countries experiencing rapid urban-development, such as Taiwan, Japan, and the U.S., older adults will soon become the largest segment of the population.

This demographic shift can be viewed positively. Contrary to negative age-related stereotypes, many older adults living in cities are healthy, lively, and actively engaged in civic affairs, including in volunteer initiatives aimed at protecting the urban environment. There are some notable accounts of environmental initiatives aimed at reaching and involving the older adult population (Ingman, Benjamin and Lusky, 1999; Benson, 2000), including older adult environmental volunteerism found in the U.S. (Bushway et al. 2016) and in Australia (Warburton and Gooch, 2007). However, the level of engagement of older adults in environmental education initiatives targeting younger generations still has room to grow. The relative disconnection of older adults from schools, environmental centers, and other settings that educate people about the environment represents a missed opportunity for strengthening community relationships in urban communities and instilling in children and youth a deeper sense of environmental awareness and connection.

Scholars have documented the potential benefits of intergenerational environmental education (Ballantyne, Fien and Packer, 2001; Vaughan et al., 2003). However, the adults in some studies were passive learners who were not utilized as educators or co-learners during the learning process. The intergenerational initiatives highlighted in this chapter go beyond the goal of multi-generational inclusion or simply including members of different generations. An ideal intergenerational program creates opportunities for people of different age groups to learn about each other’s knowledge, experiences, skills, and perceptions. As participants learn about the impact of the environment in each other’s lives, they gain an awareness of common concerns. This contributes to an understanding of the interrelationships among people and the environment and a sense of how to work collaboratively to influence environmental policies and practices (Kaplan and Liu, 2004).

 Why consider intergenerational environmental education?

Benefits for environmental education

 In cities, the teacher-student ratio is commonly high and the teachers’ workload is heavy. In many countries, particularly in urban areas, the proportion of older adults in the population is growing. Well-designed intergenerational programs provide an institutional anchor and vehicle for taking advantage of this demographic trend; educated, civically engaged older adults who care about future generations and wish to make a contribution to their environmental learning can be recruited, trained, and engaged as human resources in support of environmental education programs (Kaplan and Liu, 2004).

Benefits for children

Many urban children do not live near their grandparents and have limited contact with older adults. Older adults in an intergenerational activity can serve as role models for younger participants to observe and imitate, which are important forms of learning (Bandura, 1977). Older adults also have life experiences that can make environmental content in textbooks more relevant and meaningful to young learners. For instance, older adults can readily share how they use natural resources with children in a community festival. Children learn things such as how to conserve water by using remaining bathwater to water flowers. As another example, while teaching topics such as chemical pollution hazards, an older adult who used to work as a toxics prevention agent or suffered from past pollution accidents can share his or her own experiences. Such conversation helps children to relate to environmental issues and to view environmental health risks from a lifespan perspective (Schettler et al., 1999). Environmental educators can structure intergenerational dialogue to nurture such long-term environmental perspectives (cf. Wright and Lund, 2000).

Benefits for older adults

Intergenerational programs provide older adults with opportunities to stay active, expand their social networks, and make valued contributions to society (Kaplan, Henkin and Kusano, 2002). A powerful motivation for older adults to volunteer for environmental stewardship activities is wanting to leave a legacy—both for the earth and for their grandchildren (Warburton and Gooch, 2007); a desire to leave a legacy could also motivate older adults to volunteer in environmental education programs.

Benefits for the city

Intergenerational approaches to environmental education seek to promote dialogue, collaborative learning, and mutual understanding.

Intergenerational programs tend to involve a broad spectrum of organizational partners and collaborators, thereby extending the reach and influence of environmental education and action messages across cities. The Lincoln Place “Futures Festival” event held in Pittsburgh provides an example of how a collaborative planning process involving residents of all ages, and representatives of local community organizations and agencies from multiple sectors, can broaden the visioning process to encompass the natural as well as the built environment. The process of having to reach consensus and integrate their diverse ideas into large murals encouraged participants to work together to create age-inclusive, economically vibrant, and ecologically sustainable visions for the future of Lincoln Place (Kaplan et al., 2004).

What do intergenerational environmental education initiatives look like?

Intergenerational environmental education initiatives can take place in multiple urban settings including schools, environmental education centers, parks, playgrounds, community centers, retirement centers, city streets, community gardens, and even vacant lots. Such educational initiatives can also be launched by different organizations and inter-organizational partnerships. A school that wants to let students know about the history of a local urban forest, for example, can partner with a local historical society whose members include older adult residents willing to share the history of the site and discuss factors that influenced changes. An urban environmental center wanting to hold an air pollution monitoring fair that attracts residents of all ages can work with youth service and senior volunteer organizations to establish intergenerational teams working together to develop, set up, and staff interactive exhibits at the fair.

Educators across the global are creating models to stimulate intergenerational dialogue and co-learning about the natural environment. For example, Tanaka (2007) describes a school-based project in Japan in which students and adult volunteers developed a miniature biosphere to heighten their environmental awareness and appreciation. Chand and Shukla (2003) describe an intergenerational biodiversity contest in India designed to enhance learning about plants and promote values of conservation and respect for traditional ecological knowledge. Garden Mosaics is a science education and national outreach program developed by Cornell University that combines community action and intergenerational learning. Through interviewing elder gardeners, youth ages 10-18 learn about the mosaic of plants, planting practices, and cultures in urban community and other gardens (Figure 1). Youth participants balance what they learn from elder gardeners with learning from “Science Pages” developed at Cornell, which explain key science principles behind the practices youth observe and learn about from elders in the gardens (Kaplan and Liu, 2004).

Chapter 8 fig 1
Figure 1. Young people and an educator in Abraham House, the Bronx, New York City, learn from an elderly gardener (right) in a community garden. Credit: Alex Russ.

Two additional examples, one from a formal education in Taiwan and the other from non-formal education in the U.S., illustrate elements of intergenerational urban environmental education programs (Table 1). The first program took place at He-cuo Elementary School in Taichung, Taiwan’s third largest city. The teachers and principals invited senior adults from the community to participate in a series of intergenerational activities. The senior volunteers’ opinions were taken into account throughout the planning process. Over the ten years of the program, new activities and volunteer recruits were continually integrated. On a city tour, children learned about old trees in the He-cuo community and listened to the elders’ stories about the trees. In other activities, participants observed juxtaposed old and new photos to learn about environmental changes over time, and students learned about differences between rural and city lifestyles through displays of traditional farmers’ equipment. These and other activities combined to have an impact on student, teacher, and even nearby residents’ awareness of community changes associated with urbanization. The program also helped students weave this historical context into their sense of local identity.

Table 1. Urban intergenerational environmental education programs in Taiwan and the U.S.

He-cuo Elementary School Shaver’s Creek Environmental Center
Country Taichung, Taiwan Pennsylvania, USA
Organization School  Environmental education center
Setting Downtown area Suburban recreation area
Program approaches Subject class, extracurricular activity, community family fair, and special day event 4-day summer camp for children from urban areas
Elderly participants Community senior residents Members of retirement centers
Young participants Elementary school students Fifth grade students signed up by their teachers
Main subject Community environment and traditional artistry Nature conservation and urban development
Examples of urban resources Plants and animals, life style, and community changes over time Traditional living style and urban development issues

The second example is a 4-day-residential program located at the Shaver’s Creek Environmental Center, approximately 14 miles south of downtown State College, Pennsylvania. The researchers conducted an experimental study to determine the effectiveness of an intergenerational program versus a mono-generational program (Liu and Kaplan, 2006). In the intergenerational condition, a group of older adult volunteers participated in the program as co-learners and assistant instructors working with students to teach about traditional tools, such as darning eggs (an egg-shaped piece of wood inserted into the toe or heel of a sock during mending), and to share environment friendly living habits. In another activity, the students were asked to discuss the possibility of converting the Environmental Center into a shopping mall. Students recognized that the development would have negative environmental consequences. At that point one of the senior volunteers shared a pertinent example from personal experience; residents of her childhood community successfully organized against a massive development plan that entailed replacing natural woodland with an airport. Such real life stories helped students to better understand the process of community change and the potential influence of local residents.

How to implement intergenerational environmental education initiatives?

Beyond program activities per se, organizational partnerships have a bearing on program structure and success. The critical step is to invite local leaders, stakeholders, and senior volunteers to join the planning process of the environmental education program. In the above example, the He-cuo Elementary School recruited older adult participants from local organizations including a Salvation Army center, a Taoism temple, a women’s club, a traditional orchestra, and a puppet performance museum. These organizations have had a long-term relationship with the He-cuo school starting at the beginning of the environmental education activities. They also help with school functions, such as student enrollment, holiday festivals, and student club advising, thereby broadening the school-community partnership beyond the environmental education program. Other organizations in urban areas can make good partners for helping to recruit local youth as well as older adults, such as 4-H clubs, scout troops, after-school programs, universities, animal shelters, and senior and community centers.

Across the globe, intergenerational environmental education programs are being implemented in diverse urban settings.

In order to build partnerships, environmental educators can seek out organizations with similar or complementary interests and objectives. For instance, a university may hold a class for elders about urban plants, and the adult students can partner with an elementary school’s nature class. Or the older members of a community photography club can be invited to play a role in an intergenerational activity aimed to enhance environmental awareness.

Integration of an intergenerational component into environmental education activities also introduces complexities and considerations with regard to program design. The following principles contribute to productive group dynamics and learning effectiveness in intergenerational programs (Kaplan and Liu, 2004).

  1. Prepare participants of both generations before the program begins.
  2. Draw upon both the youth’s and adults’ experiences and talents.
  3. Promote extensive dialogue and sharing among participants.
  4. Focus on the relationship among participants as well as the task.
  5. Pay attention to safety for different age groups.
  6. Design tasks that require the active participation of both generations to be completed.

Conclusion

Sustainability is an intergenerational concept. Meadows, Meadows, and Randers (1993) define a “sustainable society” as “one that can persist over generations; one that is far-seeing enough, flexible enough, and wise enough not to undermine either its physical or its social system of support.” When considering how natural resources are used/misused over time, as well as strategies to preserve and enhance the environment, it is important to engage in long-term thinking and strategic policy making. Environmental educators can structure intergenerational dialogue to nurture such a long-term environmental perspective of the environment (cf. Wright and Lund, 2000). At the same time, older adults who volunteer in such programs gain opportunities to stay active, contribute, and connect meaningfully with young people in their communities.

Shih-Tsen Nike Liu and Matthew Kaplan
Taichung City and University Park, PA

On The Nature of Cities

* * * * *

This essay will appear as a chapter in Urban Environmental Education Review, edited by Alex Russ and Marianne Krasny, to be published by Cornell University Press in 2017. To see more pre-release chapters from the book, click here.

References

Ballantyne, R., Fien, J. and Packer, J. (2001). School environmental education program impacts upon student and family learning: A case study analysis. Environmental Education Research, 7(1), 23-27.

Bandura, A. (1977). Social learning theory. Englewood Cliffs, New Jersey: Prentice Hall.

Benson, W. (2000). Empowerment for sustainable communities: Engagement across the generations. Sustainable Communities Review, 3, 11-16.

Bushway, L. J., J. L. Dickinson, R. C. Stedman, L. P. Wagenet, and D. A. Weinstein. 2016. Engaging older adults in environmental volunteerism: The Retirees in Service to the Environment program. The Gerontologist, online.

Chand, V.S. and Shukla, S.R. (2003). “Biodiversity contexts”: Indigenously informed and transformed environmental education. Applied Environmental Education and Communication, 2(4), 229-236.

Ingman, S., Benjamin, T. and Lusky, R. (1999). The environment: The quintessential intergenerational challenge. Generations, 22(4), 68-71.

Kaplan, M. and Liu, S.-T. (2004). Generations united for environmental awareness and action. Washington, DC: Generations United.

Kaplan, M., Henkin, N. and Kusano, A. (Eds.). (2002). Linking lifetimes: A global view of intergenerational exchange. Lanham, Maryland: University Press of America.

Kaplan, M., Higdon, F., Crago, N. and Robbins, L. (2004). Futures Festival: An intergenerational strategy for promoting community participation. Journal of Intergenerational Relationships, 2 (3/4). 119-146.

Liu, S.-T. and Kaplan, M. (2006). An intergenerational approach for enriching children’s environmental attitudes and knowledge. Applied Environmental Education and Communication, 5(1), 9-20.

Meadows, D.H., Meadows, D.L. and Randers, J. (1993). Beyond limits. White River Junction, Vermont: Chelsea Green Publishing Company.

Schettler, T., Solomon, G., Valenti, M. and Huddle, A. (1999). Generations at risk: Reproductive health and the environment. Cambridge, Massachusetts: The MIT Press.

Tanaka, M. (2007). Effects of the “intergenerational interaction” type of school biotope activities on community development. In Yajima, S., Kusano, A., Kuraoka, M., Saito, Y. and Kaplan, M. (Eds.), Proceedings: Uniting the generations: Japan conference to promote intergenerational programs and practices (pp. 211–212). Tokyo: Seitoku University Institute for Lifelong Learning.

Vaughan, C., Gack, J., Solorazano, H. and Ray, R. (2003). The effect of environmental education on schoolchildren, the parents, and community members: A study of intergenerational and intercommunity learning. Journal of Environmental Education, 34(3), 12-21.

Warburton, J. and Gooch, M. (2007). Stewardship volunteering by older Australians: The generative response. Local Environment, 12(1) (2007), 43-55.

Wright, S. and Lund, D. (2000). Gray and green? Stewardship and sustainability in an aging society. Journal of Aging Studies, 14(3), 229-249.

Matthew Kaplan

About the Writer:
Matthew Kaplan

Matthew Kaplan is Professor of Agricultural and Extension Education and works with Intergenerational Programs and Aging at Penn State University.

Intertwining People, Nature, and Place with Quilts and Thread

Many voices. Greener cities. Better cities.

A review of Earth Stories, an exhibition on view at the San Jose Museum of Quilts and Textiles now through February 28, 2016.

The San Jose Museum of Quilts and Textiles is tucked into a rather plain looking beige building at the southern end of San Jose’s “SoFA” arts district. You wouldn’t think much of it at first glance, but this is the oldest museum in the United States dedicated to celebrating quilts, garments, and ethnic textiles as art forms, and currently stewards a permanent collection of over 800 such pieces.

Material and thread can communicate much about our human relationships with our urban and natural environments.

This particular exhibition is a unique event for the museum, an international “juried” exhibition that marks the 25th anniversary of Studio Art Quilt Associates.

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“Palimpsest” by Brooke Atherton. Photo: Patrick Lydon

The requirement for having your work considered for the Earth Stories show was that it be inspired by “an individual or organization doing something to save the planet,” says the show’s juror, Dr. Carolyn L. Mazloomi. It was a selection process she had never encountered before, but one which she nevertheless believes could be critical for artists and museums to engage in during these trying social and ecological times.

“The power of the arts to promote certain causes lies in their emotive nature” says Mazloomi, pointing to the fact that emotion plays a big role in why and how arts can inspire actions, connecting to viewers in ways that data sheets, presentations, and lectures cannot. And so, the Earth Stories exhibition begins.

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Detail of “Tender Garden,” by Marion Coleman. Photo: Patrick Lydon

The exhibition showcases 25 textile artists from around the world, but one image in particular, Marion Coleman’s Tender Garden, hits home both literally and figuratively. With panels picturing flourishing green swatches and human figures set around the imposing edifice of San Francisco’s Civic Center, Tender Garden tells the story of a community garden in the Tenderloin, historically one of San Francisco’s most troubled neighborhoods. Historically, the Tenderloin is a food desert; Coleman explains that the garden provides a source of fresh vegetables to the neighborhood. Given the vivid patchwork of natural colors and patterns and how they interact with the human elements, one can’t help but feel that the artist enjoys celebrating the connecting of human, nature, and community more than just the food harvest. This piece was inspired by Tenderloin Neighborhood Development, San Francisco.

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“African Farmers,” by Jean Herman. Photo: Patrick Lydon

Adjacent to Tender Garden, similar issues are set within radically different circumstances in a work titled African Farmers, by artist Jean Herman. Layers of soil and substrate flow through the middle of the piece, where three women work, hands and feet blending with the soil as another stands close by with a child. In a world where even the most well-meaning Western philanthropy often creates social and ecological turmoil in Africa, this piece gives us an up-close, relevant view of agriculture in Africa and the need for small-scale, local solutions that speak to needs at the individual and village level. The work was inspired by Rotary sustainable food for Africa.

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“Hope is the Thing with Feathers,” by Mary Pal. Image: Patrick Lydon

Perhaps unsurprisingly, there is a large collection of work dealing with farming and food in the context of urban and rural society here, but it doesn’t stop there. The thought process from artists in this collection extends deep into our homes and lives, as well.

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Detail of “Crowded House,” by Kathy York. Photo: Patrick Lydon

One of the most simple yet striking works was one inspired by Annie Leonard and the Story of Stuff. After seeing the Story of Stuff, artist Kathy York of Austin, Texas, was driven to spend six months dedicated to counting every single object in her home. The compulsion of the artist often plays out in obsessiveness, and this obsessiveness makes a strong statement in York’s work. “I value a simple lifestyle and yet I have too much stuff,” says York. The six months of counting produced a number that made the artist “nauseous,” as York found that she has 56,344 objects in her home.

The quilt which York produced, titled Crowded House, is an enormous and overwhelming work to take in, consisting of a floor plan of her home, and a list of household items ranging from an adjustable sawhorse to wind chimes. The work is a powerful visual, a testament to life, which is all too commonly filled with too much stuff. The “stuffness” of life has perhaps never been so apparent as it is in this bewildering display, line after line of stuff.

While Crowded House is effective in overwhelming us with information, there is one work in this show that, like the museum itself, is so delicate and understated, we could easily miss it, and yet, if we did, we would miss one of the most powerful statements to be found here.

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“Stream of Consequences,” by Paula Kovarik. Photo: Patrick Lydon

Stream of Consequences offers a subtly colored patchwork which, as one moves closer, reveals layers upon layers, a web of complexity mirroring the interconnectedness and mutual reliance of our urban and natural ecologies. Inspired by the Wolf River Conservancy, artist Paula Kovarik uses single lines of machine-sewn thread to create emotive landscapes: homes, businesses, power lines, and church steeples morph in and out of trees, windmills, and farmland.

The striking bit, however, is in how it all flows together, wind currents blowing and tumbling through clouds into towns and agrarian landscapes and out again through forests and areas of wildlife, all of it done with single lines sewn to form outlines, silhouettes of our various relationships with this earth. All of these are then tied in to a central meandering river.

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Detail views of “Stream of Consequences,” by Paula Kovarik. Photos: Patrick Lydon

For a person familiar with all of these places as individual entities—a forest, a deer, a farm silo, an apartment tower—Kovarik does the job of giving us the sense of interdependence, how it is all intertwined, how each section of thread is literally tied to the vastness which flows to and from either end.

Kovarik’s quilt reminds me of famed naturalist John Muir’s observation that “when we try to pick out anything by itself, we find it hitched to everything else in the Universe.”

The idea that material and thread can communicate so much about our human relationships with our urban and natural environments isn’t so wild. With quilts and textiles, we have such a cultural history of closeness and familiarity. Perhaps this closeness only further deepens the inherently “emotive nature” of art that Mazloomi calls out in the opening to this show.

The works in this exhibition are meant to incite actions to “save the earth,” and while that claim does feel overly generic and ineffective, the majority of the works here are certainly not.

If we’re working to save anything, whether it’s a forest or a culture, one can’t help but think how much easier it is to save that something when one has a personal relationship with it. In this way, much of what Earth Stories accomplishes is in bringing enough familiarity to the gallery wall that we might more easily re-establish these relationships.

Perhaps the power of 25 quilts on a wall is in the simple act of using familiar materials and cultural formats to foster new ideas and relationships. With luck, it can inspire actions, too.

Patrick Lydon
San Jose & Seoul

On The Nature of Cities

Further Reading:

Environmental Organizations Related to the Exhibition:

Introducing “The Nature of Cities”

Many voices. Greener cities. Better cities.

Sitting in the southern end of Central Park in New York City a few weeks ago, I found myself at what is called the “Literary Walk”. Statues of Robert Burns, Sir Walter Scott, Shakespeare and others decorate a cathedral of elm trees that line a wide path. It was a beautiful day and scores of visitors from across the globe wandered by, taking in the beauty of the place – a natural oasis in the middle of one of the biggest cities in the world.

Central Park, New York City. Photo by Marta Tellado

I happened to look straight up into the blue sky where, as luck would have it, three Red-tailed Hawks cruised in lazy circles. One on them, maybe, was Pale Male, the famous nest builder at 927 Fifth Avenue since the early 1990’s. He has sired a dynasty of hawks around Central Park and New York, and a recent Audubon study suggests that there are over 30 Red-tail nests around New York City. Still, three of them circling overhead was impressive and exciting. On my way out of the park a Snowy Egret hunted in the shallow edges of a Central Park pond, collecting a small crowd of admirers along the shore, taking pictures of the elegant bird which, if you didn’t know better, would seem to have wandered a long way from home.

But we do know better.


Cities are ecological spaces

Central Park, New York City. Photo by David Maddox

Interaction between people and nature in cities isn’t unique, of course. It happens daily. And in watching the egret I craved a new forum for sustained conversation specifically on urban nature: how we study and understand it, how we adapt knowledge of it into design, architecture and policy, and how our very proximity to urban nature can improve the quality of urban life. So began “The Nature of Cities”, a new collaborative blog on nature, ecosystems, and biodiversity in urban spaces; and their importance to the people who live there.

Cities are ecological spaces: ecosystems packed with trees and vegetation that comprise an urban forest, birds, insects, small mammals, water, wetlands, and more. They are connected to suburban and rural areas along green corridors and ecological gradients. Human wellbeing and effective urban architecture and design are intimately connected to the health of urban ecosystems.

We know that our collective future is largely urban. More than 50% of the world’s population now lives in cities — up from less than 5% in 1900. More people move into urbanized areas every day. This is as true in the United States as it is in Europe, Africa, Asia, and South America — more than 75% of populations in developed nations live in urban areas.

This growth is both a challenge for those trying to protect biodiversity and natural systems in urban areas, and an opportunity to recognize and use such systems for the good of the people who live there, both for the direct ecosystem services they provide, but also the inherent (but difficult to measure) value they contribute to human happiness and quality of life.

Sustaining Dialogue

In increasing numbers, scientists, designers, and practitioners are working to create useful knowledge about urban nature through study and research that can inform pubic debate and decision makers. Ecologists study the patterns and processes of urban nature, sociologists demonstrate its importance to people, land stewards devise ways to manage it, public health researchers document the relationships between healthy ecosystems and population health, designers and architects integrate human, green and blue with grey, and elected officials and city managers formulate and implement green policy.

