Wednesday, April 27, 2022

Podcast | Questioning the 3-30-300 rule



In this podcast, André Losso and Daan Vandersanden play the role of good cop - bad cop to discuss the proposed method of 3-30-300 greening the city by Cecil Konijnendijk.


The author was the latest recipient of the prestigious Franqui medal (in Louven, April 19th), kickstarting a series of lectures and meetings on trees in cities, urban forests, urban design and planning @ KULuven. He is also one of the top 2% most relevant researcher on activity. 


Some supporting and selected links: 

Monday, April 25, 2022

Urban Bioregionalism: An Approach to Foster Human-Environment Connection

By Camille Leddet and Madeline Thomas

The urban environment is encountering a multitude of environmental challenges and cities are faced with increasing amounts of air pollution, loss of green and natural spaces, and a loss of water supply. New pathways are needed to combat these challenges that focus on urban restructuring and environmental learning which do not solely concentrate on implementing policies from above. Actions of individuals and groups should also be included to readjust the relationship between urban residents and their environment. In the paper “Exploring Urban Bioregionalism: a synthesis of literature on urban nature and sustainable patterns of urban living”, Sarah P. Church (2014), offers an approach on urban bioregionalism that aims to establish sustainable urban development through “an incremental transition to a new way for people to live and connect with nature” (p. 2). This blogpost presents a brief history on the concept of bioregionalism, followed by an analysis of Church’s application of the concept to the urban context. We will end this post with an evaluation of her suggestions and also hint at limitations of her research.

Inherited from the regionalist visionaries of the beginning of the 20th and their claim to contain the spread of industrial cities and the destruction of the hinterland through the implementation of self-sufficient decentralized regions (Geddes, 1915; MacKaye, 1928), the concept of bioregionalism emerged in the 70s in Northern California. The bioregionalism philosophy advocates for the recognition of environmental features rather than administrative borders to define bounded areas in order to implement more sustainable political, cultural, and economic systems. Following the path of political decentralization (Dodge, 1981), bioregionalism is thus thought of as a holistic transformation of society by the reinvention of governance structures based on ecologically and geographically areas. Its emphasis on ecological features, local environment, and community are rooted in sustainability and place-based theory considering human-environment relations as a key characteristic.

Nevertheless, and as pointed out by Church (2014), the holistic philosophical framework led to overlooking the implementation of bioregional principles within the urban context. Despite the awareness amongst bioregionalists that cities cannot be ignored (Carr, 2004), the continuous expansion of globalized cities makes the bioregional radical vision almost impossible. Against what might be perceived as utopian, the conceptual model of Church (figure 1) stresses an epistemological shift through the implementation of bioregional principles into small-scale urban areas. The different realms, factors, and relations within the model thus underscore the potential of urban bioregionalism as “an iterative process for incremental change” (Church, 2014, p. 4). This new approach calls attention to possible tools to foster the human-environment connection within the urban.



Figure 1: Urban Bioregionalism Model. Source: Sarah P. Church.


Church (2014) created this model of urban bioregionalism to exemplify how this conceptual framework can engender change in the environment of already existing cities. The goal of her approach is not just sustainable urban development but also a remodeling of the relationship between humans and nature and it seeks to establish a new alternate way of living and connecting with nature. Church (2014) identifies three overarching realms necessary to engender this change: the democratic process, public discourse, and the physical environment of the city. Furthermore, she proposes three factors which influence the transformation towards sustainable urban living: municipal policies, neighborhood-oriented stewardship, and individual actions. The three realms are dependent on each other and are determined by the three factors. Municipal policies, in the realm of the democratic process, are needed to employ the principles of urban bioregionalism. These policies could include “sustainable stormwater management” (Church, 2014, p. 6), planning policies that focus on accessible and integrated nature in the urban environment as well as stewardship programs that provide opportunities for neighborhood-oriented stewardship. This stewardship, which occurs within the realm of the physical environment, should focus on the fostering of a community identity and community attachment through social practices (Church, 2014). This could materialize via initiatives such as community gardens or the maintenance of rain gardens to create a neighborhood that is connected and involved with nature (Church, 2014). These actions are also a way for residents to engage in social and environmental learning, an important component of the philosophy of bioregionalism. The last factor for a successful implementation of urban bioregionalism are individual actions. The two two-way arrows in the figure highlight the relationship between neighborhood-oriented stewardship and individual actions, as well as public discourse and individual actions. Through the environmental learning of others and the sharing and teaching of information, people may change their behaviors in their daily lives. Hence, simultaneous changes in policies and community as well as individual actions are necessary to cultivate “bioregional ideals of sense of place and community, ecological awareness, active participation, stewardship, visible natural systems, and nature in cities” to reconnect urban residents to the natural environment (Church, 2014, p. 5).

