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Agroecology & Regenerative Agriculture excerpt

Agroecology & Regenerative Agriculture excerpt

The following is an excerpt from Agroecology & Regenerative Agriculture: Sustainable Solutions for Hunger, Poverty, and Climate Change by Dr. Vandana Shiva:

Biodiversity is the Foundation of Agroecology

Agroecology is the scientific paradigm for sustainable agriculture. Agriculture is and should indispensably be a life-enhancing phenomenon. Production of a variety of healthy and nutritious foods requires a productive and healthy agroecosystem reverberating with biodiversity in its forest, cropland, and livestock. Agriculture based on healthy, biodiversity-laden, and vibrant agroecosystem is naturally the agriculture rooted into its inexhaustible source of nature: the solar-powered agroecosystem.

Agroecology is the holistic study of agroecosystems, including all environmental and human elements. It focuses on the form, dynamics, and functions of their interrelationships and the processes in which they are involved (Altieri 1987; Reijntjes et al. 1992). Intercropping, agroforestry, and other traditional methods mimic natural ecological processes. The sustainability of many local practices lies in the ecological models that agroecologists follow. By designing farming systems that mimic nature, farmers can get the optimal use out of sunlight, soil nutrients, and rainfall (Reijntjes 1992).
Agroecology gives deeper meaning to agriculture. It integrates agriculture with ecology. It helps us understand the direct relationship between agriculture and ecology. It teaches us to be in tune with nature while producing a diversity of healthy, nutritious, and delicious foods using sources of nature. In essence, agroecology is the philosophy of relishing all edibles that nature produces and, at the same time, nurturing nature so that it can blossom with biodiversity.

Agroecology is now a separate discipline of agriculture and ecology. It is the central concept of many valuable ideas, philosophies, approaches, strategies, and tactics of life which include natural farming, traditional agriculture, permaculture, biodynamic farming, integrated pest management, organic agriculture, and sustainable agriculture. Agroecology uses ecological theory to study, design, manage, and evaluate food production systems. It is the concept on which sustainable agriculture—which ensures the future of agriculture—has been built. It is through applying the principles of agroecology that we protect, conserve, and augment natural resources such as forests, grasslands, livestock, soil, water resources, and farming. Agroecology appreciates and strengthens interactions among all crucial biophysical, socioeconomic and technical components of the agroecosystems. All components are regarded to be fundamental units of an integrated system.

Agroecology helps us understand and maintain vital mineral cycles, biological processes, energy transformations, and socioeconomic relationships in an integrated manner. Agricultural strategies woven around the principles of agroecology look into local geographical, socioeconomic, environmental, and cultural specificities and obey traditions, such as food habits, festivities, and ethical or aesthetic values.

In essence, agroecology is the philosophy of relishing all edibles that nature produces and, at the same time, nurturing nature so that it can blossom with biodiversity.

A one-dimensional monoculture view of conventional agriculture has no place in agroecology. An understanding of ecological and social levels of co-evolution, structure, and function is instead necessary (Altieri 2000). Rather than focusing on one particular component of the agroecosystem, agroecology emphasizes the interrelatedness of all components and the complex dynamics of ecological processes (Vandermeer 1995). Agroecology is a holistic response to agribusiness-based exploitative technologies and trade for profits, which have no room for other values of life and are not conscious of the future of the planet. Agroecology, on the other hand, does not overlook technical and economic aspects but is very much alive to social, cultural, and environmental issues, firmly standing for the present and future well-being of society.

Food production needs are central to the concept of agroecology. The performance criteria in agroecology takes into consideration vital contemporary issues, namely, ecological sustainability, food security, and climate change mitigation and adaptation. Traditional concepts of organic farming, natural farming, and ecological farming offer to resolve numerous issues from the individual family to the global level, from seed to swaraj (self-rule), from agribusiness empire to genuine socialism, from food security to food sovereignty, from ecological disaster to ecological affluence, and from climate chaos to climate order.


Dr. Vandana Shiva is an author, physicist, ecologist, and advocate of biodiversity conservation and farmer’s rights. Her pioneering work around food sovereignty, traditional agriculture, and women’s rights created fundamental cultural shifts in how the world views these issues.

Along with Jerry Mander, Edward Goldsmith, Ralph Nader, and Jeremy Rifkin, Dr. Shiva is a leader and board member of the International Forum on Globalization and a prominent figure of the global solidarity movement known as the alter-globalization movement.

Dr. Shiva founded Navdanya, an organization that promotes agroecology, seed freedom, and a vision of Earth Democracy, seeking justice for the Earth and all living beings. She has authored more than 20 books including Reclaiming the Commons: Biodiversity, Indigenous Knowledge, and the Rights of Mother Earth (Synergetic Press, 2020), Philanthrocapitalism & The Erosion of Democracy: A Global Citizens’ Report on the Corporate Control of Technology, Health, and Agriculture (Synergetic Press, 2022) and Agroecology and Regenerative Agriculture: Sustainable Solutions for Hunger, Poverty, and Climate Change (Synergetic Press, 2022).