These new movements in urban socio-ecological study receive increasing attention in various forms. For example, this week significant conferences on urban biodiversity are taking place in Belo Horizonte, Brazil – ICLEI’s World Congress and Urban Nature Forum (http://worldcongress2012.iclei.org/urban-nature.html). Other conferences and meetings around the world will follow.

Research that is turned into useful knowledge is a kind of quantitative storytelling we use to communicate key values about nature in urban spaces that are both grounded in data and thoughtfully put into a human context. And we hope such quantitative storytelling illuminates a path forward for understanding cities as ecosystems.

Our collective blog: The Nature of Cities

Thought-leading dialogue in urban nature needs to be broadened. While there are websites and organizations devoted to various issues in urban sustainability and resilience, very few are specifically focused on urban nature and its importance to people.

For this reason – to expand and support greater conversation on the topics of nature, ecosystems and biodiversity in urban settings – we launch this blog space, which is devoted to essays, opinion, and conversation about cities as ecological spaces…tothe nature of cities.

Any conversation about urban ecosystems is fundamentally multidisciplinary. Attend a meeting about urban ecology and you will likely find ecologists, biodiversity specialists, sociologists, climate scientists, landscape designers, architects, community organizers, land stewards, and more.

It is in this spirit of diverse intellectual inquiry that our collaborative blog is organized. We are a collective of 18 contributing writers, including academics, leaders from community organizations and NGO’s, researchers in biodiversity and ecology, sociologists, architects, RLA’s and landscape designers, and nature writers.

Join the Conversation

We believe that a diversity of perspectives focused on urban nature can be a laboratory for new ideas that cut across the current and inspire innovation. We hope that the ideas expressed in these essays will provoke exchanges about urban nature that our readers will want to join.

We will publish every week, in an approximate rotation among our contributors. You can read the full bios of our members in the “Meet the Writer” section of the site. The upcoming schedule is as follows:

12 June: David Maddox, Sound Science LLC, New York, NY, USA

19 June: Stephanie Pincetl, UCLA Center for Sustainable Urban Systems, Los Angeles, CA, USA

26 June: David Goode, Environment Institute, University College London, UK

3 July: Mike Houck, Urban Greenspaces Institute, Portland, OR, USA

10 July: Cecilia Herzog, Inverde, Rio de Janeiro, Brazil

17 July: Eric Sanderson, Wildlife Conservation Society, Bronx, NY, USA

24 July: Maria Ignatieva, Swedish University of Agricultural Sciences, Uppsala, Sweden

31 July: Phillip Silva, Cornell University, Ithaca, NY, USA

7 August: Tim Beatley, University of Virginia School of Architecture, Charlottesville, VA, USA

14 August: Matt Palmer, Columbia University, New York, NY, USA

21 August: Timon McPhearson, The New School, New York, NY, USA

28 August: Brian McGrath, Parsons The New School for Design, New York, NY, USA

4 September: Russell Galt, ICLEI Cities Biodiversity Center, Tyger Valley, South Africa

11 September: Bob Sallinger, Audubon Society of Portland, Portland, OR, USA

18 September: Bill Sherwonit, Nature Writer, Anchorage, AK, USA

25 September: Victoria Marshall, Till Design, Newark, NJ, USA

2 October: Keith Tidball, Department of Natural Resources, Cornell University, Ithaca, NY, USA

9 October: Andrew Rudd, Urban Environment and Planning Branch, UNHABITAT, Nairobi, Kenya

16 October: Kathryn Campbell, Secretariat of the Convention on Biological Diversity, Montreal, Canada

Then we will rotate through our writers, adding Glenn Hyman (Center for the Sociology of Organizations, ScienesPo, Paris), Thomas Elmqvist (Stockholm Resilience Center, Stockholm), and John Kostyack (National Wildlife Federation, Washington DC USA). From time to time, we will add new voices.

Please visit often, post your own comments, and join the conversation.

 

Invisible City Life: The Urban Microbiome

Many voices. Greener cities. Better cities.

Microbes play a key role in the function of ecosystems. They contribute to biodiversity (Fierer et al. 2012), nutrient cycling (Fenchel et al. 2012), pollutant detoxification (Kolvenbach et al. 2014), and human health (Gevers et al. 2012). Since they control the composition of the gases in the atmosphere, they also play an important role in climate change (Bardgett et al. 2008). In urban ecosystems, microbes account for most of the biodiversity and are major agents in nature’s material cycles and food webs (King 2014). Thus the sustainability of cities over the long term is inextricably linked to microbes and their evolution.

But how does urbanization affect the microbiome? Are urban microbes resilient in the face of rapid environmental changes? This is mostly unknown.

The tiniest urban dwellers can change the planet

Microbes might be the tiniest of urban dwellers, but they are powerful. While known primarily as pathogens and potential threats to human health, microbes play a key role in maintaining major ecological functions that directly support humans and city life. Microbes include bacteria, viruses, archaea, and single-celled eukaryotes such as amoebas, slime molds, and paramecia. Since microbes are invisible to humans, we tend to underestimate their importance in maintaining ecological and human wellbeing.

Microbes play a significant role in the evolution of planet Earth. They have been living on the planet for 3.8 billion years: 2.3 billion years ago, cyanobacteria triggered the Great Oxidation Event, the most significant extinction event in Earth’s history, by producing the oxygen that enabled the evolution of multicellular forms. The extraordinary capacity  of microbes to adapt to novel environments makes them particularly interesting to scientists trying to understand evolution on an urbanizing planet. They are tiny and ubiquitous and exhibit vast genetic and metabolic variability as well as great genetic plasticity. These properties allow them to adapt rapidly to unfavorable and changing environmental conditions (Guerrero and Berlanga 2009). Interestingly, microbes rarely act alone; instead, they operate as a team in complex communities (Boon et al. 2013). By building on their metabolic diversity these communities operate as complex networks to perform a variety of ecosystem processes and functions.

Photomicrograph of cyanobacteria. Author: Matthewjparke
Photomicrograph of cyanobacteria. Author: Matthewjparke

Despite microbes’ remarkable power, we know surprisingly little about them, and even less about those in the urban environment. In fact, scientists are continually discovering new species. Metagenomic sequencing of the urban microbiome will advance our knowledge as we come to understand the genes necessary for survival in urban habitats and learn how their expression enable microbes to adapt to city environments.

The urban microbiome  

The urban microbiome is made up of diverse assemblages of resident and transient microbes that inhabit the city (King 2014). Microbes can be found in and on both the natural and built components of urban ecosystems, including the atmosphere, vegetation, open ground, soil, bodies of water, building surfaces, green roofs, indoor environments, and human bodies; microbes inhabit all elements of our city infrastructure including wastewater treatment plants, combined sewer overflow systems, roads, and subway systems (see below).

Scientists are curious to learn whether we can detect a microbial urban signature. We hope to do so by coupling the properties of urban ecosystems with data on microbial community metagenomics. Many empirical studies in urban areas have pointed to the significant role that microbes play in urban soil (Groffman et al. 2002, Kaye et al. 2006, Pouyat et al. 2010), the atmosphere (Brodie et al. 2007, Bowers et al. 2011), and water (Selvakumar and Borst 2006, Jung et al. 2014).

The Urban Microbiome. Microbes in the city can be found in the atmosphere (A), water (B), buildings (C), roads (D), subways (E), soil (F), vegetation (G), combined sewer overflow (CSO) outfalls (H), and green roofs (J). Background Image: Alfred Hutter
The Urban Microbiome. Microbes in the city can be found in the atmosphere (A), water (B), buildings (C), roads (D), subways (E), soil (F), vegetation (G), combined sewer overflow (CSO) outfalls (H), and green roofs (J). Background Image: Alfred Hutter

Urbanization affects soil microbes through a variety of abiotic and biotic changes in land use and land cover, and the introduction of variety pollutants. But what influence do different types of land use and human activities have on the properties of soil microbes and on soil quality in urban areas? Some initial findings indicate that the abundance, diversity, and functions of microbes vary across different land uses (Bowers et al. 2011), and their diversity seems to be higher at increased soil depth (Ramirez et al. 2014).

The urban atmosphere harbors highly diverse transient microbial communities. Brodie et al. (2007) examined urban aerosols in two US cities and found at least 1,800 different bacteria. The atmosphere constitutes both a source and a sink for the urban microbiome, and acts as a pathway through which microbes move between urban areas and their surroundings, even between very distant regions (Bowers et al. 2011). Dust storm events in Africa and the Caribbean might move bacteria across oceans (Kellogg and Griffin  2006). Griffin and Kellogg (2004) estimate that ~ 104 bacteria exist per gram of soil and that 1 million tons of airborne soil are moving around the atmosphere each year; that amounts to a total of more than 1016 dustborne bacteria in our atmosphere.

The signatures of airborne microbes might be associated with various types of land use—and the differences in types are likely driven by shifts in the sources of bacteria. Using barcode pyrosequencing, Bowers et al. (2010) determined that the bacteria in the near-surface atmosphere varied significantly across agricultural, suburban, and forest land uses in northern Colorado. In a more recent study Bowers et al. (2011) found that highly diverse bacterial communities were present in the PM2.5 aerosol fraction (fine particulate matter ≤ 2.5μm) from 96 near-surface atmospheric samples collected from cities throughout the American Midwest. The team also found that microbial communities are strongly affected by the season, but that airborne bacteria differ from those in potential source environments such as leaf surfaces and soils. Fecal material, most likely pet feces, is an unexpected source of bacteria in the urban atmosphere.

More and more researchers are documenting the presence of microbes in a diversity of building interiors and external built surfaces (AAAS 2014). In order to examine the mechanisms that shape the indoor microbiome, biologists are teaming up with architects and designers to collect samples in a variety of indoor environments. Most research has focused on environmental factors including humidity and air temperature (Frankel et al. 2012) and the movement of microbes into the built environment from outdoor habitats and organisms, including humans (Hospodsky et al. 2012), pets  (Fujimura et al. 2010), and plants (Berg et al. 2014). Others are exploring the role of building design and maintenance. For example, Kembel et al. (2014) found that architectural design might drive the biogeography of indoor bacterial communities.

Central Park microbiome

When Kelly Ramirez and her team started taking soil samples to characterize the soil in Central Park in New York City, they did not expect to find that its microbial diversity was comparable to the biodiversity seen around the world. To characterize the soil microbiome the team collected a total of 596 soil samples, one every 50 meters throughout the 3.4 square kilometers of green space. They analyzed the samples’ pH, moisture content, carbon and nitrogen concentrations and also sequenced 16S and 18S rRNA to characterize the archaeal, bacterial, and eukaryotic composition of the microbiome. Their key finding, published in the Proceedings of the Royal Society (Ramirez et al. 2014), is that urban systems harbor significant amounts of soil biodiversity: Central Park soils contained nearly as many distinct soil microbial phylotypes and types of soil communities as diverse biomes including the Arctic, tropics, and deserts. Also, though the makeup of the microbiome varies widely across the park, they could predict below-ground diversity patterns based on soil characteristics.

Central Park microbiome. LEFT: Map of the 596 sampling locations in Central Park. RIGHT: Only 16.2% of sequences of all bacterial and archaeal species matched the Greengenes database. Of the eukaryotic species found in Central Park, only 8.5% of sequences matched the SILVA database. Histograms of (c) bacterial and archaeal and (d) eukaryotic observed number of phylotypes by samples (a-diversity) across the Park. Reproduced with permission from Ramirez et al. 2014
Central Park microbiome. A: Map of the 596 sampling locations in Central Park. B: Only 16.2% of sequences of all bacterial and archaeal species matched the Greengenes database. Of the eukaryotic species found in Central Park, only 8.5% of sequences matched the SILVA database. Histograms of (C) bacterial and archaeal and (D) eukaryotic observed number of phylotypes by samples (a-diversity) across the Park. Reproduced with permission from Ramirez et al. 2014
Central Park soil diversity is similar to soil communities from other biomes. Phylotype accumulation curves for (a) bacterial and archaeal communities, and (b) eukaryotic communities from Central Park (green) and global soils (blue). Relative abundances of the most dominant (c) bacterial and archaeal taxa, and (d) eukaryotic taxa from Central Park (green) and global soil sample set (blue). Reproduced with permission from Ramirez et al. 2014
Central Park soil diversity is similar to soil communities from other biomes. Phylotype accumulation curves for (a) bacterial and archaeal communities, and (b) eukaryotic communities from Central Park (green) and global soils (blue). Relative abundances of the most dominant (c) bacterial and archaeal taxa, and (d) eukaryotic taxa from Central Park (green) and global soil sample set (blue). Reproduced with permission from Ramirez et al. 2014

Urban microbes travel on the subway

Recent investigations in Hong Kong and New York City show that urban subways exhibit distinct clusters of microbial communities (Leung et al. 2014). Yet we are only beginning to uncover the mechanisms that shape subway microbiomes across the globe. Microbial diversities within the subway were associated with temperature and relative humidity. The abundance of commuter-associated genera correlated with carbon dioxide levels. The authors also compared the diversity of alpha and beta types and detected different phylogenetic communities associated with different subway lines. The bacterial community within a given subway line could also be correlated with architectural characteristics, outdoor microbiomes, and the degree of connectedness with other lines. Moreover, microbial diversities and assemblages vary within and across days, between peak and non-peak hours.

Ecosystem function

Microbes play key roles in sustaining life on Earth and loss of microbial diversity would significantly affect global and local ecosystems function (Van der Heijden et al. 2007). Although it is well known that microbes drive major biogeochemical cycles and represent the major pool of living biomass in terrestrial ecosystems, ecologists know little about how microbial communities vary across biomes. Scientists are using metagenomic sequencing to unveil some striking patterns. Fierer et al. (2012) examined the functional attributes of samples from 16 soil microbial communities collected from deserts, cold deserts, forests, grasslands, and tundra. They identified the functions the various bacteria performed, including photosynthesis and carbon cycling, and found that the diversity of microbial functions in the soil was directly related to the plant biodiversity above ground.

Microbes have the largest genetic diversity on Earth. Scientists estimate that there are billions of species, although they have described only 1% to 5% of those species. In cities, microbes constitute the greatest pool of genetic biodiversity, providing major ecosystem services that sustain human activities: they treat our wastes, biodegrade a variety of pollutants, and fix nitrogen (King 2014). Thus, loss of microbial diversity could have significant impact on such functions. Soil microbes for example are important regulators of plant community dynamics and plant diversity (Van der Heijden et al. 2007). Although the impact of microbial diversity on plant productivity and diversity is not fully understood, recent studies show that reducing the diversity of soil microbes reduces plant growth. Lau and Lennon (2011) experimentally reduced the complexity of the microbial community in soil, and found that the plants growing there were smaller, had less chlorophyll content, produced fewer flowers, and were less fecund compared to plant populations grown in association with more complex soil microbial communities.

Microbes play also significant roles as agents of both pollution and detoxification. They produce greenhouse gases which contribute to climate change and tropospheric ozone (Bardgett et al. 2008). Yet, since microbial life provides a critical contribution to biogeochemical functions such as decomposition and nutrient cycling (Fenchel et al. 2012), microbes are also a key player in mitigating climate change.

Human Health

Many researchers have established linkages between diseases and the composition of microbiomes (Armougom et al. 2009, Martinez et al. 2013). Recent studies have also found various ways that the human microbiome significantly benefits human health (Ravel et al. 2013). Fierer et al. (2012) points out that the human microbiome constitutes 1014 to 1015 microbial cells. Bacterial cells likely outnumber human cells by at least an order of magnitude, and bacterial genes outnumber the number of genes in the human genome by several orders of magnitude (Qin 2010).

Microbiologists are shifting their attention towards the human microbiome: there are increasing numbers of research projects investigating the relationship between the human microbiome and human health. The National Institute of Health (NIH) Common Fund Human Microbiome Project (HMP) is one of many large scale international initiatives (Methé et al. 2012). Research into the human microbiome and interactions with the urban environment holds significant promise for public health.

Mapping the urban microbiome

Using metagenetic sequencing, scientists have started to map assemblages of microbes that live in urban areas including parks, subways, and buildings, and that live on historical artifacts, cell phones, and other objects, to better understand the urban microbiome (Feazel et al. 2009, Berg et al. 2014, Fujimura et al. 2014, Meadow et al. 2014).

Scientists worldwide use DNA sequence barcodes to catalog the urban microbiome.  A project called PathoMap is exploring the microbiome of public spaces in New York City, starting with the subway system. A team at Weill Cornell University in New York City are collecting 1,404 surface samples from 468 NYC subway stations to explore the microbiome at the city level. PathoMap uses a mobile software application from GIS Cloud to record and analyze samples over time. New York University Center for Genomics and Systems Biology and Mount Sinai School of Medicine are collaborating on the study.

The Urban Barcode Research Program (UBRP), led by the Cold Spring Harbor Laboratory, is a science education initiative using barcodes to uniquely identify each species of living thing. It gives high school students an opportunity to study biodiversity using DNA technology. During the 2013–2014 school year, 20 student research teams, representing 17 high schools throughout the five boroughs of New York City, developed projects studying city wildlife, biodiversity, food systems, invasive species, and microbiomes.

How do microbial communities affect urban resilience?

It is well established that the microbiome is important for both the Earth’s ecosystems and human health. Yet we do not know how the stability of the microbiome and its ability to adapt to change relate to the resilience of urban ecosystems. Emerging evidence does indicate that there are symbiotic relationships between microbial communities and human and ecological health, suggesting that microbes play a significant role in maintaining both human and ecosystem functions over the long term. Initial findings show that the urban microbiome is complex, diverse, and dynamic, yet largely unknown at present. Advancing mechanistic understanding of the ecological, evolutionary, and functional implications of anthropogenic impacts on the microbial communities in urban areas pose many challenges and opportunities for preserving ecosystem function and human wellbeing.

A key question is how the urban microbiome influences resilience in urban ecosystems. Although microbial communities are highly adaptable to new conditions, responses to disturbance might shift communities from their initial states to a new state. Understanding the relationship between potential shifts in microbial diversity driven by urbanization and the function and stability of microbial communities will provide important insight towards creating resilience in an urbanizing planet. However, this requires that we expand our knowledge of the diversity and distribution of microorganisms across urbanizing regions. 

Recent advances in metagenomics and big data provide new and important opportunities to better understand the invisible life that can influence the future and wellbeing of urban dwellers.

These are some of the questions about urban microbiomes that scientists might focus on, given their new and improved tools:

—How do microbial communities vary across an urban gradient?
—Can we identify an urban microbial signature?
—What mechanisms control these signatures?
—How does the diversity of species affect their function?
—How do the dynamics of microbial communities change with urbanization?
—How can mapping the urban microbiome inform urban planning and design?

Marina Alberti
Seattle

On The Nature of Cities

Inviting You to Collaborate with Nature to Transform Your City

Many voices. Greener cities. Better cities.

In the many current discussions about how to make cities more resilient, the potential roles of citizens and urban nature are largely overlooked. There are exceptions, including Krasny and Tidball’s work on civic ecology and that of a number of people associated with the Stockholm Resilience Centre (cf. Andersson, Barthel, & Ahrné, 2007; Barthel, 2006; Bendt, Barthel, & Colding, 2013; Elmqvist et al., 2004; Ernstson, Barthel, & Andersson, 2010; Krasny & Tidball, 2012; Tidball & Krasny, 2007). However, the level of interest seems disproportionately small given the tremendous opportunities for citizens to steward nature in cities—or to ‘collaborate’ with nature, as Ernstson and colleagues have inspired me to think of it:

In order to build resilience and face uncertainty and change means to harness the interactions between stakeholders. This requires an involvement of society in its broadest sense towards a change of culture that makes ‘‘collaboration’’ between society and the environment (rather than mere ‘‘interaction’’) the central focus of attention.
Ernstson, Leeuw, et al., 2010, p. 538

Along with citizens and nature, urban spaces are the third player in this transition waiting to happen. I share Timon McPhearson’s belief in the potential of vacant land in cities (TNOC Encore July 2014). My interest also extends to other ‘loose spaces’ (Franck & Stevens, 2007). These include areas that are not necessarily empty but are in transition, such as post-industrial sites, alleyways that are no longer used for service provision, waterways along which freight has ceased to move and even official greenspaces that do not currently meet the needs of users. I like the idea of “sustainability fallows” (a term I learned from Marianne Krasny’s contribution to TNOC’s recent roundtable on urban environmental education), which refers to all kinds of urban spaces that are lying ‘fallow’, just waiting to have their potential released and be transformed into assets.

Vacant land and undervalued urban spaces have a key role to play in helping to restore urban ecosystems to health and, as Timon also mentioned, in reconnecting people with nature. In another recent TNOC encore blog, Tim Beatley referred to the extensive evidence concerning the positive impact of contact with nature on human health and well-being. Not very long ago I undertook a literature review for The Nature Project (as background for developing strategies to combat nature deficit in Quebec) and was staggered by the range of effects that had been documented. In light of this, it was disconcerting to hear (during the empirical phase of the research) about the lack of contact with nature and the level of discomfort, and even fear of nature, experienced by many Quebecers.

It was however reassuring to discover that solutions were close at hand. We weren’t going to have to find the large amounts of money and overcome the other barriers to getting people out into the wild (which was initially seen as a possible solution to the nature deficit). The environmental educators and biodiversity experts that I interviewed confirmed that we had everything we needed to turn this trend around within the city itself. They believed that urban nature could provide the regular contact people needed to develop a relationship with nature (while also agreeing that experience of less human dominated environments was very valuable and should be available to those who sought it). Several very committed environmentalists told me about how their own dedication to the natural world began in a vacant lot near their childhood homes—and I was assured that watching pigeons was a perfectly good starting point to learn about ecosystems. What these experts also noted was the need to improve both the quality of nature in cities and the opportunities to interact with it. The ‘quality’ that was sought seemed to combine increased biodiversity (and diversity in general), eco-revelatory capacity and elements that people would find interesting and attractive.

As Timon noted, there are many spaces of opportunity in cities. The challenge is how to move them out of their ‘sustainability fallow’ phase and transform them into assets. The large number of urban spaces that need help to fulfill their social and ecological potential makes such a transformation an ambitious project.

Where can cities find the resources to enhance urban nature and maximize citizen interaction with it? Fortunately, a large part of the answer lies with the citizens themselves—and with the places. Around the world, an ever-increasing number of citizens have demonstrated their willingness to get involved in working with nature and transforming their cities.