By addressing more sustainable ways of living and cultivating ecological consciousness, urban bioregionalism appears as a valuable model to challenge the urban separation between residents and natural systems. However, we should not take for granted this model and overlook the social and political aspects of the city. First, the social inequalities and urban segregation within the city raise the question which neighborhoods are the most likely to introduce initiatives related to neighborhood-oriented stewardship. How to prevent social-class bias and the social obstacle to ‘greening’ participation? Second, the short-term political agenda can be a threat due to the political shift. How can this model provide safeguarding against political undemocratic decisions? It should be of utmost importance that local politicians do not transfer the responsibility for more sustainable cities to its residents but respect the collective responsibility. Last but not least, urban bioregionalism can lead to a local trap with collective and individual actions directed towards local solutions rather than articulated to the wider issues expressed at the local scale. Going back to the holistic view, the lack of bioregional governance structures might annihilate the subversive power of urban bioregionalism by only focusing on the physical environment. Hence, are environmental consciousness and practices at the local scale enough to prevent a not-in-my-backyard effect dissociated from social concerns, one of the key components of environmental justice?


Sources
Church, S. P. (2014). Exploring Urban Bioregionalism: a synthesis of literature on urban nature and sustainable patterns of urban living. S.A.P.I.EN.S, 7(1), pp. 1-11.

Dodge, J. (1981). Living by life: some bioregional theory and practice. In: Dryzek, J.S. & D. Schlosberg (Eds.) Debating the Earth, 2nd edition, pp. 355-363. Oxford University Press.

Geddes, P. (1915). Cities in Evolution: An Introduction to the Town Planning Movement and to the Study of Civics. London: Williams & Norgate.

MacKaye, B. (1928). The New Exploration: A Philosophy of Regional Planning. New York: Harcourt, Brace and Company, Inc.


Friday, April 22, 2022

Youth & Self-picking gardens

Mahecor and Bert are two friends who met through their children's school and started a self-picking garden together to fulfill their dream and turn their passion into reality. Bert's background in land and forest management studies and Mahecor's experience from Senegal enabled these friends to set up sustainable projects. In 2019 they started with one garden in Herne, where they started growing dozens of types and varieties of fruit and vegetables. They then opened a second self-picking garden in 2021, this time in Gooik. In the self-picking garden, people can not only harvest what they ripen themselves but also introduce their children to agriculture in a rather interesting way.

Have you ever thought of a hobby such as growing a garden? What about linking it with technology? We are going to tell you about one of the examples of urban agriculture - the Groeituin 5.0 - an open-air lab in Gooik where children and young people aged 10 to 18 are involved in science and technology as a full-fledged hobby. Urban agriculture has a long history, it served to supply urban dwellers with food, was crucial during war times. There are different forms in which it can exist in cities today besides rather usual greenhouses and street gardens - e.g. vertical gardens, roof farming, green walls, etc. The Groeituin 5.0 despite being rather a “traditional” form of urban agriculture invites children and young people not only to plant but also to innovate. The growth garden is located behind the Photonics Innovation Center in Gooik (Vellezelestraat 46) and will develop into a picking garden, conservatory, animal area and trees.