Dr. Shiva is a member of the scientific committee of the Fundacion IDEAS, Spain’s Socialist Party’s think tank and the International Organization for a Participatory Society. She received the Right Livelihood Award in 1993, an honor known as an “Alternative Nobel Prize”. She has received numerous other awards and honors for her work including the “Save the World” award in 2009 and the Sydney Peace Prize in 2010. Dr. Shiva’s life and work is the subject of the award-winning 2021 documentary, “Seeds of Vandana Shiva.”

 

 

 

 

‘Biosphere 2: Lessons & Relevance to Global Ecological Challenges’ with Dr. Mark Nelson & Sir Ghillean Prance

‘Biosphere 2: Lessons & Relevance to Global Ecological Challenges’ with Dr. Mark Nelson & Sir Ghillean Prance

September 11th, 12:30 pm, Seminar Talk @ The Linnean Society of London

Biosphere 2 was the world’s first experimental laboratory for global ecology. Sir Ghillean Prance, working with NY Botanic Gardens and Kew Royal Botanic Gardens in London, was allocated to design Biosphere 2’s unique rainforest biome, testing strategies important for preserving rainforest biodiversity. Dr. Mark Nelson was a member of the original 8 person biospherian crew for the daring 1991-1993 closure experiment. Biosphere 2 demonstrated important lessons relevant for improving our relationship with Earth’s biosphere (Biosphere 1): the technosphere can be designed to support life without harming it; new roles for humans as atmospheric stewards; innovative bio-technologies to recycle wastewater and purify air; high-yield regenerative agriculture without use of chemicals set world records; humans as keystone predators, intervening to protect biodiversity; shared dependence on the biosphere overrides group tensions and subgroups.

UN Intergovernmental Panel on Climate Change

A recent landmark report from the United Nations unnervingly warns of a strong risk of global crisis as early as 2040. The report was issued by the Intergovernmental Panel on Climate Change and was written and edited by 91 scientists from over 40 countries analyzing more than 6000 studies. Their findings suggest that if we do not change our global economic system drastically in the next few years, and we keep continuing to let off large carbon emissions into the atmosphere as well as using coal as an energy source, we will begin to see the worsening of food-shortages, wildfires, the mass die-off of coral reefs as well as the beginnings of coastal flooding.

The Need for a New Direction

With the current paradigm of ecological catastrophe in mind, we find ourselves losing hope and it becomes increasingly more difficult to imagine a future in which we coexist symbiotically with our biosphere. Although the biospherians were sealed in the closed ecological framework of Biosphere 2, lessons learned from the experiment and teachings gained have escaped far beyond its physical structure, leaking out into the lives of its inhabitants and many that came into contact with it, encouraging them to live out a path aligned with planetary needs. The experiment’s surprises underscored how much is still unknown about biospheres at large. Biosphere 2 caught the world’s imagination, tapping into the desire of people to reconnect and forge a new relationship with our planetary biosphere. Its lessons are increasingly relevant in the Anthropocene era as we find ourselves desperately in search of a new direction.

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More About Dr. Mark Nelson

Dr. Mark Nelson is a founding member and Chairman of the Institute of Ecotechnics (UK/USA) which consults to innovative field projects in challenging biomes around the world. Such projects include the world city project, the October Gallery or the ocean biome project, the R.V Heraclitus. Nelson’s research includes closed ecological systems, ecological engineering, restoration of damaged ecosystems and wastewater recycling. He was Direction of Space and Environmental Applications for Biosphere 2, and a member of the eight-person ‘Biospherian’ crew for the first two-year closure of the experiment, 1991-1993. His latest book, Pushing our Limits: Insights from Biosphere 2, tells of his experiences and lessons learned during his experimental enclosure. He is also the author of The Wastewater Gardener: Preserving our Planet One Flush at a Time, and Life Under Glass: The Inside Story of Biosphere 2 (with Abigail Alling & Sally Silverstone).

More About Sir Ghillean Prance

Sir Ghillean Prance FRS PPLS has conducted 39 expeditions to study the Amazon flora. He is a former Director of  Kew Royal Botanic Gardens, author of 24 books and monographs and extensive papers on the taxonomy of tropical plants, ethnobotany, and conservation. He was involved with the development of rainforest biomes at Biosphere 2 and at the Eden Project. Most recently, he worked at co-editor of the landmark academic volume, Ethnopharmacologic Search for Psychoactive Drugs: 50 Years of Research.

 

Polymath John Allen Interview in Mousse Magazine

Polymath John Allen Interview in Mousse Magazine

“The Search for a Unique, Non-repeatable Experience”

Interview with John P. Allen, Kathelin Gray & Hans-Ulrich Obrist featured in Mousse

John P. Allen, author, poet, and visionary inventor of the Biosphere 2 project talks with director, writer and curator, Hans-Ulrich Obrist in an interview featured in the Italian contemporary art magazine Mousse. The full interview can be read in Mousse 57, February-March 2017.