Credit: Comité de la ruelle champêtre Henri-Julien/Drolet
Credit: Comité de la ruelle champêtre Henri-Julien/Drolet

I have experienced firsthand the level of commitment of volunteers who have struggled for years to help nature thrive in urban spaces and allow people to benefit from it. And it has been a struggle—our efforts to green schoolyards and alleyways in Montreal faced resistance from staff of local government and schools, as well as neighbors and parents. Although there were some supports in place for these sorts of initiatives, we still seemed to be going against the grain. A widespread feeling seemed to persist that nature didn’t belong in cities. Nature was troublesome, potentially dangerous and without any obvious value. If nature was present, it should be restricted to carefully controlled patches in people’s yards or parks. There was also a sense that citizens had no right to intervene in the cities where they lived. It was up to authorities to make decisions and up to paid staff to implement them. In this context, it is easier to stick to mown grass and tarmac rather than attempt creative things involving diverse species and requiring complex maintenance.

Fortunately the tide is turning. The efforts of guerrilla gardeners and insurgent urbanists (Hou, 2010) have helped people get used to wilder and more diverse urban spaces. More city dwellers have begun to realize that relinquishing a bit of control can lead to more interesting cities, greater sense of community and a generally better quality of urban life. There are still people who are uncomfortable with the idea of replacing pavement with vegetation and letting their neighbors make decisions about what should be planted, but they no longer dominate the discussion, they are part of the discussion.

Many local governments that were previously closed to citizen intervention are also becoming more open—in part because they realize they can’t look after things themselves. In the UK, budget cuts have affected maintenance of parks and public spaces for a number of years now and local governments have had to let citizens take over—and are gradually learning to work with them. Montreal now has a fantastic network of green alleyways (ruelles vertes if you are looking for more information) and its expansion is officially supported. The champ des possibles is a space transformed by citizens and now officially co-managed by citizens and city.

Sadly, I cannot speak about these advances in Montreal without also mentioning the recent bulldozing of the wonderful Parc Oxygène. This urban oasis was created by neighbors nearly two decades ago and looked after and appreciated ever since. The land is privately owned and is now slated for development and the argument was made that the cost of protecting this small space was too high. I would argue that it was an iconic space that has inspired many Montrealers to make positive changes in their neighborhoods and therefore the cost of losing it was too high. I hope that one day the worth of places that redefine a city and invite citizens to be part of making it a better place will be factored into such calculations.

Parc Oxygene, Montrea. Photo: Janice Astbury
The recently bulldozed Parc Oxygene, Montreal. Photo: Janice Astbury

How to get citizens involved with urban nature:
Invite them

How can we ‘invite’ citizens to engage with urban nature in ways that make their cities more socially and ecologically resilient? I believe such an invitation is most effectively communicated through the landscape itself.

If someone asks you to define ‘city’, chances are that an image of an urban landscape will come into your head and that will be your starting point for thinking about what a city means. For many people, that image is still one of tall buildings and expressways with barely a living thing, human or otherwise, in sight. But that is gradually changing and it will change further as there are more and more examples of urban landscapes where people and nature are highly visible and the relationship between them is one of collaboration rather than control. I use ‘collaboration’ to refer to people working with urban nature rather than against it; protecting and enhancing nature and consequently enjoying the many ecosystem services provided.

So how can we encourage ‘inviting landscapes’ to come into being? The first strategy is, of course, not to block the efforts of people who take it upon themselves to make them.

Include everybody

It is also important to think about how to deliberately design and create such landscapes, particularly in areas of cities where people do not generally feel empowered to transform their local landscapes—or even to interact with nature. Even in areas where visible changes are underway, it is important to ensure that the invitation is inclusive. It shouldn’t just speak to people who are comfortable sneaking out in the middle of the night to take a pickaxe to the pavement—or people who are neighborhood organizers or biodiversity experts. The invitation needs to make all sorts of people feel that they have permission to intervene in the spaces they live, that they are included in the process and that they have something to contribute.

In Clovenstone (Edinburgh), citizens supported by Wester Hailes Edible Estates have begun transforming a small triangle of sad looking grass into a community garden. They will retain the enclosing fence (which can make the area feel helpfully ‘defensible’) but they have also placed raised beds around the perimeter of the fence and have built a step “so that no one hurts themselves climbing over the fence”. Photo: Janice Astbury
In Clovenstone (Edinburgh), citizens supported by Wester Hailes Edible Estates have begun transforming a small triangle of sad looking grass into a community garden. They will retain the enclosing fence (which can make the area feel helpfully ‘defensible’) but they have also placed raised beds around the perimeter of the fence and have built a step “so that no one hurts themselves climbing over the fence”. Photo: Janice Astbury

In Clovenstone (Edinburgh), citizens supported by Wester Hailes Edible Estates have begun transforming a small triangle of sad looking grass into a community garden. They will retain the enclosing fence (which can make the area feel helpfully ‘defensible’) but they have also placed raised beds around the perimeter of the fence and have built a step “so that no one hurts themselves climbing over the fence”.

Make it seem safe

The landscape has to signify permission to enter—and reassure people that it is safe.

The fear of even slightly wild places in cities should not be underestimated. Numerous people involved in transforming urban spaces in Manchester have told me about what a difference a mown path makes (even through what would otherwise be viewed as weeds).

Mown path, Gateshead. Photo: Janice Astbury
Mown path, Gateshead. Photo: Janice Astbury

Cultivate an aesthetic of care

An ‘aesthetic of care’ (Nassauer, 1997) is very important in loose urban spaces. Most people recoil from places that are subject to neglect and victims of disdain. Removing litter is key. It needs to be repeatedly removed until a space stops being perceived as a dumping ground. Usually neighbors and particularly keen volunteers can be persuaded to do this a couple of times a year (and it should be made clear that it was citizens who did it) but this is an area where there should be investment in paid staff to sustain the invitation until people begin to take it up.

Showing that the place is cared for gradually changes its identity. There are ways to reinforce this, like giving it a new name. Soon no one in Manchester will remember that ‘Nutsford Vale’ was once known as ‘Matthew’s Lane Tip’.

Citizens cleaned up this space. Photo: Janice Astbury
Citizens cleaned up this space. Photo: Janice Astbury
Nutsford Vale. Photo: Janice Astbury
Nutsford Vale. Photo: Janice Astbury

citizens cleaned up this spaceMake identity apparent

The identity of a place is important for inviting interest and much of the vacant land in cities seems to have no inscribed meaning or story. Most places do have some sort of little known story and a bit of research might reveal what it is and then efforts can be made to make it legible in the landscape. Or new stories can be created by organizing activities in the space or installing something that attracts attention. Interesting and attractive elements can be added; wildflowers seem to work particularly well. One can look for ways to make the nature that is present more legible. If it can’t be seen, show what is hidden or what could be there.

Regent’s Canal mural. Photo: Janice Astbury
Regent’s Canal mural. Photo: Janice Astbury

Support the unexpected

Surprises are generally a good idea. Not every Inviting Landscape needs to be surprising but people need something to help change their ideas about what they can do in urban spaces. City centers are good locations for the unexpected because lots of people pass through them and because they send the message that if you can do something in places where nature is so little visible and space so controlled by powerful entities, then you can do it anywhere.

What regeneration of the canal landscape could look like? (The backdrop is a photo of the sort of regeneration that is going on just behind this greener space created in the corner of a car park in Manchester.)

What regeneration of the canal landscape could look like? (The backdrop is a photo of the sort of regeneration that is going on just behind this greener space created in the corner of a car park in Manchester. Photo; Janice Astbury
What regeneration of the canal landscape could look like? (The backdrop is a photo of the sort of regeneration that is going on just behind this greener space created in the corner of a car park in Manchester. Photo; Janice Astbury

Show that cities can change

Cities have a way of seeming very permanent and we tend to think that what we see is how things should be and how they will stay. Cities often communicate obduracy (Hommels, 2005); the scale and concreteness of much urban infrastructure makes the city seem resistant to change. This is ironic because cities change all the time and the magnitude of things can just as easily be taken as evidence for what is possible, as Raymond Williams once noted:

H. G. Wells once said, coming out of a political meeting where they had been discussing social change, that this great towering city was a measure of the obstacle, of how much must be moved if there was to be any change. I have known this feeling, looking up at great buildings that are the centres of power, but I find I do not say ‘There is your city, your great bourgeois monument, your towering structure of this still precarious civilisation’ or I do not only say that; I say also ‘This is what men have built, so often magnificently, and is not everything then possible?’ (Williams, 1975, p. 15)

Temporary meadow in Manchester city centre. Photo: Janice Astbury
Temporary meadow in Manchester city centre. Photo: Janice Astbury
Meanwhile land, Salford. Photo: Janice Astbury
Meanwhile land, Salford. Photo: Janice Astbury

Changes can be temporary. They can provide examples of what could happen when people are not quite ready for it on a more permanent basis. Or they can occupy spaces that are slated for other uses and thus send a message that things don’t have to be permanent. ‘Meanwhile land’ can serve all sorts of purposes and show that urban spaces can be adaptable to changing needs and possibilities.

Focus on home-like landscapes

While city centers represent excellent locations to showcase possibilities, their often more ‘official’ and commercial landscapes are not the ones with the most potential to extend an invitation. People are more likely to intervene in landscapes that feel like home, places which are human-scale and defensible and where they run into people they know. That is why alleyways and sidewalks in residential neighborhoods are generally quite inviting. These are places that feel like they are in between public and private space regardless of who actually owns the land. Because of proximity to where they live, people have opportunities for regular interaction with these landscapes and with the other people who use them, which helps to build connection, a precursor to action

Opportunities to interact with other people are hugely important. People attract people, and out of simple exchanges come great ideas and transformative projects. Putting in a place to sit and organizing gatherings creates space for things to happen.

Rusholme alleyway. Photo: Janice Astbury
Rusholme alleyway. Photo: Janice Astbury
Social space at Calders. Photo: Janice Astbury
Social space at Calders. Photo: Janice Astbury

Make it personal

It is good when the things that happen are clearly a result of citizen action. Hand-painted signs and unconventional infrastructure send a message that these things were done by people like oneself.

Better still if one can actually see the citizens. People are part of landscapes too and nothing is a more convincing message about the capacity of citizens to work with urban nature than seeing us doing it. If a passerby shows interest, say hello and explain what you’re doing. Tell them they’re welcome to get involved in some way if they like.alternate citizen made infrastructure_Legible wildlife on your canal

Tire planters. Photo: bathroom planters

citizen made infrastructure bathroom planter

Citizens at work. Photo: Janice Astbury
Citizens at work. Photos: Janice Astbury

One of the most important characteristics of an Inviting Landscape is that it must appear that good things are being accomplished but still seem unfinished in some way. It should look as if it’s waiting for someone else to come along with their particular skills and ideas to do the next bit. This is challenging for changemakers. Most people, including urban planners, landscape architects and citizen activists, tend to think in terms of finished projects—and then worry about maintaining them.

But just as we have begun to speak about resilience as a goal for cities, in recognition of inherent complexity and constant cycles of change, so we should think in terms of resilient citizen engagement. People should constantly be invited to bring their own vision and energy to some part of a transformative project or to the next step. Rather than getting depressed about how we’re left with just a few volunteers and the garden isn’t being weeded, we can think about how to create an invitation for other citizens to come and work with nature in their own ways.

Janice Astbury
Edinburgh

On There Nature of Cities

References:

Andersson, E., Barthel, S., & Ahrné, K. (2007). Measuring social-ecological dynamics behind the generation of ecosystem services. Ecological Applications: A Publication of the Ecological Society of America, 17(5), 1267–78. 

Barthel, S. (2006). Sustaining urban ecosystem services with local stewards participation in Stockholm (Sweden). In B. Tress, G. Tress, G. Fry, & P. Opdam (Eds.), From Landscape Research to Landscape Planning: Aspects of Integration, Education and Application (pp. 305–320). Spon Press.

Bendt, P., Barthel, S., & Colding, J. (2013). Civic greening and environmental learning in public-access community gardens in Berlin. Landscape and Urban Planning, 109(1), 18–30. 

Elmqvist, T., Colding, J., Barthel, S., Borgstrom, S., Duit, A., Lundberg, J., Andersson, E., Ahrné, K., Ernstson, H., Folke, C., & Bengtsson, J. (2004). The dynamics of social-ecological systems in urban landscapes: Stockholm and the National Urban Park, Sweden. Annals Of The New York Academy Of Sciences, 1023(1), 308–322. 

Ernstson, H., Barthel, S., & Andersson, E. (2010). Scale-Crossing Brokers and Network Governance of Urban Ecosystem Services: The Case of Stockholm. Ecology And Society, 15(4), 28.

Ernstson, H., Leeuw, S. E., Redman, C. L., Meffert, D. J., Davis, G., Alfsen, C., & Elmqvist, T. (2010). Urban Transitions: On Urban Resilience and Human-Dominated Ecosystems. AMBIO, 39(8), 531–545–545. 

Franck, K. A., & Stevens, Q. (2007). Loose space: possibility and diversity in urban life. Taylor & Francis.

Hommels, A. (2005). Unbuilding Cities: Obduracy in Urban Sociotechnical Change. MIT Press. 

Hou, J. (2010). Insurgent public space: guerrilla urbanism and the remaking of contemporary cities. Taylor & Francis

Krasny, M., & Tidball, K. (2012). Civic ecology: A pathway for Earth Stewardship in cities. Frontiers in Ecology and the Environment. 

Nassauer, J. I. (1997). Cultural sustainability: aligning aesthetics and ecology. In J. I. Nassauer (Ed.), Placing Nature: Culture and Landscape Ecology (pp. 67–83). Island Press. 

Tidball, K., & Krasny, M. (2007). From risk to resilience: What role for community greening and civic ecology in cities. In A. Wals (Ed.), Social learning towards a more sustainable world (pp. 149–164). Wageningen, Netherlands: Wageningen Academic Publishers. 

Williams, R. (1975). The country and the city. Paladin

Involving Children in the Design of Park Renovations to Create Green Places for Play with Urban Nature

Many voices. Greener cities. Better cities.

The “Megurizaka pond renovation” project started in 2008 by creating a place for children to play and help restore nature to a small part of Kitakyushu City in southern Japan. The aim was to create an area for children’s play and ecological education that could also form a part of an ecological network in the urban zone.

A generation ago, children had access to wild lands and used them for exploring, challenging and exercising the skills needed to master a complex landscape and unforeseen situations. “Children’s play” is an important experience in learning about the structure of nature, but “environmental education” has been afforded much greater importance in primary and secondary school education in Japan since 2002. Thus, preserving open spaces as wildlife habitat where children can play would be a very important addition in urban areas.

The project site before the renovation. Egeria densa, an exotic species, dominated the water. Photo: Keitaro Ito
The project site before the renovation. Egeria densa, an exotic species, dominated the water. Photo: Keitaro Ito
The project site after the renovation. Photo: Keitaro Ito
The project site after the renovation. Photo: Keitaro Ito

Process Planning

Although we knew the general direction in which we wanted the project to proceed, it was difficult to predict what kind of flora and fauna would establish there, so we needed to choose a flexible planning method for the project. The architect Arata Isozaki describes three different types of planning.

1) “Closed planning”, which takes every aspect of the planning process into consideration

2) “Open planning”, which focuses on development for the future

3) “Process planning”, which focuses on the planning process itself and not solely the end form.

We felt that “process planning” was the best, given that the space would naturally evolve over time and that its form was likely to change according to the needs of those who use it. We also referred to 80 year old map to know the history of this district. Based on this map it was clear that the landform had been dramatically changed; it was interesting that we had water flow from near forest to this pond.

The 80 year old map we referred to in this district. There used be many ponds, however now there are just two. They were described as being covered with Lotus flowers.
The 80 year old map we referred to in this district. There used be many ponds, however now there are just two. They were described as being covered with Lotus flowers.

Landscape planning for multiple functions 

According to this method, the space was divided into a number of overlapping layers: vegetation, water, playground and ecological learning. However, unlike “zoning”, Multiple Function Landscape Planning (MFLP; Ito et al., 2010) does not separate a space into distinct functional areas. The overlapping of layers creates multi-functional areas in which, for example, children who are playing by the water can also learn about ecology at the same time. Thus, with the creation of multi-functional play areas, children are able to engage in various activities as different layers are added on top of each other. In addition, we expected they would learn something new about the ecology when they were playing there at the same time.

Multi Functional Landscape Planning. Credit: Ito et al. 2003, 2010
Multi Functional Landscape Planning. Credit: Ito et al. 2003, 2010
Plan for the water renovation. Credit: Keitaro ITO, 2008
Plan for the water renovation. Credit: Keitaro ITO, 2008

Children and teachers participating in planning of their own ecological play spaces

Children at the school, their teachers and a number of university students participated in the planning and construction phases of the project and in making improvements to the park. At first, the children and the university students were surveyed about the kind of insects and plant life they hoped to find in the park. During workshops they were asked to make final presentations about their image of the park based on everything that had been talked about in the previous workshops. The children made suggestions for the water environment, in particular regarding fish, small aquatic insects and the depth of the water. They came out in favour of planting fruiting trees to attract birds and evergreen and deciduous trees to attract small animals and insects. Following this, the final drawing and model was completed by Keitaro ITO’s Laboratory (images above and below).

Planting trees was the students’ idea, and the park subsequently succeeded in attracting birds on numerous occasions. As a result, it was suggested that the park could become one of a number of habitats for bird and insects in this urban area.

In short, this city park not only provides the children with a place to play in a variety of ways but has also become a habitat for a number of living creatures such as birds, insects and fish.

1/100 model for the renovation. Credit: Keitaro ITO Lab. , 2008
1/100 model for the renovation. Credit: Keitaro ITO Lab. , 2008
Children participating in the restoration, using the wood that used be this park. Photo: Keitaro Ito
Children participating in the restoration, using the wood that used be this park. Photo: Keitaro Ito
Children playing in the project site. Photo: Keitaro Ito
Children playing in the project site. Photo: Keitaro Ito

Future issues

The children have learned about the existence of various ecosystems by playing in the park and through their participation in the planning workshops. The teachers and a number of local residents have also been active in this process, and their interest in the park remains strong because they actively participated in the development of an accessible environment and have been able to propose ideas for its future management.

 Nevertheless, the following issues were encountered during the planning of the park. First, it needs a great deal of time to plan and manage the project.  Second, the cooperative framework in which the park is managed changes every year because the teachers are transferred to other schools every 3 to 5 years. This creates some difficulties in attempting to maintain continuity in the planning process over time.  

The city park is not so big but it has been gradually changing into an urban biotope over the past five years and the ecosystem contained in it has become more complex every year. It is important that this type of city park can contribute to the ecological network in the city. For example, a lack of outdoor space to play in, fear of violence in public spaces, the longer working hours of parents and the artificial nature of most playgrounds have helped create the present-day situation in which young children have gradually lost contact with nature.

So, I think that the present-day planners and landscape designers consider “landscape” as an “omniscape” (e.g., Arakawa,1999, Fjortoft & Ito, 2010). It is much more important to think of landscape planning as a learnscape, embracing not only the joy of seeing, but also stimulating the five senses as a whole.

Keitaro Ito
Kyushu

On The Nature of Cities 

References

Arakawa, S. Fujii, H. (1999) Seimei‐no‐kenchiku (Life architecture), Suiseisha, Tokyo.

Ito, K., Fjortoft, I., Manabe, T., Masuda, K., Kamada, M. and Fujiwara, K. (2010). Landscape design and children’s participation in a Japanese primary school – Planning process of school biotope for 5 years. Urban Biodiversity and Design. Conservation Science and Practice Series. 441-453, Blackwell Academic Publishing. Oxford.

Fjørtoft I. and Ito K. (2010) How green environments afford play habitats and promote healthy child development. A mutual approach from two different cultures: Norway and Japan. Science without Borders. pp. 46-61, Transactions of the International Academy of Science H&E.

 

 

 

Is Cali the City with the Most Birds in the World?

Many voices. Greener cities. Better cities.
Cali has 562 species of birds; more than all of Europe. Key reasons are that its boundary spans an elevational range between 950m and 4,100m, going through wetlands, grasslands, and dry forests, climbing up to cloud forests and the high Andes. The city lies at the crossroads of three major biogeographic regions. And Cali also has a remarkable number of protected areas.
The city of Cali in southwestern Colombia boasts a staggering number of 562 species of birds, and it probably has the longest bird list for any city in the world. But can we find out for sure?

Birds are the link between the urban and the wild. A bird-friendly city can harbor an important sample of species found in the surrounding natural areas. In contrast, hostile urban environments will only have a handful of species that can thrive in harsh conditions. Birds are therefore the emissaries that speak on the impacts of anthropogenic drivers over the natural world and the increasing role of cities in the conservation of nature.

Overview of the city of Cali in the western Andes of Colombia with some key protected areas within its administrative boundary. Photo: Ana Maria Valencia

To ask how many birds live in a city is a first step to help us understand the effects of urbanization on wildlife and the extent to which a city has successfully created the habitats in which wildlife can thrive. Also, by comparing lists across different cities, we can gain insights into what it takes to design more sustainable urban environments. However, it turns out that even when birders and ornithologists are obsessed with lists, finding bird lists for cities is very hard, and most cities don’t have one. There are many lists for localities, counties, or countries, but just not for cities.

To illustrate the difficulty in finding bird lists for cities, consider a 2014 study on the effects of urbanization on a global scale, where researchers compiled bird lists of 54 cities across six continents. They found a median of 112 birds per city, ranging between 24 species (Jerusalem) and 368 species (the city-state of Singapore). Unfortunately, this dataset is still far from complete. The authors did not include any cities in Colombia, the country with the largest bird list in the globe (1884 species, ranked first according to BirdLife International).

At that time, the researchers would have found out that the city of Ibagué, on the Eastern Andes, has an eye-popping list of 537 species, topping their dataset. Other cities with published lists were Medellin (445 species), Manizales (439 species), Popayan (338 species), and Pereira (203 species). Bogota, Colombia’s capital, hovers around 300 species. But it’s not the researcher’s fault for not finding these lists back then. Bird lists of cities are mostly found in the grey literature, or in obscure journals in foreign languages. Thankfully, there are now ongoing efforts to make biodiversity knowledge more accessible, and researchers are more aware they should expand their search to non-English sources.

Fast forward and in 2017, I lead a research team to find out the number of birds in the city of Cali. My motivation was to provide a tool to raise awareness on preserving the avifauna of the city. Cali has a privileged geographic position in the foothills of the western Andes of Colombia, in a region known for its endemics and small-ranged species that so critical for conservation.