The project itself is a collaboration between the Brussels Photonics Team of VUB (B-PHOT), VUB research groups such as MICR – Microbiology or PLAN – Plant Genetics, and also other eleven partners from Pajottenland.

Participants are invited to think about the garden from the bigger perspective of sustainability and be conscious of their use of raw materials such as water and nature. They start their projects from thinking about the bigger topics: 'Water', 'Food' and 'Life on Land' every start from a social challenge, which is also linked to the sustainable development goals. Then, they replicate the possible solutions to these challenges in the garden.

Water

Young people are encouraged to think about more sustainable water management. This module emphasizes the importance of sustainable water management, which is a crucial element in the success of many companies, but also in this case the development of a picking garden. The aim of this module is to get the children to think about a design of an optimal and circular water system for the Groeituin.

Food

Young people will be challenged to apply technology to automate organic horticulture. This module covers how everyone is responsible for responsible food consumption and production, not just large producers and the food industry. Children learn how to produce useful biomass from spontaneous natural processes, and how biodiversity, crop rotation and mixed crops are important factors to consider when determining the need for seed drills.

Life on the Land

The challenge lies in applying automation and digitization to create a safe and animal-friendly environment for the animals that are bred in the growing garden. This module teaches the children about the diversity of animals, their role in the ecosystem and what types of legislation apply to animals raised for consumption. Moreover, it also integrates the concepts of technology, digitization and AI to encourage the children to think about alternative ways of monitoring and feeding animals.

What can I get? Just Start

Learn through Action

For the coming years, young people will be able to participate in STEM activities under the guidance of experts in the form of both after school meetings and summer camps. They see major challenges for the future. “To produce 'with nature', you have to understand it well, and what about extreme drought and heat, too much rain in too short a time, keeping the soil healthy and animal happiness?”, says farmer Bert, “The children and young people will become acquainted with the best scientific knowledge on these various themes, but will above all be challenged to look for new solutions themselves.”

Inclusive & Engaging

STEM activities of the Groetuin take place once a week in the afternoons. These sessions are free in which anyone between 12-18 can participate. In 2021 the first summer camps were held with the focus on water 2 summer camps (5-12 years & 12-18 years) 20 kids per group The standard fee is €150; if you want to support the garden you can pay €200; if you are struggling financially, you can contact them to find a tailor-made solution.

Let's raise awareness about the local climate actions from the young age! Starting from the small local garden today we grow not only plants but also the generation of future leaders able to act globally!






By Eda Nur Yilmaz & Karine Jegiazarjana

Degrowth: an opportunity for urban greening and ecosystem restoration

 By Vitaly Matveev and Bruno Ricardo Faustino Mesquita

The concern with environmental degradation and future quality of life has become part of public debates and activism worldwide. More than ever before, human societies are faced with a fix-it or face-a-catastrophe situation, as warned by successive IPPC reports. Unsurprisingly, the topic has gathered increasing air time on TV, radio, podcasts, the written press, and scientific publications for a general audience. In this latest category, Jason Hickel recently released the book Less is More: How
Degrowth Will Save the World


Jason Hickel is an economic anthropologist, with roots in Africa, focused on issues of global inequality and ecological economics. He teaches in the Institute for Environmental Science and Technology at the Autonomous University of Barcelona, and he is also a visiting senior fellow at the International Inequalities Institute at the London School of Economics, in addition to regularly contributing to global news outlets, like The Guardian and Foreign Policy


His most recent book, from 2021, explores the causes of the climate breakdown and ecological disaster, while proposing a way out of it. The book starts with a clear eyed review of evidence of the collapse of interconnected natural systems on which humans depend on to live. For instance, evidence for the 6th epoch of mass extinction and loss of biodiversity, in which the rate of species extinction is 1000 faster than before the industrial revolution; extreme weather events and rising temperatures that reduce agricultural yields; among others. Consequently, the collapse of global ecosystem services will have unavoidable impacts on urbanized human societies and beyond.  