The Andean cock-of-the-rock is one of the most iconic birds of Cali, usually found in the upper Pance River, where people flock to take a swim. Photo: Ruben Dario Palacio

We were not much concerned with the final number of species. The estimates for the city of Cali were about 400 species of birds, a rather average number for Colombia. But, as we began compiling records, this number was quickly left behind, and that’s when we got excited. We then hoped as work progressed to get over 500 birds, and we were optimistic, but the list was building up fast. Could we end up having more species than Ibagué? Yes, we did.

We finished our research with a list of 561 confirmed records of birds, and other 25 potential records (link to manuscript here, where each species has its supporting referenced record). To our surprise, Cali was standing as the city with the most birds in Colombia, the country with the most birds in the world. Our work inspired the creation of a new guide to the birds of Cali in 2019, published by Calidris, Birdlife’s partner in Colombia. A record was added, and 562 bird species is the new official number.

The list of the birds of Cali has been the basis for a new illustrated field guide of the city and its promotion as an ecotourism destination. Photo: Ruben Dario Palacio

How impressive is the number of 562 bird species? Cali has a few more birds than the Quindío Department, which is three times larger in area (central Andes of Colombia; 560 species). In the international context, it is very telling that Cali has more species than all the 541 wild birds that regularly occur in Europe.

So, why does Cali have so many species of birds? A key reason is that its administrative boundary spans an elevational range between 950 m and 4,100 m going through wetlands, grasslands, and dry forests, climbing up to cloud forests and the high Andes. All of this happens within 562 km2, of which only 30% is urban. The city lies at the crossroads of three major biogeographic regions and has species from all of them: the tropical Andes, the Choco Biogeographic Region, and the Geographic Cauca River Valley.

Cali also has a remarkable number of protected areas including a portion of the National Natural Park Farallones de Cali, considered one of the most irreplaceable areas in the entire globe. Farallones place is still largely unexplored, and a new species of Antpitta was recently found. It will become the 563 species once it is officially described.

Among other sites of importance for birds, lies the Key Biodiversity Area (KBA) cloud forest of San Antonio/km-18, one of the most visited places for birdwatchers in Colombia. It is also among the few sites in the world with over 100 years of ornithological research. I had the honor to be part of this history and to conduct conservation work in this region through my non-profit Fundacion Ecotonos. The urban center of Cali is also well forested, and there are places such as the Universidad del Valle which works as a large, green island and steppingstone for bird movement.

The Multicolored Tanager is an endemic and threatened bird of Colombia, which inhabits the cloud forests of the KBA San Antonio/km-18. Photo: Ruben Dario Palacio

But is Cali the city with the longest bird list in the world? We can look for other potential candidate cities not listed in the 2014 study. We can narrow our search by focusing on the Tropics. Cities up north just don’t have that many species. Take Vancouver, for instance, which only has 48 species of birds (although the crows are really dazzling). So, we can discard cities in temperate regions for now. I also quickly looked into some cities in Asia in that dataset, and most had lists between 200 and 300 species.

It is in the tropical belt of South America that we have the most likely chance to find the city with the longest bird list in the world, one would suppose. For instance, take Georgetown, Guyana, one of those hidden gems in Neotropical Birdwatching. Nicknamed the “Garden City”, it’s reported to have 285 species of birds, but it falls short of Cali. Not to say the birding is not outstanding, but I am not talking here about birding experience; I’m focusing on sheer raw numbers.

Keeping up with the Neotropics, the city with most birds that I can think of is Quito, Ecuador. The Metropolitan District of Quito is said to have 542 species of birds. It has been called the “Bird Capital of the World”. This is not surprising because, similarly to Cali, it spans different elevational belts and ecosystems. However, the Quito number encompass entire metropolitan region of Quito. This is a sizeable area of 4,230 km2 (1,630 sq mi), whereas the city of Quito itself is 372.39 km2 (143.78 sq mi) and should have fewer species.

Is Cali the winner, then?

It turns out that we can’t even be sure for Colombia. Earlier this year, the Alexander von Humboldt Institute published a study quantifying bird richness within administrative and protected areas in the country. Notably, they estimated the number of birds for all 1,122 municipalities. The issue is that their analysis was based on expert maps which have a coarse resolution, and you can get some wonky results. They estimated Cali had only 482 species… 80 species shy from its actual bird list.  But for many municipalities the numbers seem too high, with close to 300 municipalities having 600 species or more! In any case, it might well be that some other city in Colombia has more birds than Cali, but we need thoroughly revised checklists to be sure.

Now, the only rightful contender in the title for the city with most birds in the world that I am aware of is actually outside of Colombia and South America: the city of Nairobi, Kenya. Its bird list has an interesting history.

In 1997, Bill Harvey published his “Checklist of the birds of Nairobi including Nairobi National Park” with an impressive list of 604 birds. This led to many claims of Nairobi as the city with the most birds in the world, but the list had some erroneous records and inconsistencies. Fifteen years later in 2012, Brian Finch, one of Kenya’s most seasoned ornithologists, published “Nairobi National Park Bird Checklist”. He reported 493 species. The eBird hotspot has 498 species. Will Nairobi sum up to over 562 species? It could be possible.

But maybe the city with the longest bird list in the world is neither Cali nor Nairobi, and it might not even be in Colombia. Perhaps it’s actually an Asian city, or some other city in South America. I would love to find out for sure, and I think this is a fun and important question to ask. Why? Because I am convinced that cities are the future of conservation and exploring questions around birds in urban environments could ‘pave’ the road towards a more sustainable future. Cities have a long list of duties to become global environmental leaders, and I contend that a humble bird list is a great way to start.

Rubén Darío Palacio
Durham

On The Nature of Cities

 

 

 

 

 

 

Is Experimenting Natural in Cities? The Nature of Experiments and the Experiments with Nature

Many voices. Greener cities. Better cities.
Cities should remain open and willing to learn from other cities and with other cities and urban change makers so as to progress urban planning to urban resilience.
Experimentation is a way to bring new solutions or approaches to cities. As a researcher on sustainability and sustainability transitions, I believe that, if solutions are to be adopted and scaled to improve human and ecological conditions in our world, they require testing in the field, beyond closed-door labs but in real-life laboratories. This way we can better hybridise, stretch, and embed them.

With this motivation, 5 years ago we started the RESILIENT EUROPE project together with 11 cities in Europe, to think of ways to upgrade and improve deprived neighborhoods, adopting the lens of urban resilience. The idea was very practical and simple, informed heavily by the mounting evidence on both sustainability transitions and resilience: can we find what can work to change the course of development in underserved areas, experimenting with ideas to make them more resilient? If we figure out what can alter the present and the future in the toughest places, then we can build policy, social confidence, and knowledge on what works at various scales.

But our motivation was also deeper and much closer to the heart of the young and brave planners I had the opportunity to collaborate with: what about working together with the people in the places that need it the most rather than having one more “red-ribbon” project in areas that are already overperforming?

And yes, we experimented—it was the way forward.

But experimentation for what?

The cities of Resilient Europe worked in areas in their cities that have been assessed and marked as deprived neighborhoods and places of deteriorating resilience. Deprived neighborhoods are places with unrepaired or outdated infrastructure, abandoned or low-quality public spaces, detached or even alienated civil society, and with evidence of broken relationships among local residents and between residents and their Place—that is, with not “sense of Place”, or even Place detachment. In these areas, social policy programs or urban regeneration strategies have left their (often negative) mark by haphazard interventions and partial implementation of social capacity building programs. Many cities have seen numerous efforts using public consultation and social programs fail in such neighborhoods for unspecified or undetermined reasons. The reason is that researchers rarely investigate failed approaches. The focus is always on effective measures, best practices, and other “showcase” projects. It’s more fun to do another “red ribbon” project with a high probability of success.

Deprived neighborhoods are soft spots in the cities, places that require new ways of thinking, approaching and relating with the citizens. Many cities have seen a sequence of social programs that fail in deprived neighborhoods simply because the plans were drafted with the residence in mind but not in the room. Co-design and co-creation is often an aspiration but not a practice when it comes to urban planning, and even more to programs that have “social policy” character. But it is not only the policy and planning (mal)practice that reinforce a stigmatized image of these areas. It is also the stories, the narratives and their power in preconditioning anyone about what these places are like. Often, marking them as “problematic” or “challenging” stigmatizes them and does not allow seeing them as places that a positive transformation is possible.

In Resilient Europe, the partner cities chose exactly these places to work with, as the toughest case studies, so as to learn-by-doing for urban resilience. The cities and their focus neighborhoods were: Sint Antries in Antwerp, Belgium, Lawrence Hill and Easton in Bristol, United Kingdom, Zaleze in Katowice, Polland, Senge Park in Malmo, Sweden, West End in Vejle, Denmark, Pamvotis waterfront district in Ioannina, Greece, City center district in Potenza, Italy, Dolno Ezerovo in Burgas, Bulgaria, Toumba in Thessaloniki, Greece, Ruchill and Possil Park in Glasgow, United Kingdom and Afrikaanderwijk in Rotterdam, The Netherlands.

Experimenting is a process of trialing, testing, hybridizing an idea, approach or solution that centers on social and policy learning on the institutions, rules, roles and capacities of people to reorganize or rework their practices with and about the new idea, approach or solution. Experimentation allows for new institutions, new roles and capacities of people engaged into it to be trialed. Experimentation allows for this trialing to be ‘safe to fail’ and to maximise learning. It is also a process that connects imagination and creativity about new processes, new rules and new roles with practice through learning. Experiments are the spaces and places that experimentation is organized, facilitated, designed and realised.

Experimentation with what?

A large number of our experiments were about nature, or as we called systemic solutions that are powered by nature, nature-based solutions. Transition experiments with nature-based solutions foremost allowed citizens to bring their creativity and knowledge of place and nature as equals to planners and co-design interventions in the deprived neighborhoods. Experiments were the welcoming and open institutional spaces that enabled and facilitated the co-creation of solutions that showed the “power of nature in cities” (Frantzeskaki 2019).

In Antwerp, the community, social innovation initiative, and youth group, together with the city officers, co-designed interventions for flood reduction and climate mitigation through restoration of green spaces along the main streets and urban public spaces in the Saint Andries neighbourhood.

In Dolno Ezerovo neighborhood of Burgas, city officers and urban planners had the opportunity to open a dialogue with the residents about the outdated drainage canal. Together they co-created an action plan for the renaturing of the public space that will also allow a natural connection with the lake front. The transition experiment in Dolno Ezerovo included the active removal of sealed soil and planting of trees in a parcel of what was a sealed creek and in the public square that was celebrated by citizens and city alike. So, the experiment achieved what the city was failing to activate over years: a sense of community, and a sense of mission to this community, seeing the only public space they had, transformed from a cemented canal to  a pocket park that all use and enjoy.

A view of Dolno Ezerovo, Burgas, Bulgaria. This sealed creek was the starting point of the experimentation, where in 2018 citizens together with planners unsealed a small part of it and started planting trees, transforming it to a green urban common. Photo: Niki Frantzeskaki, 2015

Bringing nature back in cities has been proven to be a catalytic theme and “attractor” for mobilizing citizens and for breaking the stereotypes that different actors had for each other. In Ioannina (Greece), a debate continues on how to restore the lake waterfront with nature-based solutions for both climate resilience and restored water quality. Increasingly, people became interested, with soaring participating in open meetings and workshops, from a small group of 10 to 150 people. When the “health of the lake” and “bringing back the nature in the waterfront” were proposed as “design requirements”, citizens and policy makers debated forcefully about priorities, areas that needed to be looked at first, and eventually created an on-line platform to crowdsource ideas on how to employ nature, beyond trees, and pocket parks to restore the lake front. It is a long process to build trust between people, and experiments in which everyone participates allow for such new relations and new institutions to be tested and be built. What the Ioannina city team learned is that restoring trust in nature was fast-paced. With the recent developments in the city, it is evident that nature-based solutions are valued solutions for the lake restoration and in the near future they will simply be the new reality of the city.

A view of the lakefront needing “restoration” of the Pamvotis Lake, in Ioannina City, Greece. Photo: Niki Frantzeskaki, 2015

Experiments allowed for new roles to be revealed, cast, and tested. The community (meaning citizens, civil society organisations, and small to medium enterprises of the neighborhoods in which the experiments took place) was took the lead in all the small-scale transition experiments in the majority of the cities, and the city played a facilitative and enabling role. This shift of roles is seen as a first step in active empowerment of the citizens and progression towards stewardship of places. For example, in Vejle in Denmark and in Potenza in Italy, citizens established community councils to self-organise how to restore and re-appropriate vacant urban place into green space for all. Veijle’s experiments showcased that they are “fast-paced wins” for the city, since due to their scale and attractive character, they get momentum and are quickly realized the moment the community is activated and supported. As such, experiments can become beacons of change, evincing today what it is possible for the cities of the future.

In Potenza city, the trauma of earthquake damages from the 1980s persists, and is very present in the ways the city understood resilience: most urban public spaces were cemented. Literally, everything in the city is very heavily fortified with cement, leaving just too little space for anything to grow or bloom. With the introduction and opening of the debate to “what will make our city resilient”, the city’s new approach enabled and mobilized active citizens to re-appropriate with green vacant space in the city centre, with urban agriculture as a pocket showcase for reimagining city’s common spaces beyond cement. These new initiatives, not only in Veijle and Potenza, but also in other cities of the RESILIENT EUROPE network of cities, resulted in new collaborative relations between the citizens and urban planners and the organization of a continuous exchange and dialogue in place of city-led consultation and information sessions about projects and decisions.

A view of West End’s empty urban parks in Veijle, Denmark. Photo: Niki Frantzeskaki, 2015
Citizens creating a new urban green commons in Veijle West End. Photo: Niki Frantzeskaki, 2015
A view of Potenza’s city centre, where cement and parked cars rein. Photo: Niki Frantzeskaki, 2015

Experiments are not only about solutions but inherently about people carrying these solutions. The experiments were humanized by bringing forward the “people of the experiment” more prominently rather than the systemic elements only that the experiment was set to trial or investigate. Humanizing the experiments showed that these experiments were not technocratic fixes to an urban problem but rather socio-technical or socio-ecological interventions that respond to social needs and consider social complexity. Humanizing the transition experiments does not mean to personalize them nor that specific communities only receive the benefits of the experiment. Rather it means that the uniqueness of the experiment is brought to the foreground, it bears a social meaning and community image and, in this way, ameliorating the political coloring of its impact.

 Is experimentation natural in cities?

Cities and urban change agents in general have to rethink how existing spaces and places can be used for experiments in order to inspire transformative action for urban resilience. Here urban planners and urban change agents in general have to take two aspects into account: First, all experiments require open public spaces as spaces to meet, to act, to organize and often as places to transform. Second, existing spaces are often linked to past visions and plans for the city and are often the places that contest the future and the past. This sparks discussions, dialogues and often action for re-appropriation, regeneration and re-utilisation that fits the present and the future for urban resilience by urban innovators.

Cities should remain open and willing to learn from other cities and with other cities and urban change makers so as to progress urban planning to urban resilience. With the positive experience of city networks, cities can further valorize environments that allow them to learn-by-doing, and also learn from other cities and with other cities in a collaborative and interactive way. Receptivity to new ideas, new approaches and new solutions that can progress urban planning for urban resilience is critical for the cities that want to foster and achieve urban resilience in their future. Last but not least, inclusion in city networks and collaborative transdisciplinary research projects can be one but rather important future action for ensuring continuous learning and building of governance capacity for working for the cities of the future.

Niki Frantzeskaki
Melbourne

On The Nature of Cities

Reference

Frantzeskaki, N., (2019), Seven lessons for planning nature-based solutions in cities, Environmental Science and Policy, 93, 101-111, https://doi.org/10.1016/j.envsci.2018.12.033

 

Is Green the New Flying Car? A Visit to the World’s Fairs of 1964 and 2064

Many voices. Greener cities. Better cities.

What inspires our work? Why have we each chosen to pursue a vision of cities that incorporates and expands our views of nature? Was it a particular mentor, a class or school experience, time spent in wilderness, or a book or film that led us to think boldly about a green future for cities?

Aspirational solutions that are largely unattainable but serve to awe and inspire can also help us progress—just as the golden age of science fiction motivated us to keep striving for something better, even though the political realities of the present made progress seem impossible.
I grew up in a part of Queens, a borough of New York City, that at the time was almost entirely devoid of the types of nature-inspired and integrated projects and spaces highlighted here at TNOC. But inspiration can come from many places, and I was recently reminded of the importance of the formative experiences that influence us while chatting with the wonderful New York Hall of Science (NYSCI) Career Ladder staff about my early experiences there.

The author in the 1980s, with her brother Thomas. Photo: George Pataki

Founded as the part of the 1964’s World’s Fair, NYSCI is now a designated New York City Cultural Institution, and has to date enlisted more than 3000 inner city students to work as museum “Explainers” communicating science to the public. I recall my high school experiences in this program clearly, and think of them often as I work toward inspiring young people to study science, nature, and the nature of cities. These days, at least in my part of the world (the western U.S.), students are increasingly choosing scientific disciplines as their course of study. But when it comes to nature and the nature of cities, I feel that it’s actually becoming more difficult to inspire young scientists and ecologists to join the collective effort to build thriving cities and spaces that draw on and harmonize with nature. After speaking with many students and colleagues, I think one important reason has to do with major shifts in our beliefs about the future of cities and the role of science from the mid to late 20th century to today.

The 1980’s were a difficult period in New York City, which lost almost 1 million residents between 1950 and 1980. Schools and public infrastructure were drastically underfunded, crime rates were perceived to be dangerously high, and the inner city was not considered a particularly desirable place to live. In short, the city had many, many challenges that seemed difficult or nearly impossible to overcome. And yet, as a child I never doubted that the city and that our civilization as a whole had a great future that would be better than the present. Luckily for me, growing up in the 1970’s and 80’s I caught the last glimpse of the “golden age” of futurism of the early to mid-20th century. It was obvious in the remnants of 1964 World’s Fair, famously dedicated to “Man’s Achievement on a Shrinking Globe in an Expanding Universe”. Its many (somewhat neglected) artifacts loomed large in my childhood visits to Flushing Meadows Corona Park, such as the “Tent of Tomorrow” designed by Philip Johnson, and the “Unisphere” (which has an interesting design history closely linked to Robert Moses). For a large part of the 20th century, books, films, and television programming offered paths toward a better future in which human ingenuity solved the most pressing issues of our time. The fact that many of these ideals were overly “techno-optimistic” and likely unattainable is immaterial, as described by Neal Stephenson in his essay Innovation Starvation:

The fondness that [researchers and engineers] have for science fiction reflects, in part, the usefulness of an over-arching narrative that supplies them and their colleagues with a shared vision…scientists and engineers who came of age during the first half of the 20th century could look forward to building things that would solve age-old problems, transform the landscape, build the economy, and provide jobs for the burgeoning middle class that was the basis for our stable democracy.

Remnants of the 1964 World’s Fair in Flushing Meadows Corona Park. The New York State Pavilion is on the left with the Tent of Tomorrow in the center. The Unisphere is on the far right. Photo: Johnathan Reich, Wikimedia

In retrospect, it’s striking to me how many of these shared visions include cities with significant green spaces (even in outer space!) or innovations that expanded our ideas of the potential for nature in cities. Science fiction illustrators like Harry E. Turner and Frank R. Paul and space artists like Robert T. McCall combined daring, aspirational technology with vast expanses of green, recognizing the role of urban nature in the best possible vision of future cities, while through the 1970’s writers speculated about utopian visions of the human-nature relationship, perhaps culminating with Ernest Callenbach’s iconic Ecotopia.

New York State Pavillion at the 1964 World’s Fair. Photo: Unknown

Of course, most of these visions were not to come to pass. Technological advances certainly have their dark side as we now well know, and these were as visible in New York City as anywhere when the “golden age” of science fiction and futurism came to a close. As humankind’s capacity to engineer the built environment grew ever more grand, futuristic new freeways arrived to divide communities, well-loved monuments like the original Penn Station were razed, and “slums” were demolished in the name of urban renewal, altering cities in ways that we’re still trying to recover from today.

In many ways, these events were the embodiment of the urban visions that were presented at the 1939 and 1964 World’s Fairs, and showed us the unanticipated consequences of re-engineering cities on a large scale. Humanity’s footprint on the environment also became more and more difficult to ignore. As Jane Jacobs battled Robert Moses in lower Manhattan, Rachel Carson warned of the collapse of food chains, and The Nature Conservancy was founded to protect dwindling open space. In the face of cities that were becoming less livable, more unsustainable, and increasingly isolated from surrounding ecosystems, many people lost hope in the possibility of building amazing new places, and in the potential for science and technology to bring about a future that would be substantially better than the past. It’s ironic that just at the dawn of the space age, the Apollo missions brought us moving images of the Earth from space, such as “the Blue Marble” taken in 1972 on Apollo 17.  Our early forays into space didn’t much resemble the fiction that inspired it, but instead showed us a lonely and vulnerable planet in the vastness of the solar system. These images helped to crystalize the urgency of the environmental movement to preserve and protect our critical natural resources.

Today, very few of my students profess to be very optimistic about the future of cities. Most choose to contribute their scientific knowledge to medicine, engineering, finance, or computer science, where the rewards seem greater than in the fields that tackle urban challenges. Those that take on urban issues hope mainly to avoid the most catastrophic effects of climate change, resource depletion and urban sprawl, and basically keep things from getting any worse. The faith that we have the potential, the knowledge, and the political will to build places that are far, far better than what we see today seems to have faded away. To quote Stephenson, “the techno-optimism of the Golden Age of SF has given way to fiction written in a generally darker, more skeptical and ambiguous tone.” More directly, young people are now surrounded by the most dystopian visions of the future imaginable, with every possible permutation of the post-apocalyptic city from floods, disease epidemics, and nuclear wars to of course, zombies (so many zombies!) permeating popular American culture. This is most worrisome, since we’re unlikely to achieve a future that’s bolder, more daring, and more innovative than we allow ourselves to imagine.

I became an urban ecologist because, like so many contributors to TNOC, I came to believe that a promising future for cities will be found in re-imagining the relationship between the built environment and nature. While some see the goal of bringing more nature to cities as a rejection of technological innovation, I believe in the possibility for a re-alignment of science—both natural and social science—with the design and planning fields, recognizing the central role of design in finding novel and exciting ways to bring nature to the urban experience. Philip Silva summarized this well in his TNOC essay, “Sustainable cities don’t need nature–they need good design”, where he explained that rejecting our humanity and “retreating from society to find holiness in the purity of streams and meadows, forests and mountains” cannot solve the puzzle of how to build cities that allow communities and culture to thrive. Human ingenuity, culture, and imagination will be key ingredients in the green cities of the future, which will need an ever more advanced understanding of the relationships between human well-being, ecological processes, and attributes of the urban environment. And although we always want to apply our best scientific understanding to urban design, in my view these visions don’t always have to be practical and fully feasible to serve the common good. Aspirational solutions that are largely unattainable but serve to awe and inspire can also help us progress—just as the golden age of science fiction motivated us to keep striving for something better, even when the political realities of the present often made progress seem impossible.