Hickel proposes that our economic system, capitalism, is at the source of planetary change. Capitalism depends on constant growth in order to maintain itself (otherwise there will be crisis and economic depression), which requires ever increasing extraction, production and consumption. The problem is that the desired growth rates of 2% to 3% yearly are exponential curves. A 3% yearly growth means doubling the size of an economy every 23 years, with obvious consequences on the exponencial pressures on resources and nature to absorb pollutants. Additionally, Jason Hickel points out that this growth overdrive is linked primarily to high-income countries, where growth is completely decoupled from any concept of human need or human flourishing, creating a situation of extreme global economic and environmental  inequality. 


What is the solution then? From a systemic perspective, the only way to effectively halt and reverse environmental catastrophe is to abandon the idea of growth, and instead embrace  degrowth. Any policy measures or technologies that do not tackle the structural imperative of economic growth are doomed to fail or, at least, fall short. But are we, as societies, ready to question growth? Apparently, yes. It has been shown that people prioritize environmental protection over growth across countries


Degrowth (or post-capitalism) proposes that income and resources are more equitably distributed, while downscaling energy and resource use to be in balance with the living world. By tackling inequalities and reducing pressures over the planet, it is possible to sustainably distribute resources worldwide to sustain general well-being and human flourishing, without the current, negative impacts. After all, why did the richest 1% need to absorb 28% of all new global income in the past 40 years? Jason Hickle’s degrowth idea  proposes that we implement economic and social measures that reorganize the economy around human needs, instead of growth, but also that we change our ethos. 


For instance, one of the reconsiderations we could make to transition to degrowth is precisely an ethical one: our perception of nature and our relationship with it. Legal personhood is given and used by corporations to defend their interests, including in the political arena. If companies such as Shell or Google can lobby and be legal political actors, why shouldn't parks, rivers or forests be granted the same right to do so? An equitable approach to nature, as a separate legal entity that doesn’t belong to anyone, including governments and corporations, could change the way we perceive its relationship to human society. Recognising the rights of Mother Earth to life, the right to regenerate its biocapacity and existence free from pollution, and the right to harmonious coexistence with everyone could be a starting point to get away from the exploitative capitalist logic. In the context of urban areas, nature plays a crucial role in urban living, providing environmental benefits to residents that compete with imperatives of accumulation. Giving legal personality to places like urban forests, parks or water systems as representative entities of nature would recognize their legitimate interests beyond just being objects of exploitation, and more in line with traditional animistic views that recognize nature as a form of personhood. It would also give greater voice to local concerns regarding the role they play for communities. 


Whanganui River, image source
The story of Whanganui River in New Zealand has recently set this idea in motion. Generations of indigenous Māori people have fought to gain recognition of the river as a single indivisible entity which their community relies on. Under a law adopted in 2017 the river and all its physical and metaphysical elements were considered a legal person, which should protect its natural resources from sewage pollution and gravel extraction. This legal construct translates Māori world views into treating the river as equal, giving back at least as much back as taking from it. Not surprisingly, it is estimated that 80% of the planet’s biodiversity is in areas curated by Indigenous peoples.


Changing our relationship with nature by challenging capitalism's ethos is one of the main arguments made by Jason Hickle. Giving legal personhood to our urban nature is therefore a chance to imagine and experiment with a degrowth system, where the Earth’s natural resources are used in respect to its reproductive capacity and harmoniously coexist with humans. Cities are often seen as the test tubes of public policy. Why not use our cities to demonstrate how a new, degrowth paradigm can be a potent form of urban greening and ecosystem restoration in cities?

GREEN TRAMWAY TRACKS – A FLAWLESS NATURE-BASED SOLUTION FOR URBAN GREENING?

  By Jakub Osmański   Although they had been known and used for over 100 years, the interest in green tram tracks and their application ...