So is green the new flying car? We know from the hard lessons of the last several decades, now that flying car technology as actually arrived, that it will not solve all, or perhaps any, of our transportation problems. But wasn’t it worth imagining for all of these years? How many people thought bigger, better, and more boldly about transportation solutions because of it? Now it’s time to do the same for green initiatives, not just here at TNOC but widely throughout popular culture. In my opinion, we need to surround our students with far fewer zombies and far more designs by Vincent Callebaut. Fortunately, we have already taken the first steps, in that the inner city has once again become a desirable place to live. In New York City and many other U.S. cities, including Salt Lake City where I currently live, the urban core is thriving again. There are still enormous challenges ahead, including gentrification, growing wealth inequities, and persistent air and water pollution problems. But there are also promising indications that big ideas may be back. In Flushing Meadows Corona Park, just adjacent to NYSCI, the nearby “Tent of Tomorrow” from the 1964 World’s Fair New York State Pavilion was the focus of a design competition sponsored by the National Trust and People for the Pavilion. The submissions were amazing, awe-inspiring, and truly reminiscent of the spirit of the World’s Fair, which Isaac Asimov described “as the direction in which man is traveling…viewed with buoyant hope.” And tellingly, green components were everywhere in the winning designs for a re-imaged pavilion.

It’s interesting now to revisit Asimov’s 1964 article, Visit to the World’s Fair of 2014, in which he predicted “that men will continue to withdraw from nature in order to create an environment that will suit them better.” Arguably, that prediction became a reality in the early part of the 21st century (as did several other aspects of Asimov’s essay).

1964 World’s Fair. Photo: Unknown

So what now of our prediction for the World’s Fair of 2064? We’ve gathered enormous knowledge about ecology, social systems, the built environment, human-environment interactions, and both the pros and cons of technology in the last 50 years. Will we be bold enough to imagine aspirational cities in which nature and culture are beautifully integrated in entirely new ways, and on a scale large enough to reach all of the urban population? How will we recruit the next generation to join that effort, despite the prevalent belief that it will be too costly, too politically challenging, and too risky to fully achieve? I choose to believe that design, transdisciplinarity, ingenuity, and collective engagement will bring about an exciting new future for cities and urban residents. Leaders in education and outreach such as NYSCI’s Design Lab are preparing the next generation for that vision, but they can’t do it alone. Many, many more of us are needed to join this effort.

As Asimov wrote in Prelude to Foundation:

You don’t need to predict the future. Just choose a future—a good future, a useful future—and make the kind of prediction that will alter human emotions and reactions in such a way that the future you predicted will be brought about. Better to make a good future than predict a bad one.

Diane E. Pataki
Salt Lake City

On The Nature of Cities

 

 

Is the Deluge of Urban Areas in India a Natural Phenomenon or Irresponsible Planning?

Many voices. Greener cities. Better cities.

Increasingly, cities are becoming risky and vulnerable places to live in because of climate change; it is vital to integrate natural defences with gray, or built, infrastructure for sustaining cities.

We need to learn from the mistakes of the past and pay adequate attention to investments in natural infrastructure that would maximise our resilience to floods.

The past decade, from 2005–2015, has shown us what happens when we ignore the vital signs of urban ecosystems, which are often viewed as the lifelines of nations, and represent the complex human-coupled natural, social, and economic ecosystems. The deadliest 2005 floods in Mumbai and Gujarat, Assam in 2012, Uttarakhand in 2013, Jammu and Kashmir in 2014, and 2015 floods in Chennai showed us that the urban metabolism has collapsed. Mumbai received 944 mm of rain in a single day in July 2005, killing 500 people. Gujarat floods in the same year recorded more than 123 deaths, with financial losses accounting to 800 million rupees. Jammu and Kashmir experienced floods in several districts as a result of torrential rains in September 2014, submerging almost 390 villages in Kashmir. In the Uttarakhand floods, almost 100,000 pilgrims were trapped as a result of destruction of bridges and roads and more than 5,000 people were killed. The recent December 2015 floods in Chennai, of 1,284 mm of incessant rains, resulted in a loss of 3 billion U.S. dollars to the economy as the city came to a grinding halt. The floods occurred as countries met for climate negotiations at COP21 in Paris, and climate change was cited as one of the reasons; the countries responsible for climate change were blamed as indirectly responsible for the floods in Chennai.

chennai floods high res
Flooding in Chennai. Photo: Google Images.
chennaifloods
Flooding in Chennai. Photo: Google Images

While climate change can increase the probability of such extreme events happening, can this be the real culprit?

Hazards turn into disasters when planners violate man-made and natural laws. We have failed to monitor the urban ecosystem vitals seriously, nor have we taken precautions to ensure that the lifelines do not collapse. The reality in both Mumbai and Chennai, as well as other booming cities, is that the storm water and sewage systems have a very small capacity. The drainage system is old, poorly managed, and clogged with garbage at several places. The storm water system of Mumbai, for instance, has the capacity to carry only 25 mm of rainwater per hour (1). In Chennai, construction-blocked storm water channels reduce the capacity of the reservoirs to soak up unseasonal rains. Land-constrained cities are encroaching on drainage areas such as the mouths of rivers and canals, blocking effective drainage. Zoning regulations were weak or neglected in both the cities due to different political and socioeconomic factors. People have suffered because of a lack of adequate warning mechanisms.

mumbai floods
Flooding in Mumbai. Photo: Google Images

Though the projects require environmental impact assessments in theory, in practice, these are often inoperative. The marshes and swamps are replaced to make way for construction. Mangroves, which provide protection from storms, are destroyed. People have placed construction close to riparian areas. It is well known that riparian areas reduce floods and concrete structures nearby reduce their infiltration abilities (2). The root systems of living natural vegetation in riparian areas open pores in the soil, intercepting runoff and acting as a potential barrier against moving water. By expanding desultorily, we have disturbed a delicate ecological balance, thereby denying the chance of peaceful co-existence of mankind with nature.

Floods are not a new phenomenon to India, nor are they a concern for developing countries alone. Between 1995 and 2015, more than 3,000 flood disasters affected almost 2.3 billion people worldwide, per the UN’s report on “The Human Cost of Weather Related Disasters (3). India, with approximately 900 cities characterized by high density of population and economic activity, is highly vulnerable to climate-meteorological disasters.

While one cannot fight with the forces of nature, one can take adequate steps to improve resilience and minimize the damage caused by these natural disasters. Such steps have their foundation in well-conceived and consistently implemented urban planning and regulations.

Clearly, the deluge in India is not only due to natural forces and the extent of damage could have been minimized with proper urban planning. We will have to pay for past mistakes and, in the immediate future, we may have to face the brunt of nature’s increasing fury. Climate change, can intensify the frequency and intensity of such extreme events happening and we need to prepare for this. What options do we have?

kashmir floods-1
Flooding in Kashmir. Photo: Google Images

The options we have are to provide (1) resistance, (2) resilience, and (3) remediation. Resistance means preventing the floods or minimizing the damage. This may include new flood gates, flood proofing, flood resistant designs, and using materials which absorb flood related stresses. Resilience means developing the ability of the system to cope with the disaster, both structurally and functionally. Resilience is related to the frequency of the disasters—if cities are resilient, they recover from disasters, else they collapse. Resilience can be improved through strong infrastructure (drainage infrastructure and waste management, for example) and good governance (better weather predictions, advance flood warning systems, awareness campaigns). Remediation means adapting to vagaries and repairing damages after disasters have occurred.

We need to learn from the mistakes of our past and pay adequate attention to investments in natural infrastructure to maximise our resilience to floods. So what are our options?

  • Nature-based systems have multiple benefits, unlike so-called gray investments, which are highly specific.
  • Wetlands, floods plains, marshes, swamps, riparian lands need to be maintained and vegetation cover has to be restored on these lands
  • Pavements need to be permeable
  • Mangroves provide natural defense to floods cost effectively than gray infrastructure like dykes and and need to be conserved
  • The basic vitals of the cities (pressure points like the carrying capacity of the storm water systems, ability of the cities to drain water, losses in vegetation, demographic growth and the preparedness to extreme events) must be monitored regularly and appropriate actions taken so that city dwellers are not susceptible to the vagaries of nature.
  • Rather than emphasising on gray infrastructures alone, nature and nature-based solutions should be integrated with engineering solutions to provide multiple lines of defense.
  • Studies highlighting the costs and benefits offered by natural alternatives need to be undertaken.
  • Several successful examples of investments in natural infrastructure across the world exist, and they show how cost effective they can be. During the Mumbai floods in 2005, the loss of life and damage could have been much higher but for the 104-sq. km. Sanjay Gandhi National Park, which lies entirely within the city limits.
  • Corporations should realise the value of and make investments in infrastructure as part of their social responsibility.
  • It is time to identify flood areas, estimate how many people are at risk, regulate the areas vulnerable to floods, build green infrastructure, and provide good basic flood information and early warnings.
  • As the threat of climate change looms large, a coordinated approach across multiple stakeholders and proactive natural infrastructure strategies and policies is the need of the day. India may require an exclusive Flood Control Act.

Haripriya Gundimeda
Bombay
On The Nature of Cities

References

  1. Fact finding committee on Mumbai floods, Final Report, Volume 1, March 2006,
  2. www.mass.gov/eea/docs/dfg/der/riverways/riparian-factsheet-1.pdf
  3. Human Costs of Weather Related Disasters, UNISDR (2015)
  4. http://www.ndma.gov.in/images/guidelines/management_urban_flooding.pdf 

Is There a Suburbia 2.0? Ideas for Designing the Next Generation of Suburbs

Many voices. Greener cities. Better cities.

A review of A Sequel to Suburbia: Glimpses of America’s Post-Suburban Future. By Nicholas A. Phelps. 2015. ISBN: 9780262029834. MIT Press. 248 pages. Buy the book.

James Joyce suggested that the creative work of an author—and I also include the work of an artist or landscape architect—presumes the intellectual level of the audience that is needed to appreciate it. Having attempted to read Ulysses myself and come up short, the remark makes a lot of sense. After a few pages of author Nicholas A. Phelps 2015 book, Sequel to Suburbia my mind drifted to Joyce’s wisdom and to the question: For whom and for what purpose is this book intended?

Those who expect reinforcement of their particular views of suburbia may encounter a refreshing challenge in “A Sequel to Suburbia”.

The title Sequence to Suburbia is engaging, especially to a planner and landscape architect, like me, interested in the problems and the design potential of the unprecedented suburban pattern. The caption of the book that follows, Glimpses of America’s Post-Suburban Future, should extend the attraction to city planners, professors, or practitioners, implying that the book is forward-looking, useful, and will offer productive insight for one’s own work. On these points, the book will not disappoint, especially if the reader is familiar with the problem of the modern city and how to restructure it as a theoretical activity that is principally academic and research-tempered.

Enthusiasts of urbanism and landscape will encounter familiar issues and “contradictions” of suburbia in the forward and exposition of book. For example, the promise suburbia made for a new kind of civility that would be settled in nature but never materialized as garden, green and diverse mix of urban uses were replaced by optimized homebuilding strategies. But in addition to other, frequently alleged problems of suburbia, such cultural decentralization, lost human potential through travel distances and the consumption of natural resources, Phelps adds that some time after World War II, America as a whole gained from the movement of business out of cities, while the outer suburbs themselves barely benefitted, as simultaneously, the inner cities bore the cultural and financial costs. The familiar précis and recitation of topics sets up an expected delight and twist in the direction of the book.

coverBooks about The New Urbanism such as The Geography of Nowhere, by James Howard Kunstler, or alternatively, counterarguments that are pro-suburbia such as Robert Bruggeman’s Sprawl; A Compact History, tend to polarize the debate with mercurial, and at times, snarky rhetoric. While Phelp’s research-driven exploration seems to lean towards the former in the beginning, the text takes an unexpected change of direction with the following.

Quoting Phelps, “Yet, if the Zeitgeist is of a sequel to suburbia waiting to be written by some architects, planners, and civil society organizations under the manifesto’s of a New Urbanism, TOD, smart growth, and the like, that picture is not one received by all. Indeed – and here’s the rub – arguably, the majority of citizens, architects, planners, politicians, land speculators, and construction, banking, and insurance companies are happy for the story of suburbia to carry on.”

What is perhaps the best contribution by the book, and one that recommends it as an additional to any shelf on the topic, is the realization that Phelps is studying suburbia with an open mind. In lieu of the pedantic or preachy, this transforms the book into something that the reader can appreciate objectively by considering that perhaps the question of suburbia isn’t a matter of replacement or the need for a sequel but rather its refinement. This is a refreshing counterpoint to broader debate about suburbia that in some cases can unfortunately descend into a kind of uncritical zealotry. Considering the author’s background, the writing style and prose that delivers the book’s objectivity may be a challenge for professionals to appreciate.

Nicholas A. Phelps is a professor of urban and regional development at University College London. A prolific writer, his online dossier indicates that he has written fifty-some books and published articles across a spectrum of major academic journals. It is interesting that Phelps wrote Sequel to Suburbia, since his primary academic field is economic geography, not planning or urban design. The statistics, quantities, and economics that dominate the intellectual world in which he dwells are unquestionably part of a city. But in a city, the quantitative co-exists with a qualitative realm that includes a vast and unmeasurable dimension of human emotion, wonder, and imagination. The two together make the true city.

Perhaps Phelps’s familiarity with his own quantitatively-driven field explains the impoverishment of drawings, diagrams, and the kinds of maps that one might typically expect in a text that outwardly appears to be about urban planning and design. If sensibilities, such as those reflected by The New Urbanism, represent a raison d’être, Phelps’s somewhat non-orthodox exploration of suburban planning and analyses of American suburbanism is heightened by his roots in English culture. Here he examines North American suburban patterns with the cool objectivity of a foreigner studying a specimen from a distance, versus, say, how an anthropologist might take on a similar project by living within a culture to more thoroughly understand the non-quantitative idiosyncrasies that can elude data collection.

The book is modest in length, which makes it approachable as a reading project. Eight chapters are organized onto 180-pages and a 51-page appendix that includes footnotes and an index to support them.

The overview in Chapter One advances the central question of the book: “While the shine has worn off the outer suburbs of the ‘first modernity’ (a term Phelps frequently uses, which is of his own invention) is there sufficient documentation and cultural agreement and intellectual consensus to glimpse the makings of a distinctly new post-suburbanity?”

From this point, the text proceeds with an admission that a cohesive field of suburban study and a nomenclature of its many vaguely defined parts has yet to emerge. In reinforcing this point, Phelps provides a useful enumeration of terms that have attempted to capture the essence of the spatial vagueness of the American metropolis and its different constituent elements, including:

  • Galactic Urbanization
  • Post-Metropolis
  • Edge City
  • Technoburbia
  • Edgeless Cities
  • Boomburbs

He concludes the exposition by offering that a recent—planetary urbanization—may “end the terminological proliferation”.

The next six chapters are organized into symmetrical sets of three that mirror each other in content construction. Chapters 2, 3, and 4 explore three distinct theoretical assessments of American suburbia by Phelps; they prefigure a set of case studies that demonstrate the same set of three assessments that continue in Chapters 5, 6 and 7.

Respectively, the case studies are: Chapter Five, downtown Kendall, Florida near Miami; Chapter Six, Tyson’s near Alexandria, Virginia (formerly known as Tyson’s Corner until the city elected to reconsider its brand identity and drop the second word); and Chapter Seven, the expansive suburb of North Chicago, Schaumburg.

While the three case studies offer a kind of small, medium, and large geographical examination, their selection raises critical questions, especially in how Phelps points out that each example possesses somewhat unique qualities. It is curious that cities such as Phoenix, Houston, or Atlanta, which are textbook demonstrations of a vast and generic proliferation of suburbia that is unaffected or unmodified by the interference of geographical circumstances and natural features such as rivers and mountains are not included. And the musings of James Joyce became relevant again in considering the summary offered in Chapter Eight which leaves the question of suburban reform, revision or diminishment, open and inconclusive.

For whom and for what purpose is this text principally written? Clearly, it seems to favor academics and theoreticians doing research. Urban enthusiasts who are more accustomed to the flowering and nostalgic concepts of the New Urbanism will find this text turgid and frustrating when they encounter simple points enveloped in fog. Consider the following, “The prospects for the reworking of suburban space are crucially dependent on the extent and manner in which any rescaling of the state can address corollaries to private accumulation.” I understand all the words, but not when they are put together like this.

Those who expect that a new book about suburbia will reinforce their particular view of suburbia—either pro or con—even before turning the first page, may encounter a refreshing challenge. Wading through the rhetoric takes some work and persistence to reach the ultimate realization that Sequel to Suburbia, while skeptical of the topic on the one hand, remains open to the consideration that suburbia is an established cultural fact at this point in history, more in need of refinement than elimination. In this respect, the title, Sequel to Suburbia, becomes clearer as a question than as a declarative or imperative. To embolden the readers as their own arbiters sets the book apart as a text that is intelligent, refreshing, and useful.

Kevin Sloan
Dallas–Fort Worth

On The Nature of Cities

Is There Any Type of Urban Greenspace that Addresses the Urban-Rural Continuum? Urban Agriculture

Many voices. Greener cities. Better cities.

In my last post, I wrote that efficient urban sustainability policy should be inclusive, in the sense that it should address sustainability in an area large enough to encompass urban centers, but suburban, periurban and dependent rural, or natural places. I called for planners to abandon the “false dichotomy between urban and rural areas,” and replace it by a rural-urban continuum.

Among the comments received, there was this one from Darien Simon. She mentioned that sooner or later there will be—there already is—an intense competition between land required for non-residential uses, and cities growth. And she wrote: “The limit will be reached in the finite system unless one or more of the system conditions themselves are somehow transformed…Perhaps our best approach is to focus first on trying to learn from previous incidents, and then apply those lessons with due caution and precaution as we move toward greater sustainability across the entire urban-rural, human-environment system.”  Well, it sure makes a lot of sense, but how to do that concretely?

I started thinking: is there already some type of urban arrangement addressing the urban-rural continuum—it does not necessarily result from “incidents”—that, if generalized, would deeply transform urban systems conditions while contributing to a more sustainable future? Yes, there is one, and its name is urban agriculture. Urban agriculture defines a spatial pattern that goes far beyond the urban-rural continuum. It postulates that some type of agriculture can flourish within the city, in addition to the existence of an urban-rural gradient of the whole urban area. It considers that urban multifunctionality should also include farming.

But well, as usual, things are not that simple in the wonderful world of sustainability planning. Urban agriculture is both an oxymoronic and elusive term. What do we call urban agriculture? Are community gardens parts of urban agriculture or not, for example? A TNOC roundtable April 2014— The sky is the limit for urban agriculture. Or is it?—showed strong differences of opinion on this issue. When Mary Rowe boldly declares, “community gardens and urban agriculture are not the same thing”, Lindsay Campbell completes and nuances: “Community gardening and urban agriculture are not synonymous. Although community gardens can be important agricultural sites, certainly not all gardens focus on food.”

Which calls for another question: what are the differences between urban and non-urban agriculture? Well, urban agriculture is not only about food and landscapes, and urban agriculture production can certainly not be sufficient to feed a whole urban area, anyway. As Gareth Haysom puts it in the same roundtable: “Universal calls for urban agriculture “as the solution to the urban food challenge” obscure deep systemic issues within the wider urban food system.” The question then becomes: what specific services may urban agriculture bring to a city and what nuisances and unexpected consequences may result? An important though too often dodged issue. Eventually, it is not so evident that urban agriculture can turn an urban area sustainable by itself.

Indeed, urban agriculture is not such a fresh idea. Moreover it is certainly not an offspring of sustainable development. Urban agriculture has existed for centuries in very different places around the world, such as the chinampas in Tenochtitlan (the actual Mexico City) since the 15th century or sooner, the hortillonnages in Amiens (a French city north of Paris) for more than twenty centuries, or the interstitial gardens (agriculture d’interstice) of Yaoundé, Cameroon’s capital, which accompanied the foundation of the city in the 19th century.

- Hortillonnages in 1920. Source: Wikimedia Commons
Hortillonnages in 1920. Source: Wikimedia Commons

Throughout the 20th century, architects and planners forged tight though ambiguous links between the farming world and the urban world, based on the notions of landscape and quality of life in Europe and Northern America. One of the pioneers certainly was Frederick Law Olmsted—the landscape architect of Central Park in Manhattan and Mont Royal in Montreal—who introduced the idea that landscape can foster social change and individual development, while creating economic opportunities. The emergence of the landscape as a central concern in urban planning, paved the way to the advent of urban agriculture. Ebenezer Howard included kitchen gardens within its Garden City, which was in addition surrounded by family farming, as he explained in his book Garden Cities of Tomorrow. Even Le Corbusier—who didn’t generalized this approach later—tried to couple landscape with agriculture in the Cité Radieuse where he intended, as an experiment, to assign a determined acreage of orchards, fields and kitchen gardens to his collective housing (Le Corbusier, 1929). From 1950s to 1990s both planners, policy-makers and more generally city-dwellers were losing interest in urban agriculture, although Guerilla Gardening activism—a form of direct action that consists in creating kitchen gardens in abandoned land or land perceived to be neglected by its legal owner—occurred sporadically in the 1970s (Reynolds, 2008). The 1980s were characterized by the creation of large-scale urban parks, in the context of urban policies promoting open and green areas in the city seen essentially as recreational facilities. There was no more any interest in gardening, farming of food production.

But times were changing in the 1990s, as Michael Hough devoted an entire chapter of his book Cities and Natural Process: A Basis for Sustainability to “City Farming”, in 1995. Since then, there has been a growing proliferation of projects promoting urban farming architectures, such as Agritecture, or Tree-Like Skyscrapers and Vertical Farmingcultivating plants or breeding animals within tall greenhouse buildings or vertically inclined surfaces—developed by Dickson Despommier. At the same time, urban rooftop farms are epitomized by the mainstream medias as the paragon of urban agriculture.

Well, at the risk of being a wet blanket, I would like to recall that a single cow needs more than 3.70 acres of grassland in its life. There is obviously a huge discrepancy between the dream and the reality. Even Michael Pollan—the well-known guru of local self-sufficient farming—admits in his book The Omnivore’s Dilemma: A History of Four Meals that locating food producers and consumers in a same place is very tricky, if not completely infeasible, especially in huge urban areas. This being said, the complex interactions that food production and distribution has with the urban metabolism should be considered when trying to design a sustainable and thus multifunctional urban fabric, as mentioned by Amale Andraos and Dan Wood in Above the Pavement – the Farm! : Architecture and Agriculture at Public Farm.

Greenhouses at Lufa Farms, world’s first commercial rooftop greenhouse in Greater Montreal. Source: Wikimedia Commons
Greenhouses at Lufa Farms, world’s first commercial rooftop greenhouse in Greater Montreal. Source: Wikimedia Commons
...But, roof farming is not so recent either: La Havana, Municipio 10 de Octubre. Source: Wikimedia Commons
…But, roof farming is not so recent either: La Havana, Municipio 10 de Octubre. Source: Wikimedia Commons

The very basic question—What do we call urban agriculture?—now takes another form, maybe easier to answer. What are the different objectives of urban agriculture? Community gardens, kitchen gardens, food farming, for example, are three different things, completely. The types of urban agriculture that exist in a city vary a lot according to the climate, the cultural background, the economic and social situation of the city, etc. In many urban areas of Central America or India, urban agriculture is essentially a food security issue, related to fight against poverty and malnutrition. Mark Redwood shows in his book, Agriculture in Urban Planning: Generating Livelihoods and Food Security, that urban farming can improve food security.

The situation is quite different in European or North American cities. There, urban agriculture is mainly seen as a social innovation that contributes to improving the quality of life, fostering social links among neighbors, and enhancing urban landscapes. It is not so much about food, really. The main expressions of this approach are community gardens and kitchen gardens. But, as mentioned by Ulf Sandström in his paper Green Infrastructure Planning in Urban Sweden, these gardens, as well as urban food farming, are often temporary—not to say ephemeral—and eventually they disappear sooner or later under the pressure of urban growth, urban densification and increased property value.

Urban agriculture is not only about food: Freiburg. Source: Wikimedia Commons
Urban agriculture is not only about food: Freiburg. Source: Wikimedia Commons

We definitely have a long way to go in including agriculture in urban planning on a permanent basis. Andre Viljoen and Joe Howe‘s proposal to create a seamless network of open green areas, connecting all the types of urban vegetated places from the very center of the city to its outskirts, and beyond to the more rural neighboring areas, would be a good start. Their Continuous Productive Urban Landscapes (CPUL) establishes productive lands as the core as a key component of urban design. It is a real breakthrough for planning. Moreover, the CPUL, which penetrates the smallest nooks and crannies of the urban areas, from the outskirts to the very center of the cities, as a capillary network, is a wonderful tool to link the different parts of the urban fabric.

Squares, parks, gardens—community gardens and kitchen gardens, as well as public gardens—and more generally all vegetated urban public spaces, are obvious components of the CPUL. But forests, wetlands, ancient wastelands and brownfields, slopes and talus, or farmlands may also be part of it. Thus, the banks of a river running through an urban area may absorb floodwaters naturally, while providing other ecosystem services, such as walking and leisure activities, and even being used seasonally as horticultural gardens as it is the case in Amiens with the hortillonnages. Besides, CPUL improves greatly the quality of the urban fabric, by linking formerly scattered vegetated places within a consistent network. Thus, urban agriculture can be cornerstone that helps reconfigure urban areas, provided that unbuilt urban open spaces are considered as permanent structures and the backbone of any urban development project and — more generally — of planning.

Using the banks of rivers: Hortillonnages at fall, with the Amiens cathedral in the background. Source: Wikimedia Commons
Using the banks of rivers: Hortillonnages at fall, with the Amiens cathedral in the background. Source: Wikimedia Commons

This new approach embodies in many recent actions, such as the Loutet Park Farm in Vancouver. This pilot project consists of the creation of an urban farm in an under-used portion of a public park, under the partnership of three organizations: a local authority (the City of North Vancouver), a local association (North Shore Neighborhood House), and a research center (Greenskins laboratory at the University of British Columbia). This urban farm is designed as a social enterprise to connect Vancouver inhabitants with food production, and providing them access to fresh, local produce, while addressing issues about the quality of the urban fabric and quality of life. In doing so, the Park Farm also promotes a new park typology that includes agriculture.

At the heart of urban agriculture lies the strong desire of people to connect with nature, as pointed by Tim Beatley, who developed the notion of Biophilic City. A recent paper addressing the expectations of visitors at the Parc de Bercy in Paris, showed that their three main interests in going to the park were wandering purposelessly, escaping urban pollution and getting in touch with nature. Urban agriculture, as a hybridization process between city and farming, offers many advantages compared with other expressions of nature in the city. In addition to making agro-production activity consistent with urban aspirations to connect with nature, and in addition to providing many ecosystem services, urban agriculture gives new perspectives to planners in considering the urban fabric. Designing a capillary network of production gardens within the city as the backbone of a new and more sustainable urban arrangement is probably one of the more innovative approaches—although an ancient but forgotten one—to foster urban transition to sustainability.

François Mancebo
Paris

Community gardens in the Parc de Bercy – Paris. . Source: Wikimedia Commons
Community gardens in the Parc de Bercy – Paris. . Source: Wikimedia Commons

On The Nature of Cities

Is There Room for Ornamentals in the Gardens of “New” California?

Many voices. Greener cities. Better cities.

California has long been a center of gardening culture. With a mild climate and a history of agricultural expansion followed by rapid urbanization, California’s ornamental gardens are populated by plant species and cultivars imported from all over the world. Many of these exotic species have become iconic, such as the palm trees, figs, and citrus of southern California. However, the current drought has brought wide recognition of the fact that most of these ornamental plants, from the palm trees of Rodeo Drive to Santa Barbara’s landmark Moreton Bay Fig, are supported by irrigation that is rapidly becoming a scarce commodity. So, is there a place for ornamental gardens in the new California? We’ve been studying this question for a number of years in Los Angeles and its surrounding municipalities, and fortunately, the answers are not as alarming as most people seem to assume.

Water conservation in irrigated gardens generally has three components: watering less; employing more efficient irrigation technologies; and changing the composition of garden plants (by removing lawns and non-waterwise species, for example). Many Californians have concerns about the costs of these measures and their implications for the aesthetic and recreational quality of urban parks and gardens. Just as “xeriscaping” became associated with mental images of sparsely planted cacti and succulents that were unappealing to most people, the new language of water conservation is “mandatory watering restrictions,” which brings to mind brown lawns and withered flowers. Is that the future of California’s cities?

measurements_UCI
Banded trees at UC Irvine, where Pataki measured their water use. Photo: Pataki and Pincetl

We’ve extensively measured the water use of residential yards, parks, and also individual plants and trees grown in the Los Angeles area, and can consider each of these measures in turn. First, let’s think about irrigation efficiency. Reducing water applications without changes in technology or plantings is the “low hanging fruit” of outdoor water conservation, but most people are lacking information about the actual water requirements of urban landscapes. Excess irrigation is apparent virtually everywhere in California, perhaps most visibly in urban storm sewers and storm drains. As the name implies, storm sewers are meant to convey stormwater—that is, rainwater—away from streets and residences. However, looking at California’s storm drainage system at any given time of the year, including the “dry season”, one will find storm gutters and sewers full of running water. In the absence of storm events, most of this year-round “nuisance flow” originates from irrigation runoff. Excessive irrigation has been prevalent in most California cities for a number of years, and the consequences have been severe not only for water conservation, but also for water quality: irrigation runoff contains contaminants that pose serious problems in coastal waters due to eutrophication and bacterial outbreaks. To combat this issue, some coastal municipalities prohibit excessive runoff from residential properties, but these restrictions are very difficult to enforce. Widespread over-watering has simply become an accepted source of both water consumption and non-point source pollution throughout the irrigated western U.S.

The potential upside to all this over-watering is that eliminating it can be an effective means of meeting conservation targets without drastic changes to landscaping. But, how will residents know how much to water? Many water districts and state and local agencies provide guidelines, although we have found that these often over-estimate the actual water requirements of urban landscapes, particularly lawns shaded by trees or buildings. Online recommendations and calculators are a starting point, but many residents don’t access or properly implement them. This is where irrigation technology provides the next effective strategy in urban water conservation. Most people have a general sense that lawn and garden watering requirements vary with the weather: cooler temperatures = lower water requirements. Unfortunately, the ubiquitous irrigation timers found in most California homes have to be adjusted by hand to account for changes in the weather. And even with the best of intentions, most of us have probably failed to adjust or shut off these systems during foggy or rainy conditions. Newer systems use environmental measurements to do this for us: there are systems that record soil moisture onsite or that tap into California’s network of weather stations to automatically adjust irrigation schedules at the appropriate times, although the accuracy of the calibrations for these systems can vary. Of course, changing irrigation technology costs money, and the reality is that these new systems need to be widely incentivized by water districts to be implemented on a large scale. The good news is that they work: for example, we found that a soil moisture-based system tested in residential turfgrass at the South Coast Research and Extension Center in Irvine, CA had almost 100% irrigation efficiency, with virtually no water lost to runoff or drainage (percolation below the rooting zone).

IMG_0044
An example of what can replace a lawn—gravel with non-native, small, and unobtrusive plants. Photo: Pataki and Pincetl

Lawn watering practices and the extent of turfgrass in California cities are important aspects of urban water conservation. We agree that reducing the area of urban lawns should be an important aspect of water conservation strategies. Yet much of the appeal of California’s urban gardens is due to their stunning array of other types of ornamental plants. Many media reports highlight fears about the loss of valued ornamentals such as exotic trees, heirloom roses, and other flowering shrubs as a consequence of the current drought.

Is there a place for these species in the new California? Most definitely, the answer is yes. Of all of the plants that we’ve studied, lawns require the most water by a large margin, mainly because they are very shallowly rooted. In all ecosystems including cities, the deep soil is a storage pool of water, and plants that are deeply rooted have a far better capacity to withstand drought than lawns and grasses. Virtually all shrubs and trees, including ornamentals, use far less water than lawns, and can persist on infrequent (but deep) watering if they’ve developed adequate root systems. One significant factor limiting the success of these species is that most home irrigation systems are optimized to keep lawns green, not to properly water trees and shrubs. Further, some urban developments are built with relatively restricted soil volumes, and plants in these areas will be prone to drought stress regardless of watering practices.

SanJuanCap2
San Juan Capistrano, where ornamentals have been cultivated despite the drought. Photo: Pataki and Pincetl

Thus, there can be room for ornamental shrubs and trees in the new California, even for species that many presume to have high water requirements (roses, lilacs, ficus, and Eucalyptus to name a few), but cities will need the appropriate infrastructure to accommodate them, including adequate soil depth and irrigation practices that are optimized for deep root systems. Without these changes, the future of California’s urban tree canopy may be threatened as lawns are increasingly removed: while most people don’t specifically irrigate urban trees, California’s urban forest has long benefited from the excessive watering practices associated with lawns. Even large trees require far less water than lawns, but they still require some water in addition to local rainfall. This water will have to be provided by modest irrigation—at half the rate or less than current average outdoor water consumption—and the efficiency of the irrigation could be enhanced with low volume or drip irrigation systems.

Without proper stewardship of California’s urban ornamental gardens, the consequences for the new California will be dire. Urban trees and gardens provide a significant cooling effect, and large reductions in the extent of urban vegetation will exacerbate warming of California’s cities. What’s more, although the mechanisms are not well understood, many studies have found both physical and mental health benefits of access to urban vegetation. Finally, many people simply enjoy ornamental plants, as California’s active gardening culture shows. Ornamental gardens make cities more livable and enhance quality of life for many residents. So remove your lawn but keep your roses, and switch to infrequent, deep watering applied directly to the soil with no excess runoff. The new California will be better for it.

Diane Pataki and Stephanie Pincetl
Salt Lake City and Los Angeles

On The Nature of Cities

Stephanie Pincetl

About the Writer:
Stephanie Pincetl

Pincetl has written extensively about land use in California, environmental justice, habitat conservation efforts, urban ecology, water and energy policy.

FULL BIO

Is there such a thing as a “bird friendly city”? What does it look like? What does it not look like? Why bother?

Many voices. Greener cities. Better cities.
Every month we feature a Global Roundtable in which a group of people respond to a specific question in The Nature of Cities.
show/hide list of writers
Hover over a name to see an excerpt of their response…click on the name to see their full response.
Tim Beatley, Charlottesville
There are many things we can and should do to make cities more accommodating for birds, but we must also work hard to actively connect urbanites to the birds already around them. 
Luke Engleback, London
Defining this term ‘bird friendly’ is largely subjective. It is better perhaps to see birdlife as an essential part of a wider system.
Dusty Gedge, London
Will the human inhabitants embrace a new birdfriendly urban realm? Urbanists and modernists will probably say no! However I think the people I meet on a daily basis, whilst filming Kingfishers, would say yes!
David Goode, London
If you don’t rigorously protect significant areas of greenspace and water against continuing pressure of urban built development the diversity and numbers of birds will inevitably decline.
Madhu Katti, Fresno
 In terms of urban design, it seems that habitat diversity begets bird diversity. The trick is in figuring out how to attract and support more of the native avifauna while discouraging invasives and keeping small predators (cats) at bay.
John M. Marzluff, Seattle
Cities are bird friendly with much room for improvement. To ostracize birds from cities is to forget who we are and how we came to be.
Bongani Mnisi, Cape Town
We all have a role to play in creating environments and cities that are bird friendly. You have to bother because if it is not you who enjoys sighting various kinds of birds, maybe the next generation would.
Glenn Phillips, New York City
Is there a perfect bird-friendly city today? No, for sure, but cities today are generally good for birds. Ways to improve include more green space, control of pets, and building standards that reduce collisions.
Ken Smith, New York City
New York City is the intersection of celebrities, real estate and birds. Apparently like their human counterparts some birds are drawn to cities. Here are some anecdotal notes on bird life in New York City.
Yolanda van Heezik, Dunelin
To be truly bird-friendly, a city needs to have citizens who value biodiversity and influence both bottom-up and top-down decisions on how to manage the urban environment.
Maxime Zucca, Paris
A bird-friendly city is probably a city where every urban person would like to live. It’s a place where urbanism is able to design a city shared between its human and non-human inhabitants, and not only aimed to increase efficiency of human society. Maybe, a bird-friendly city is a non-pragmatic one.
Tim Beatley

About the Writer:
Tim Beatley

Tim Beatley is the Teresa Heinz Professor of Sustainable Communities, in the Department of Urban and Environmental Planning, at the University of Virginia, where he has taught for the last twenty-five years. He is the author or co-author of more than fifteen books, including Green Urbanism, Native to Nowhere, Ethical Land Use, and his most recent book, Biophilic Cities.

Tim Beatley

Judge a city by its birdsong

Every city can and should work to be bird-friendly, both out of an appreciation for the profound quality of life benefits provided by having birds around us, and out of a deep ethical respect for these sentient wonders that we, in so many ways, can affect for good or ill.  Hearing birds is one of the joys of life and for me triggers intense memories of childhood. The songs of birds were a source of great pleasure, a calming force; they lulled me to sleep as young boy, and propelled me forward during difficult days. And the emerging research (and practice) is helping to verify these beneficial experiences. There is the Liverpool hospital using bird songs recorded by sound artist Chris Watson to calm kids (at stressful times, such as when being given shots). There is new research that shows that respondents rate images of development more highly if they also hear birdsong, and especially song from multiple birds.

I think we should start to judge the progress of cities (and my profession, city planning) in terms of the ability of residents to hear native bird song. Several of our partner cities in the Biophilic Cities Project are demonstrating the value and feasibility of such a goal or vision.  In Wellington, NZ, there is a marvelous wild area in the center of the city, called Zealandia, where through the building of a predator proof fence, they are attempting to restore native species of birds., so devastated by these introduced species. The tagline of Zealandia, is “Bringing Back the Birdsong to Wellington”. Already the numbers of birds such as busy saddleback, tūī, and kākā, a charming and raucous native parrot, have rebounded (in the case of the kākā, from a low of six, reintroduced in 2002, to several hundred today), and the neighborhoods around Zealandia are seeing these birds and hearing them again.

There are many things we can and should do to make cities more accommodating for birds: bird-friendly design guidelines, use of bird-friendly glass (such as the new Ornilux line, which incorporates a UV coating seen by birds but not humans, and inspired by the strands that spiders weave into their webs to prevent birds from flying into them), lights-out programs, and work enhancing and expanding habitat in cities.

But we must also work hard to actively connect urbanites to the birds already around them. And watching and listening to birds is an important element in urban stress-reduction, and a reason to be outside and to break-away, at least for a few minutes, from the sedentary arc of lives. Recently here at the University of Virginia we organized our first bird walk directly through the campus. With the help of a more seasoned birder from our local bird club, we guided mostly undergraduate students along a pre-planned route through a cross-section of the campus (the Grounds, we call it), stopping to listen and observe. I think the students were fairly astounded at the number of bird species (we counted 17 species that day), and the quantity of birds we encountered, and they also seemed to have a lot of fun. We handed out a sheet for recording observations—mostly written but some drawn. I’m not sure whether any of those who participated that day continued to look around their environments for bird, but I am convinced it helped shift, at least for some, the ways they see the pathways, trees and buildings through which they move everyday. These are hopefully understood now as co-inhabited spaces, places where if we listen closely, and if we work hard to reduce the unhealthy noise from cars and jackhammers and leaf-blowers we might be able to hear and understand the voices of life around us.BeatleyKidsLookingatBirds

Luke Engleback

About the Writer:
Luke Engleback

Studio Engleback’s work currently includes a diverse range of proposals including a Biophilic retrofitting of public realm under and adjacent to the elevated Westway viaduct in London, a major urban renewal site in East London, a ‘green’ low impact design neighbourhood in Kigali (Rwanda), a cultural centre in Bamiyan (Afghanistan), a passive haus co-housing scheme in Essex, and village extensions in sensitive Sussex landscapes.

Luke Engleback

Is there such a thing as a bird friendly city?

Since 2007, more than half of Humanity lives in urban areas, a quantum forecast to reach 70% by 2050. An economic system that, hitherto, has not placed a value on ecosystems that support us all has fuelled Industrialised urbanism, but there is a change occurring. The human value of Ecosystem Services was highlighted in the United Nations Millennium Ecosystem Assessment (2005), an approach beginning to inform sustainable city planning and retrofitting, for resilience to future environmental change.

Cites occupy about 3% of the Earth’s land surface, but are sustained by vast ecological footprints that extend across the globe; therefore, we might ask how should city boundaries, and ultimately, ‘urban bird friendliness’ be defined? Compared to some agricultural monocultures, cities can be very significantly more biodiverse.

The concepts of Ecourbanism (whole system urban design and retrofitting) and Biophilia (an innate tendency for people to seek connections with Nature) are central to reducing our impact on the environment. The links between human and ecosystem health have been shown in many studies. Birdlife might be regarded as a barometer of environmental wellbeing.

Urban bird life depends on its location and hinterland, as well as provision for wildlife within its fabric, so a simultaneous consideration of interventions at macro, meso and micro scales is needed, not only for ‘bird friendliness’, but for essential ecosystem services providing for all.

What does it look like?

Nairobi, capital of Kenya (area 696 km2, estimated population 3.4 million) is the most bird-rich city in the World with 604 species recorded within its boundaries (British Council 1997) of the 1080 species that may be found within Kenya. New Delhi, capital and second most populous city of India (metropolitan area 1484 km2, population about 25 million), is the second most bird-rich city in the world with 202 species recorded. It is also one of the most air polluted.

Common to both cities are extensive areas of forest/scrub and well-treed suburbs that contrast with other neighbourhoods in those cities that are unremittingly urban with little or no vegetation. Clearly, the size of an undisturbed natural habitat coupled with a network of vegetation plays a vital role in ‘bird friendliness’, but defining this term is largely subjective—for how do we define bird friendly or unfriendly, and are these the same as bird safe? It is better perhaps to see birdlife as an essential part of a wider system.

The fabled Nightingale in Berkley Square is a distant memory despite its proximity to Green Park and Hyde Park, both subject to more wildlife-friendly management techniques. However, the large area of ruderal herb and scrub on the Palatine Hill and forum in central Rome (area 1285 km2, population 2.9 million), or the native species plantings in the modernist Flamenco Park by Roberto Burle Marx, are home to a wide variety of birds, seemingly happy to be close to the rumble of traffic and large visitor numbers add to their cultural value. In the case of Rio (area 1182 km2, population +/- 6 million), the adjacent Floresta da Tijuca National Park covering 32 km2, is a prime example of designed Urban Green Infrastructure. This rich wildlife reservoir was replanted in the late 19th century on land that had been cleared for former coffee and sugarcane plantations, to arrest soil erosion and, to secure the water supply for the city.

Large scale thinking is essential, since overheating in cites leading to premature deaths, is caused by the cumulative lack of vegetation, extensive sealed surfaces, and expanses of biologically inert masonry.

This significantly alters microclimate, creating the urban heat island effect (UHI). Work by ASSCUE in Manchester demonstrated that in the UK, a 10% increase in urban verdure could reduce the UHI by 4˚C, whilst a 10% reduction may see a rise in UHI temperatures of up to 7˚C. Investing the city fabric with vegetation not only aids biodiversity, but also to improves air quality, reduces surface water runoff, improves urban soils, effects summer cooling and energy savings, and pumps down atmospheric carbon. In London 80% of the Public Realm in London (metropolitan area 1572 km2, population >8.2 million) comprises roads and paving (GLA 2014), more of this could become vegetated or made porous. Moreover, there is also significant scope to vegetate roofs and walls.

Biodiverse living roofs support invertebrates that are food for birds, and such roofs provide habitat for birds, including Black Redstarts in London and breeding Lapwings in Switzerland. In fact, once more vegetated surfaces are provided to mitigate the urban condition, birds are needed to play their part in managing the enriched urban ecosystem. Encouraging more bird life brings with it the need to address other issues including reducing light pollution, safe roosts, and measures to reduce risks to bird life – especially collision with glazed surfaces – a danger that can kill both healthy and weaker birds alike in large numbers.

Bird friendly cities may therefore look greener, express and celebrate a range of ecosystem services, and make more efficient use of resources. Sustainable, resilient design may be more biophilic, it must certainly be more biodiverse.

What does it not look like?

They are not hard, glassy, energy intensive, impersonal urban deserts that ignore ecosystem services and have only token planting and no soul.Engleback Egret

Dusty Gedge

About the Writer:
Dusty Gedge

Dusty Gedge is a recognised authority, designer, consultant and public speaker on green roofs. Dusty has also been a TV presenter on a number of UK shows and makes his own Green Intrastructure and Green Roof and Nature Videos. He is an avid nature photographer and social networker posting on Twitter, Facebook and G+.

Dusty Gedge

Birds have always frequented cities. Shakespeare wrote of kites and their stealing linen in cities and of course there is the ubiquitous feral pigeon throughout the world in modern times. Whether these birds had or have merit to the human inhabitants of our metropolitan areas is an open question. I am sure that kites were a major irritant to medieval housewives, but now are celebrated when they are seen flying over London on a regularly basis.

I have recently being spending time in my small local park filming Kingfishers. This iconic bird is on the wish list of many a birder in England. A flash of blue on a river is the most we can expect to see. However in Lewisham they are bold, unlike their timid their rustic cousins. Whilst filming, the whole social and ethnic fabric of my area has engaged me in conversation. After marvelling at the Kingfisher our conversations turn to the ‘crane’ (heron) and why there is a pheasant wandering around. How and where did it come from? This is affirmation of birds being a route to encounters with nature.

The river where we are able to marvel at the splendour of the Kingfisher 15 years ago was a concrete channel devoid of anything natural except the water itself. The river was remodelled 15 years ago and naturalised. People and wildlife could once again meet as they probably did one hundred years before when millponds flanked the river Ravensbourne. This kind of change is characteristic of cities. Change is part of the very fabric of cities.

And there is change afoot. The 20th Century approach to our cities was one of sealing the surface. Concrete, steel and glass ruled. It still does to a certain extent. However many cities are embracing, and most will, the unsealing of surfaces. The notion of green infrasrtructure is taking root. There is a long way to go but it’s happening.

My own work is linked to this new green infrastructure approach. I am first and foremost a birdwatcher. My involvment in green roofs grew out of trying to protect a bird associated with the bomb sites of World War 2 and the industrial blight of 1970s and 80s. The Black redstart, along with a myriad of other birds, associated with dry stony habitats, positively thrived in this urban devastation and decline. In 1990s boom was back and developments burst out of the industrial blight. Protecting birds against the economics of new developments was a hard ‘ask’ but I, along with others, was fortunate to be able to put green roofs on the map in the UK. The protected species status of the black redstart helped ensure that green roofs were created for biodiversity mitigation. That was 17 years ago and central London now has over 179,000 m2 of green roofs. A large proportion of these are partly due to the bird.

So to me the bird friendly city of the future is intricately link to this new agenda. Rivers will be broken out of concrete to allow an encounter with a heron or a Kingfisher. Buildings will be decked with vegation allowing black redstarts to reside in the upper altitudes of our cities. Surely the bird friendly city of the future is confirmed by projects like the Bosco Verticale. Cities comprised of wooded towers and dry grasslands plains on roofs, where the dawn chorus of birds heralds the start of the urban day.

Will the human inhabitants embrace this new birdfriendly urban realm? Urbanists and modernists will probably say no! However I think the people I meet on a daily basis, whilst filming Kingfishers, would say yes.

David Goode

About the Writer:
David Goode

David Goode has over 40 years experience working in both central and local government in the UK and an international reputation for environmental projects, ranging from wetland conservation to urban sustainability.

David Goode

Two key issues determine whether a town or city is ‘bird-friendly’. One is the range and quality of habitats that prevail, together with opportunities for food and nest sites. The second is the culture of the place, whether birds are protected, encouraged, tolerated or shot. The UK has a long tradition of interest in natural history that results today in a great abundance of bird-life in its towns and cities. But it has not always been so. In 19th Century London finches and other small birds were caught in thousands to provide cage birds. Seagulls that ventured up the Thames were regularly shot from Westminster Bridge. Times change, but our cultural attitude to nature is still crucially important today in many aspects of city life, from detailed architectural and landscape design to wider issues of urban planning and land management.

At the habitat level we are lucky that many of our towns and cities have a significant amount of greenspace and water within their boundaries. In Greater London this amounts to two thirds of the area. Private gardens alone amount to one fifth of the total area. As well as parks, cemeteries, golf courses and reservoirs, there are extensive tracts of woodland, meadow, marsh and riverside. This great variety of habitat types supports 133 species of breeding birds, along with numerous wintering species. Many of these habitats are protected as nature reserves through planning regulations, covering one fifth of the area of Greater London. This is an absolutely crucial feature of a bird-friendly city. If you don’t rigorously protect significant areas of greenspace and water against continuing pressure of urban built development the diversity and numbers of birds will inevitably decline.

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The range of habitats in Greater London. Note that the built environment occupies only one third of the area.(From GLA Biodiversity Strategy 2002 www.london.gov.uk)

A striking feature of bird populations in cities is the way that they find food supplies and breeding sites within the urban fabric. Some, such as feral pigeons and roof-nesting gulls, are not popular with city managers, but there are many species that are well adapted to city living that could easily be encouraged if we were minded to do so. Swifts are almost entirely restricted to urban areas for breeding, yet their populations are in serious decline due to the absence of suitable nest sites in modern glass and concrete buildings. One small change in architectural practice could influence this species in a dramatic way. Putting swift bricks in new buildings, or constructing towers specifically to accommodate swifts, would be a very tangible way of creating a bird-friendly city. Similar things already exist for other species such as peregrine falcon, grey heron, kingfisher, osprey, black guillemot and many others. The options are endless and every one of these has a good-news story attached.

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John Jones was a regular visitor to St James’s Park in Westminster where he tamed the Jays to feed from his hand on almond nuts. Photo © David Goode

Slight variations in landscaping techniques can have a profound effect. The number of species of birds breeding in city squares increases from only a few in hard paved landscapes to nearly twenty in those with fringing mature trees grading into shrubberies and lawns. Town parks can be improved even more. Over 50 species of birds now breed in London’s Royal Parks, a direct legacy of naturalist W. H. Hudson who first championed the concept of landscaping for birds in 1898. Bird-friendly parks result in people-friendly birds, as can be seen every day in central London.

Habitats on rooftops and green walls provide some of the greatest opportunities for enhancing grim and grey inner city townscapes, and with them will come the birds. Two final thoughts. Every city should have a major nature reserve designed for people to experience birds at close quarters like the London Wetland Centre, and we also need to take care of local phenomena such as inner-city pied wagtail roosts that bring delight to so many people.

(Much supporting evidence for these views can be found in Nature in Towns and Cities by David Goode, published by Harper Collins in 2014. Hudson’s compelling advocacy for bird-friendly parks forms chapter 14 of Birds in London Longmans Green, 1898.)

Madhusudan Katti

About the Writer:
Madhusudan Katti

Madhusudan is an evolutionary ecologist who discovered birds as an undergrad after growing up a nature-oblivious urban kid near Bombay, went chasing after vanishing wildernesses in the Himalaya and Western Ghats as a graduate student, and returned to study cities grown up as a reconciliation ecologist.

Madhusudan Katti

Is there such a thing as a bird-unfriendly city? Not if the people are bird-friendly

In North-East India, e.g., in Nagaland, one hears of villages that are eerily quiet because there are no birds to be heard. This is because, when it comes to wildlife, local people adhere to the principle: “if it moves, eat it!” Children learn to hunt early on, and even 10-year-olds armed with slingshots contribute to the family dinner table small morsels of feathered delights or eggs. And so birds have learned to stay away from, and be very quiet around, humans. Yet the nearby hills and forests hold some of the highest diversity of bird species in the world. A bird-rich bird-friendly area containing some of the least bird-friendly human settlements. There may be other such bird-unfriendly cultures elsewhere in the world, but not very many.

Can you think of a city where there are NO birds? Surely there are some pigeons or house sparrows or crows even in the most densely built-up urban center? Indeed, many of the world’s cities support scores if not hundreds of bird species, many in populations larger than in surrounding “natural” habitats. A recent comparative analysis of bird diversity in 54 cities worldwide (Aronson et al 2014, coauthored by me) found, for example, that the median bird diversity was over 110 species; i.e., at least half of the 54 cities support 110 or more species of birds, and less than 5% are non-native species. Worldwide, one in five bird species (2041 out of 10,052 known species) were reliably recorded in just these 54 cities.
Take the metropolitan area of Kolkata (erstwhile Calcutta), for example: famously teeming with people (now over 14 million) this dense urban conglomeration is home to over 250 species of birds, with not a single non-native species managing to establish a foothold competing against native urbanite birds. Other Indian megacities boast of similarly rich avifaunas, comprised of native species that have found ways to make a living amid the cities’ hubbub. Singapore supports over 350 bird species.

So what’s the secret to building a bird friendly city? Well, it depends on what you mean by bird-friendly. It seems that many birds have found ways to live in the interstices of human habitation, as long as they are tolerated and not hunted by people. Even cats, those infamous killers of all manner of wildlife, can’t keep down the sheer number of birds a city may support. Yet cats—and humans—have also driven particular species to extinction, even as others may thrive there. So when you say bird-friendly, you have to be careful to specify which birds!

None of the world’s cities were built with bird diversity or conservation as a goal. So how do they end up with so many birds? The answer is at least two-fold: (1) many birds will come looking for food and other resources no matter how strange and novel a habitat we create; and, (2) the more diverse a range of habitats in a city, the more species of birds you are likely to find. In terms of urban design, it seems that habitat diversity begets bird diversity. Cities generally provide plenty of food (even if mostly junk) for a variety of birds, and often also relatively safe habitats (despite cats). So much so that we must worry if urban habitats are ecological traps drawing threatened species to their eventual doom. The real trick then is in figuring out how to attract and support more of the native avifauna while discouraging invasives and keeping small predators (cats) at bay. And making sure cities don’t become ecological traps, but habitats where birds thrive. All of which is possible if we have bird-friendly people living in our cities.

Even in Nagaland, conservationists were able to work with local communities to completely stop the annual massacres of the threatened migratory Amur Falcons a year ago. Which should inspire us to do even better to conserve bird diversity in our cities.

John Marzluff

About the Writer:
John Marzluff

John Marzluff is Professor of Wildlife Science, University of Washington. His latest book Welcome to Subirdia synthesizes research on urban birds.

John M. Marzluff

Cities should sustain their friendly attitudes with birds, else humanity forgets its past

In my opinion, all cities are bird friendly, to a degree. Even the most hardened metropolis provides a few nooks and crannies, and some bits of food that are seized upon by sparrows, gulls, pigeons, vultures, or crows. Our waste is their bread and butter.

Most cities provide much more for birds. Parks, recreational areas, and cemeteries offer birds of many species respite within the concrete jungle. Here birds can find a variety of more natural foods and nest sites. The warmth of the city may extend birds’ breeding seasons and some of the birds’ natural enemies may be rare. Where citizens notice birds many enjoy feeding them. So, supplements of food, water, and nest sites abound, especially in the less dense suburbs and exurbs that fringe the city. As a result, I see all cities as having great potential to harbor considerable populations and communities of many types of birds. And reviewing checklists of birds found in cities around the world suggests that most cities live up to their potential. For example, in continental Europe, the authors of Birds in European Cities (2005, Ginster Verlag) assessed the species richness of 16 cities, and found Lisbon to have the least avian diversity (44 species) and Bonn to have the greatest—an impressive 168 species.

But, will this potential continue to be realized?

As human populations grow and cities squeeze out all they can for human residence it is possible that urban bird abundance and diversity may decline. Therefore to me a truly bird-friendly city is one in which citizens remain vigilant of, and engaged with, their winged neighbors and take proactive steps to assure their continued prosperity.

As I recently wrote in Welcome to Subirdia (2014, Yale U. Press), to be a truly bird-friendly city, residents could:

1. Reduce the area occupied by manicured, industrial turf lawn and replace it with more diverse plantings;
2. Limit the two most significant sources of bird mortality—unrestrained outdoor cats and large clear or reflective windows;
3. Reduce night lighting, especially steadily glowing, red tower lights;
4. Encourage bird feeding and provision of nest boxes, except in rare instances (e.g., some parts of Australia) where hyper aggressive species benefit and exclude other native birds;
5. Celebrate native predators;
6. Foster a diversity of habitats within their city and the natural distinctiveness of their region;
7. Create safe connections between land and water; and
8. Enjoy and bond with the birds that thrive in the yards, parks, and commercial centers of their city.

Taking these steps will ensure that the habitats, populations, and human engagement exist so that birds can continue to adapt to city life.

Failing to sustain birds in our cities is obviously bad for birds, but it is equally bad for people. Birds add enjoyment, reduce stress, induce wonder and curiosity, and contribute to the economics of the city (houses in bird friendly locations fetch a premium price and purchases of bird feed and supplies add considerably to a city’s economy). Appreciating and understand birds can help build a broad, ecological land ethic, as espoused by pioneering conservationist Aldo Leopold. Birds can help us see our land as a community, not simply as a commodity. When we do so, we are able to love and respect nature. This ethic begins at home, but it should extend from the city to wilder places. Understanding the ecology of home informs residents about the species that do poorly in our shadow. This lesson resonates with an ecologically literate and compassionate public building a willingness to sacrifice by setting aside large, wild areas outside of cities so that the birds and other animals that cannot live with us also have a place in an increasingly human-dominated world.

Paul Shepard, in The Others (1997, Island Press), claimed that birds and other wild animals made us who we are. They were, and continue to be, important selective agents in our evolution as a species. To insulate us from their creative energy is to limit our own potential. To loose them is to loose an understanding of how we came to be. To encourage the company of birds in the city allows todays people to experience a profound taxon that stimulated our ancestors’ cultures by providing both challenge and sustenance, while always engendering curiosity and respect.

Marzluff spto+fox
Spotted towhees, dark-eyed juncos, and fox sparrows are common visitors to bird feeders in suburban Seattle, WA. Photo: John Marzluff
Bongani Mnisi

About the Writer:
Bongani Mnisi

Bongani Mnisi is a Regional Manager in the Environmental Resource Management Department, City of Cape Town where he manages the largest part of the City’s Biodiversity Network including four Nature Reserves.

Bongani Mnisi

A bird friendly City is…Cape Town…of course if said this I would face a lot of resistance, wouldn’t I. Rather, it is best to state that bird friendly cities do exist.

This would be a city which puts into practice agreed environmental policies; a city which takes its ecological functioning systems such as rivers, wetlands and other green open spaces forward through open green parks, proclaimed national parks and nature reserves. This city would often support greening programmes in all open spaces using native plant species. Bearing in mind that a bird friendly city would often not be without infrastructure such as roads, healthcare facilities, basic and tertiary education as well as central business districts and industrial areas, however, this would be a city where biodiversity and conservation underpins development planning. It is a city where biodiversity is a fabric on which all developmental needs are knitted.

It is important to state that to create a bird friendly city could also be championed by interested individuals who come together through various forms. This could be in the form of tree planting foundations that receive donations for trees or propagate plants/trees for greening purposes. It could also be through university programmes where masters and doctorate students carry on research to establish connections which would see previously fragmented cities reconnected through a series of ecological corridors. These corridors could be established by restoring previously disturbed environments; small individual gardens in unused open spaces such as schools, healthcare centres and even road reserves. These individual gardens alone and isolated would not add any value, but when networked together, they form a network of stepping stones that can easily connect fragmented environments.

For all bird unfriendly cities as highlighted above, the opposite is true. These cities would most likely value rapid infrastructure development with little regard of the environment on which the city itself relies. This would be a city where every square kilometre would be developed. I would call this “The Concrete Jungle”. What is not often realised is that most bird species are sensitive to various elements such as roads and electrical transmission lines. Most people would often talk about the last time they saw a certain type of bird, which is no longer in the area. However, by tracing back what the area used to be like back then compared to now, it would be easier to see why. If not, why is it that when a certain type of plant is planted, the same birds return. This is a clear indication that there are some links with habitat fragmentation and even destruction of natural environments. This would be a city where its industrial development zone is not properly followed and the level pollution is spiralling out of control. A city that lacks green and connecting open spaces.

In all this, we all have a role to play in creating environments and cities that are bird friendly. We can do this by planting bird friendly gardens adding some plant species that produce nesting materials for some birds. Creating bird baths and feeding areas where it is necessary to attract other kinds of birds which we would have otherwise not seen due to lack of plants that attract them. We also have to bother enough to watch and pay attention to our beloved pets especially domestic CATS, which are notorious bird hunters. Like with infrastructure such as roads etc., birds would often avoid homes or areas that are frequented by cats. By trying to manage cats “although it may seem impossible” we may start seeing lots of birds returning to the areas where they once occurred. Pay attention to what you are planting i.e. does it produce nesting material, is it thorny “does it lends itself to be used as a nesting area?”, does the plant have nectar and is it bird pollinated?

You have to bother because if it is not you who enjoys sighting various kinds of birds, maybe the next generation would. So do it not for yourself, but for those who are yet to come.

Glenn Phillips

About the Writer:
Glenn Phillips

Glenn is the American Bird Conservancy’s Bird Collisions and Development Officer, and works out of New York City.

Glenn Phillips

As a New Yorker and a bird conservation professional, the question of what is a bird-friendly city is frequently on my mind, and often I think of how sustainability efforts here in one of the largest cities in the world have helped shape a more bird-friendly future. Let me start by saying that I think that cities are critical to the future for birds. Habitat loss is the number one threat to birds, by an order of magnitude, and suburban sprawl is a significant contributor to habitat loss and fragmentation. New York CIty is home to almost as many people as the entire state of Virginia. Imagine 40,000 square miles that could be devoted to unfragmented habitat and sustainable agriculture. Add in the significantly lower carbon footprint of cities like New York with robust public transit systems and the reduced heating and cooling costs of multiple unit dwellings, and cities seem pretty bird friendly from the get-go.

That doesn’t mean that cities should be given a free pass. Cities still present significant threats to birds from feral and free-ranging cats, collisions with glass, light pollution, and toxin bioaccumulation. A truly bird-friendly city must address all these threats. Prohibiting trap and release programs for cats and requiring cat owners to be responsible for their pet’s tresspasses could significantly reduce one of the largest threats to birds. Likewise, rules for dog owners should prohibit dogs from the most sensitive places and times, especially off-leash dogs, places like beaches where threatened piping plovers nest. Requiring the use of bird-friendly construction, especially adjacent to green spaces and waterways, but also along migratory corridors to key stopover sites. A truly bird-friendly city would prohibit the development of new glass box buildings, and require mitigation for existing structures. If even a few more cities followed the lead of San Francisco on this issue, it could promote the development of a huge variety of new bird-friendly glass products which could help reduce the hundreds of millions of birds killed annually in the United States. The American Bird Conservancy has been testing materials for bird-friendliness for several years, so there are already effective solutions on the market. Actively combating light pollution with fully shielded fixtures, prohibitions on vanity lighting, and strong lights-out policies could go a long way to reduce the impacts. Light pollution is implicated in raising collision rates and probably has significant impacts on migration as birds.

After generations of industrial use, cities have significant problems with persistent organic pollutants and heavy metals, that make their way into the food chain and can have significant lethal and sub-lethal impacts on migratory birds that must stop to replenish fat stores during their long flights between wintering and breeding territories. More work needs to be done both to understand the consequences and to mitigate them.

Actively making cities better for birds is the final component, and some cities, New York among them, have made positive strides. First, cities must provide healthy urban forests. New York CIty’s undertook the Million Trees Project as a way to galvanize public support, but despite the hype, the project has made real gains for urban forests, which also provide important habitat for birds, as the nuthatches and goldfinches and occasional Cooper’s hawk in the street trees outside my office window can attest. Managing natural areas in the city with the best interest of native plants and wildlife is another critical effort. New York City’s new Natural Areas Conservancy and Chicago Wilderness seek to do just that for the benefit of people as much as nature.

FInally, actively promoting the recreational enjoyment of birds and bird-watching is critical, as people must value their natural heritage in order to be moved to preserve it.

Is there a perfect bird-friendly city today? No, for sure, but cities today are generally good for birds, and with effort from dedicated individuals and conservation groups like the American Bird Conservancy, they can be better.

Ken Smith

About the Writer:
Ken Smith

Ken Smith is one of the best-known of a generation of landscape architects equally at home in the worlds of art, architecture, and urbanism. He is committed to creating landscapes, especially parks and other public spaces, as a way of improving the quality of urban life.

Ken Smith

A bird report from New York City

New York City is the intersection of celebrities, real estate and birds. Apparently like their human counterparts some birds are drawn to cities. Researchers have found that pigeons, waterfowl, raptors and house sparrows are well adapted to the urban jungle. Following are some anecdotal notes on bird life in New York City.Pale Male and Lola 1

927 Fifth Avenue—Home of Pale Male and Lola. It only figures that in New York City birds would achieve celebrity status and have their lives chronicled on television, in the news and as a topic of cocktail party chatter. Finding a good place to live in New York City is always a challenge for new residents. When red-tailed hawk, Pale Male arrived in Central Park in 1991, he first settled in an old tree nest but was driven off by thuggish neighborhood crows. But like any striving young New Yorker he soon upgraded to a building ledge above the front door of a fashionable Fifth Avenue manse. Like other New York celebrities, we were obsessed by the news stories about this eligible bachelor’s love life. There were a series of girlfriends, First Love, then Chocolate, then Pale Male reunited with First Love, who tragically died young after ingesting a poisoned pigeon. He was with Blue from 1998 to 2001 but Blue disappeared after the 9-11 terrorist attacks. Lola, his true soul mate, arrived in 2002 and Pale Male and Lola were the social “It Couple” around town. They soon ran into trouble with the building’s coop board, which was skeptical of their means of support and family connections. The board callously removed Pale Male and Lola’s nest and installed anti-bird spikes.

Pale Male and Lola 2There was an international outcry; people protested on the street outside the building. The Audubon Society became involved and an out-of-court agreement resulted in a new engineered-nest being installed. Maybe because of the trauma, the pair failed to hatch any new eyasses following the disturbance of their original nest. “Pale Male: New York’s Most Famous Red-Tailed Hawk May be A Father Again’” declared ABC News in on May 20, 2011. After years in which Pale Male and his mate Lola produced broods of eyasses, Pale Male took up with a new mate Ginger at his Fifth Avenue address. Pale Male’s seventh and eighth mates were Zena and Octavia. In recent years many more red-tailed hawks have taken up residency in New York City and it is not an uncommon sight to see a hawk flying overhead in a city park. Apparently it is still common practice, however, to poison rats and pigeons and this leads to the unintentional death of raptors, like the red-tailed hawk, which prey on these lower food chain animals.Falcon Cam

55 Water Street—Home of the “FalconCam“. A live webcam at 55 Water Street in Financial District of lower Manhattan transmits the lives of nesting peregrine falcons, in what is perhaps the first instance of reality TV programming. Last year it was reported that Adele, a falcon, had laid four eggs, according to Scott Bridgewood the director of building maintenance of the 54-story office building. The falcons have nested on a 14th-story ledge since the 1990s and the FalconCam was installed a decade ago to let naturally voyeuristic New Yorkers peer into the lives of other urbanites. The original breeding pair named Jack and JJaie are gone now from the nest, but like any good pied-à-terre, it was soon occupied by another real estate lucky couple Jasper and Jubliee. In 2008, The New York Times reported that some 17 pairs of peregrine falcons live in the city. The falcons nearly faced extinction in the 1960s from the use of the pesticide DDT, but since then have returned to the city, reclaiming old habitats, in a form of nature gentrification.

Battery Park—Home of Zelda the Turkey, now deceased. On Thursday, October 9, 2014, the Daily News headline read “Zelda, Battery Park’s resident wild turkey, dies after being hit by a car”. The bird was hit while walking along South Street near Pier 11 on the East Side. Zelda was a Lower Manhattan fixture, named after F. Scott Fitzgerald’s wife, who came to represent the renewal of downtown and Battery Park. I personally had seen Zelda, who was very much the bird-about-town in our neighborhood. She once posed for a celebrity photograph with my wife Priscilla. Zelda moved to Battery Park in mid-2003 and was known for roaming around the city’s open spaces. Reportedly, she even had her own Wikipedia page. Wild turkeys have become somewhat common in New York City, especially in the greener outer boroughs. While Zelda was much-loved, not all of the wild turkey population in the city is appreciated. There are about 100 feral wild turkeys (if that isn’t a redundant phrase) living in Staten Island. In a bit of overstatement, the Daily News reported in November 2013 that a “Flock of wild turkeys take over Staten Island”. The wild turkeys there wander freely in the borough’s neighborhoods, on public and private property and along the beaches. Local officials have been trying to relocate the birds for years because the birds defecate in public, stop traffic and are considered a nuisance by many residents. Because the birds have adapted to city conditions they can’t be released into the wild, where their survival would be threatened. Last year a local psychiatric hospital that didn’t like the birds on its ground, rounded up several dozen wild turkeys and shipped them off to a poultry processing plant to an ill fate. Animal activists were rightfully outraged. National Public Radio reported on November 27, 2014, “Wildlife Activists Try To Save Staten Island’s Wild Turkeys”. The conflict between humans and turkeys is still unresolved in Staten Island, the city’s greenest but perhaps least bird friendly borough.Zelda the Wild Turkey Feared Dead

Turkeys just get no respect. Bald Eagles, on the other hand, are much admired. Our country’s founders chose the eagle over the turkey as our national emblem and the rest of the story is history. Bald eagles have been making a comeback in New York City, where their population is the highest since the 1970s. A recent survey showed that there were 569 bald eagles in New York State after coming back from a precarious population estimated at just two living birds in 1975; the result of hunting, pesticide contamination and deforestation. I guess it is a commentary on human prejudice that we admire the birds that soar high overhead like the red-tailed hawk and the bald eagle but we don’t appreciate the ground birds like the wild turkey and the common pigeon.

1 Central Park West—Masters of the Universe. Today’s New York Times real estate section reports that a fully renovated penthouse in the Trump International Tower was recently sold for 33 million dollars, making it one of the most expensive nests in the city. The wealthy humans who can afford it love their urban aeries. These nests for the masters of the universe “birds of prey” provide spectacular views of the urban domain and a tremendous sense of power. Unfortunately we are becoming increasingly aware that architectural glass, the type that provides the sought-after privileged views, is the single biggest killer of birds in the United States. According to the American Bird Conservancy, collision with glass is claiming hundreds of millions or more bird lives annually. The New York Audubon Society has taken the lead with their Project Safe Flight, started in 1997 to provide research and awareness programs aimed at policy makers, architects and builders about the threat glass buildings pose to birds.

Yolanda van Heezik

About the Writer:
Yolanda van Heezik

Yolanda van Heezik is currently exploring children’s connection with nature, and how ageing affects nature engagement. She is part of a multi-institutional team investigating restoration in urban areas, and cultural influences on attitudes to native biodiversity.

Yolana van Heezik

Is there such a thing as a bird friendly city?

To be truly bird-friendly, a city needs to have citizens who value biodiversity and influence both bottom-up and top-down decisions on how to manage the urban environment. At the level of local government, the valuing of native fauna and flora should be part of a city’s vision of its identity, and embedded in its district planning. The conservation of native biodiversity should be viewed as a priority, rather than an added cost impeding economic development.

Residents of a bird-friendly city will have an awareness and appreciation of plants and animals that motivates the management of their own gardens and neighbourhoods, as well as influencing the people they vote into local and national government. Ideally, all ethnicities would espouse the sense of guardianship of the environment that is practiced by the Māori; i.e. kaitiakitanga. This is based on a belief that there is a deep kinship between humans and the natural world. Managing the environment following a process of kaitiakitanga would create the mindset that would ensure a bird-friendly city.

Bird-friendly cities are green and leafy, and have few barriers to dispersal. Most of the urban area would support a large amount of structurally complex vegetation, dominated by native species, and spatially configured to allow connectivity across potential barriers to dispersal. The potential of natural corridors such as rivers and streams would be optimised, with bird-friendly plantings. Plantings could also create corridors out of man-made features, such as railway lines and roads.

Urban predators are a major threat to birds in cities. Pet cats are probably the most abundant predator, although in New Zealand rats and possums are problems as well. People value their pets and derive benefits from them. In order for city residents to gain benefits from their pets as well as from a biodiverse environment filled with birds, regulations would need to require all cats to be contained indoors at all times, or in a run outdoors. If all owned cats were confined it would be much easier to control unowned cats and other urban pest species.

What do bird friendly cities not look like?

Research has shown that the parts of cities that do not support a diverse avifauna are depauperate in vegetation: in the suburbs green spaces consist mainly of lawn, and small gardens have little complex green cover.

Why bother?

Without regular daily encounters with birds and other wildlife, how can we expect people to value biodiversity and develop a conservation ethic? A growing body of evidence suggests we need contact with nature for our own health and well-being.

Maxime Zucca

About the Writer:
Maxime Zucca

MZ is an ornithologist, working at the Ligue pour la Protection des Oiseaux (LPO), France main bird protection NGO, as a director of nature protection department. He has written books on Bird Migration and on Paris breeding birds.

Maxime Zucca

Birds don’t like urban pragmatism

I live in Paris, and I wouldn’t say it is the most bird-friendly city I’ve ever seen. As a birdwatcher, the immediate proximity of high quality wetlands or forests would be the main reason to elect a city as such. The urban wetland of Costanera Sur, in Buenos Aires, is probably the most striking example: it is full of birds and biodiversity in general, readily accessible in the middle of the city, on the bay front. We would dream of such a wetland in Paris. Berlin, with important forested areas within the city limits, even host rare breeding species like the White-tailed Eagle. We can’t compete.

But could a city become bird-friendly, when none or very few space is available? Paris is one the densest cities in the world, with 21,000 inhabitants per km². Two urban forests, Vincennes and Boulogne’s woods, stand just out of the ancient city walls limit (what we call “Paris intra-muros”);  Boulogne hasn’t changed in centuries for, and Vincennes hasn’t changed since the Napoleon. These places are interesting for forest birds, especially since wood isn’t harvested.

But let’s talk about the challenging part: Paris intra-muros, within the walls. A recent survey has shown that 65 bird species regularly bred in this entity—55 do so every year. With regards to the number of breeding birds in the whole France (277) and Ile-de-France (178), this is quite a good score.

Most of these birds will be found in green spaces, especially in the parks, those places where the contact of citizens with nature is also essential for well-being, self-harmony, health. Once this relation between nature and human well-being is understood by city dwellers, the city can quickly become bird-friendly, and the space be shared to a greater extent. This space can easily be shared inside green spaces. A part is managed for people first, and biodiversity second—it can be used to rest on lawns and benches, to enjoy playgrounds and scenery, it must of course be suitable for disabled people… But this is not discordant with several birds’ reluctance: old trees can be left if not threatening, horticulture can attract many insects. And another part of the park is managed for the biodiversity first, the humans second: herbaceous plants are cut less often and at different times, local bushes and shrubs grow densely, small wetlands are created, management is extensive… Some new parks, in Paris, are now more “bird-friendly” than old ones, even if there are smaller.

Places of water is of course important for a bird-friendly city. Paris is definitely not waterbird-friendly. The small lakes you find in some of the bigger parks have their whole banks mineralized, without any bushes, mud or reeds. Moorhens and Mallard are the only water birds able to use them regularly, and even migrant birds are not attracted to these places. Creating several small scale high-quality wetlands, who could also have a function of water treatment, is necessary in order to become more attractive.

Then, the buildings, of course: they constitute the main surface of the city! Many birds use them to breed, to hunt, to hide… Bird-friendly buildings are often the oldest ones. The new “ecological” energy-positive buildings are problematic for birds: the walls are smooth, without any holes or anfractuosities, not even a perch. To think the building as a biodiversity habitat—including the humans inside of course—is a prerequisite for the numerous urban specialists, which are mostly rupestrian birds. And of course, the roofs layer is definitively important: it is the only habitat with very few human disturbances.
A bird-friendly city is probably a city where every urban person would like to live. It’s a place where urbanism is able to design a city shared between its human and non-human inhabitants, and not only aimed to increase efficiency of human society. Maybe, a bird-friendly city is a non-pragmatic one.

Island Life: Urban Habitats as Theaters for the Evolution of Biodiversity

Many voices. Greener cities. Better cities.
Adaptation and evolution as seen in Darwin’s voyage of discovery has now landed in our city centers where increasing number of restorationists hone their skills.
Island archipelagos are more than faraway places with strange sounding names. They lie at the heart of our understanding of ecology and evolution. Since Darwin’s stop at the Galapagos Islands of Ecuador, biologists keep turning towards islands for an understanding of biodiversity and the processes that drive adaptation. The famed finches of the Galapagos, the honeycreepers and fruit flies of Hawaii, and the species-rich plant genera on many island sites will draw the curious biologist more than the pink sands, reggae music, and hula dancing that attract less scientific emotions. Darwin’s poetic ending to the Origin of Species is a kind of slogan on the foundation of evolutionary studies:

It is interesting to contemplate a tangled bank, clothed with many plants of many kinds, . . . endless forms most beautiful and most wonderful have been, and are being evolved.

These oceanic islands led to studies of conceptual islands, pockets of habitat that are surrounded by a contrasting matrix. Managers of reserves and designers of park networks often consider their holdings as islands surrounded by, not seawater, but farm fields, highways, and industrial zones. For this reason, the theory of island biogeography has led to studies of many conceptual islands and how their biological communities form and are sustained. Whether it’s a patch of milkweeds surrounded by other wildflowers in an old field or a newly exposed bare surface in the rocky intertidal zone, concepts from the oceanic islands have been tested to see the limits of extrapolation of ecological principles.

Restoration ecologists in their own way are creating islands of habitat surrounded by a contrasting matrix. We struggle with the fundamentals: how many species should we start with; will mutualists arrive; will edge effects weaken birth rates and heighten death rates; will we lose control of the ecological community structure as kids on motorbikes and non-native species sweep through our newly planted projects? Some of the core principles of island biogeography are also on our minds, most importantly, immigration rates and extinction rates that reflect distance from species sources and the size of the restored projects we are championing. Landscape ecology reminds us that links and corridors among habitat islands are critical to reach the goals stated at the beginning of a restoration process.

Wandering in our great cities may seem like the antithesis of a holiday on tropical islands. But in the sense that urban habitats are surrounded by a sea of asphalt, concrete, and the barriers of apartment buildings, skyscrapers, and elevated tracks, the smaller urban habitats can be branded as islands floating on the Hardscape Sea.

Locally adapted varieties, ecotypes, have been documented in many urban environments. Photo: Steven Handel

Just as the Galapagos and Hawaii are icons of evolutionary novelty, work has shown that our urban islands also may be sites of rapid evolutionary change. Selection forces are strong, with urban heat, atypical soils that are chemically and physically different from historic horizons, and disturbances initiated by people all joining to push against the traits of species that have evolved in more rural settings. A suite of studies (see Briggs 2009, Cheptou et al. 2008. Thompson et al. 2016, and others in the Recommended Readings listing) have documented changes in morphological and physiological traits in urban populations of many plant species. Even behavioral traits of urbanized animals are now known to have changed, evolved, under urban island pressures.

Our cities are known as centers of creativity. This usually means theater, art, and choreography. We now know that the creative acts also include modified dispersal and pollination rates, tolerance for soil pH, and leaf morphologies resistant to heat stress. Buy a ticket and get a front row seat, this new evolutionary show will knock your socks off. As we plan our urban restoration projects the need for attention to these evolutionary changes doesn’t make our work easy but will be needed for long-term sustainability, something we all desire. Are the plants and seeds we purchase appropriate for these oddball urban islands, or do they have provenances that will only thrive in out-of-town ecological theaters? Will our urban islands be close enough to other habitat venues to allow for adequate dispersal rates bringing in new seed and young animals as well as dispersal islands so isolated that they are at the fringes of the native population network and will fade with population extinctions unless long-term and expensive land management is a required project specification? Evolution sometimes occurs quickly, but will change of our initial plant populations occur rapidly enough to match habitat adaptation needs to environmental stresses?

Considering our urban habitats as islands in a sea of constructed problems may focus the protocols of urban work in a different way from restoration work repairing or enlarging most rural habitat preserves. Darwin’s “tangled bank” is being replaced around the world with new concrete jungles. Adaptation and evolution as seen in Darwin’s voyage of discovery has now landed in our city centers where increasing number of restorationists hone their skills. Evolution isn’t ancient history or the stuff of those faraway places, it’s downtown. Take the A train and enjoy it.

Steven Handel
New Brunswick

On The Nature of Cities

Originally published in Ecological Restoration   Vol. 35, No. 3, pages 203-204, 2017
©2017 by the Board of Regents of the University of Wisconsin System.

 Recommended Readings

Briggs, D. 2009. Plant Microevolution and Conservation in Human-Influenced Ecosystems. Cambridge, UK: Cambridge University Press.

Cheptou, P.O., O. Carrue, S. Rouifed and A. Cantarel. 2008. Rapid evolution of seed dispersal in an urban environment in the weed Crepis sancta. Proceedings of the National Academy of Sciences 105: 3796–3799.

Collinge, S.K. 2009. Ecology of Fragmented Landscapes. Baltimore, MA: Johns Hopkins University Press.

Daou, D. and P. Pérez-Ramos (eds). 2016. New Geographies 8: Island. Cambridge, MA: Harvard University Press.

Darwin, C., 1859. On the Origin of Species by Means of Natural Selection. London, UK: John Murray.

Haila, Y., 2002. A conceptual genealogy of fragmentation research: from island biogeography to landscape ecology. Ecological Applications 12:321–334.

McDonnell, M.J. and A.K. Hahs. 2015. Adaptation and adaptedness of organisms to urban environments. Annual Review of Ecology, Evolution, and Systematics 46:261–280.

Thompson, K.A., M. Renaudin and M.T. Johnson. 2016. Urbanization drives the evolution of parallel clines in plant populations. Proceedings of the Royal Society B 283: 20162180.

 

It Is Difficult to Take In the Glory of the Dandelion

Many voices. Greener cities. Better cities.

“It is difficult to take in all the glory of the Dandelion, as it is to take in a mountain, or a thunderstorm.”

Charles Burchfield (1893–1967) is legendary for his watercolor landscapes, painted near his Buffalo, NY, home. His paintings are typically about nature: swamps and forests and backyards that include plants and birds and insects and rays of light. They are full of shapes and living things. His late period pictures, especially, are intense and even hallucinatory. There was a remarkable exhibit of his work at the Whitney Museum in New York City a few summers ago.

He was also a great journalist and over his lifetime wrote over 10,000 pages in various handmade volumes. It was there, on 5 May 1963, that he wrote: “It is difficult to take in all the glory of the Dandelion, as it is to take in a mountain, or a thunderstorm.”

And so they are difficult to take in, both for their beauty and their complexity. How can you describe and assess them? Convey them to one who hasn’t seen? You finally stumble, awestruck, into saying that they are “beautiful”, or “majestic”, or just “amazing”. But as scientists and decision-makers we often have to describe and quantify such entities and then communicate the results in ways that aren’t hopelessly obscure. That are somehow specific. That is, we need to communicate a very complicated thing in a simple, essential, and, above all, useful way.

Charles E. Burchfield (1893-1967), Dandelion Seed Heads and the Moon, 1961-1965; watercolor, gouache, charcoal, and sgraffito on lightly textured white wove paper faced on 1/4-inch-thick laminated gray chalkboard, 56 x 39 5/8 inches; Karen and Kevin Kennedy Collection. https://www.burchfieldpenney.org/collection/object:l2010-001-058-dandelion-seed-heads-and-the-moon/
Charles E. Burchfield (1893-1967), Dandelion Seed Heads and the Moon, 1961-1965; watercolor, gouache, charcoal, and sgraffito on lightly textured white wove paper faced on 1/4-inch-thick laminated gray chalkboard, 56 x 39 5/8 inches; Karen and Kevin Kennedy Collection. https://www.burchfieldpenney.org/collection/object:l2010-001-058-dandelion-seed-heads-and-the-moon/

***

I often find myself at meetings of scientists who want their work used more broadly among policy-makers and practitioners. I often find myself in meetings with practitioners and city managers wondering how to get information they can use. More rarely these are the same meetings.

Disconnects often reside when the language turns out to be different. The rewards don’t exactly match. The information that is needed is at a different scale—time, space, detail—than the information that is on offer. The value systems don’t quite match.

Or sometimes what we’re trying to communicate about is amazing, like a Dandelion. Irreducible. We try to reduce it to something we can measure, comprehend, and communicate. But we don’t quite capture it. The discussion becomes a frustration of ill-matched assumptions.

What is that famous saying? It is in bold below, generally attributed to William Bruce Cameron in his 1963 “Informal Sociology: A Casual Introduction to Sociological Thinking”:

It would be nice if all of the data which sociologists require could be enumerated because then we could run them through IBM machines and draw charts as the economists do. However, not everything that can be counted counts, and not everything that counts can be counted. 

Not everything that counts can be counted, and not everything that can be counted counts.

And yet…

And yet, people who have to make real decisions about the design of cities and parks and plazas and buildings crave, even require clear bases for their decisions; they crave data and information that would suggest the right course of action. Elected officials too, crave some data to support a project that, in the end, may have to, often do, spend a lot of money and proceed on a hunch, on intelligent intuition.

Don’t get me wrong. Intelligent intuition is a powerful thing. It is that, plus values, which lead us to say:

That Dandelion is beautiful.

And so it is.

***

Such conundrums turn up in abundance when we talk about ecosystem services. Why have we been so interested in finding monetary equivalents to the value of biophysical ecosystem services? It is so we can make apples to apples comparisons about how to spend money and make cities work the way we need them to: for people, for Nature, for economies and even for beauty. How much rainwater does a tree pit collect and so keep too much water from entering a combined sewage system (CSS)? That captured water can prevent storms from overwhelming the system, leading to sewage being released untreated, in a Combined Sewage Overflow, or CSO event.  According to EPA and other studies CSO events can release 20-30% of annual urban waste into receiving waters. For me, in New York City, those “receiving waters” would be something more familiar: the Hudson and East Rivers, which make Manhattan an island.

Even preventing CSOs through nature-based solutions is embedded with some abstract values. It costs money. What is the value of a cleaner river next to my city? I don’t swim there. I’m not aware, exactly, of how clean it is. But the idea of a clean river motivates me. What is the value of that?

We, as a society, often make decisions based on complicated and often inscrutable calculus. We make them, effectively, on (hopefully) informed intuition.

***

I worked for a number of years on a project with the Bureau of Land Management in the USA, on a team to create “Rapid Ecoregional Assessments” of the Mojave and Central Basin & Range (Nevada) Ecoregions. These Ecoregions are vast and complex (the Central Basin covers most of Nevada), but an assessment was needed—a description of the status of the place and how it is changing—that was broad in scope but shallow in depth. The BLM needed a useful snapshot that would help them know what to do as they managed their lands in the face of development, ecological transformation, and climate change.

A core thing in such an assessment is to “roll up” small-scale measurements to make larger-scale observations and conclusions. We wanted to take a collection of observations about species and agents of change (water extraction, exotic species, climate change, renewable energy development…not all agents of change are bad) and make conclusions about multi-dimensional and emergent attributes like “ecological integrity”. BLM could then know how to best manage its land for the future.

Was that roll up true? It depended on the values embedded in what we choose to measure and how we interpreted the numbers. Stated that way, truth had no relevance other than the value system we imposed by measurements we emphasized.

Was it absolutely true? No. Did it work was an evaluation of a value system our teams agreed on as key? Yes. Did it work as a decision making tool? We’ll see.

***

Perhaps everything that counts can’t necessarily be counted, but still there are controversial decisions to be made, hard decisions in which there are winners and losers, that have to be decided on hard comparison, apple to apple, that can’t rely on the studied intuition of a savant.

Or can they?

We strive to be societies of laws and rules, societies that are fair and equitable. When we can’t measure that Dandelion, on what basis can we say it is more beautiful than the hawkweed? Than the rose? Than the chickadee. Than the housing development? How is that fair?

But ideas and choices can, in theory at least, be based on values that transcend dollar value. We can decide, as a society, that the Dandelion is not only more beautiful, but more valuable than the parking lot.

We can decide as societies what we value, how we build, what kind communities we make, what they should look like. What they shouldn’t look like. To do so we will need to have more conversations about values. About the kinds of places we want to live. About what kinds of money-things we are willing to forgo to have them. These kinds of conversations will have to take place in commissions and planning boards. They won’t—and can’t—always be about putting dollar values on things, but they do need to assign Value through dialog. All of us will need to participate.

***

Words like improvisation and imagination and intuition can sound awkward in the context of science and policy. Yet these are the very abilities that we need to be able to see past and beyond the details—this species is here, that process is there—to create and understand how a vast and majestic thing works and how it might change.

Perspective is another important word—a sense of what you value in the picture you are creating. The Dandelion seeds are close up in Burchfield’s picture. He values them. The sky is there too. You need to see the patterns and perspective and not only the details; the beating of the heart and not just the heart’s location in the chest.

How do you “take in” a complicated, multidimensional thing like a mountain? Or a park? Or a community garden? Or a city?

With an act of scientific and social imagination.

As summer changed to fall, Burchfield felt the same urge to imagination.

“All day on the gateway to September putting in the huge insect tree in the August part. For the first time in weeks I let myself go in improvisation and fantasy.”
—Charles Burchfield’s Journals, Gardenville, NY, 9 Sept 1950

David Maddox
New York City

On The Nature of Cities