Within the interview, Obrist sets out to unravel the foundational epiphanies that served as the springboard for the conceptualisation of Biosphere 2. Further discussing the major ideas, philosophies and great thinkers that filled Allen with the inspiration that fed into this milestone project. The primary epiphany being Allen’s realisation “that humanity is part of the biosphere and the biosphere is the dominant overall unity that comprises everything.”

Me and the Biospheres: A Memoir by the Inventor of Biosphere 2

In today’s world, where the problems of climate change, pollution and ecological destruction become ever more pressing, we often tend to forget about the things which have already and are still being done for the environment, in attempts to align man with the natural world.

For those wishing to learn more about John Allen, his singular life, and the field of Biospherics, we recommend checking his definitive autobiography and memoir: Me and the Biospheres; A Memoir by the Inventor of Biosphere 2. Me and the Biospheres is a fervent call to reawaken to the blessing of our beautiful home, Biosphere 1, the Earth.

More About John P. Allen (nom de plume Johnny Dolphin)

John ‘Dolphin’ Allen is an Oklahoma-born author, poet, playwright, engineer and metallurgist who invented, envisioned, and co-founded the Biosphere 2 project. Biosphere 2 was the world’s largest laboratory for global ecology, comprising of a series of airtight chambers making up a closed life systems ecological unit where eight people took up an experimental residence for 2 years in order to better understand how to live sustainably within a closed system.

Allen also conceived and co-founded nine other projects around the world, pioneering in sustainable co-evolutionary development. He is currently Chairman of the Institute of Ecotechnics (IE) Corporation. IE is an International Non-Governmental Organisation which owns and operates innovative sustainable ecological projects in different biomes worldwide such as the R.V. Heraclitus, or Las Casas de la Selva, among many others.

What’s Really Happening To Our Planet?

What’s Really Happening To Our Planet?

Tony Juniper, well-known British environmentalist and adviser to Prince Charles, understands what’s happening on our planet. While he’s been fighting for a more sustainable society, Tony has also been sharing information about the dramatic changes that have been happening on earth. In the following video, you can hear some of the numbers that can help you understand the changes that are going on today.

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10 Quick Facts About Climate Change from Tony Juniper

  1. Since 1950, the world’s population has tripled
  2. The number of cities with a population of over 10 million people was: one in 1950, ten in 1990, and is twenty-eight today
  3. Global energy demand is expected to double by 2030 compared to 1990 (with most new capacity coming from renewable sources)
  4. Only about 1/4 of the planet’s agricultural land is being used to grow crops, the rest is being used to raise animals
  5. About 97.5% of the planet’s total water resources is salt water, about 0.3% is liquid water at the surface, the rest is locked in groundwater and ice caps
  6. Since 1900, the consumption of construction materials, metals, ores, fossil fuels and biomass has increased tenfold
  7. Carbon dioxide concentrations in the planet’s atmosphere are higher now than at any point in at least the last 800,000 years
  8. Ten thousand years ago, 99.9% of vertebrate biomass was composed of wild animals; today, 96% of vertebrate biomass is made up of people and their domesticated animals
  9. The rate of animal and plant extinction taking place on the planet today is approaching a rate not seen on earth for 65 million years
  10. Since 1962, the area of protected habitat on the planet, in the form of national parks and nature reserves, has increased fourteen fold, to reach more than 33 million square kilometers

Understanding What the Planet Does for Us

Tony Juniper | What Has Nature Ever Done For Us?

As we try to understand what’s happening to the planet, we can also learn what the planet does for us. Take a more in depth look at the services that nature freely provides to humanity, many of which we don’t even realize.

In What Has Nature Ever Done for Us? British environmentalist Tony Juniper points out that we think everything nature does for us—providing water, pollinating plants, generating oxygen, recycling miracles in the soil and much more—is free, but it isn’t. Its economic value can, and has been, measured. And upon realizing what that value truly is we would stop treating our natural systems in a destructive manner. For example, in 2005 Hurricane Katrina cost the US $81 billion and the damage still remains. If the land around the levees hadn’t been redeveloped for shipping and aquaculture, at an estimated value of $100,000 to $450,000 per square mile of natural mangroves, then it is believed, much of the damage caused to the city would not have occurred.

During recent years, environmental debate worldwide has been dominated by climate change, carbon emissions and the greenhouse effect. But a number of academic, technical, political, business and NGO initiatives indicate the emergence of a new wave of environmental attention focused on “natural capital,” “ecosystem services” and “biodiversity,” things nature does for us.

What Has Nature Ever Done for Us? contains impactful stories imparting warnings about unfortunate occurrences such as a rabies epidemic that followed the disappearance of India’s vultures (drugs administered to cattle killed the birds, leaving uneaten carcasses that led to an explosion of wild dogs), as well as promising and enlightening tales of how birds protect fruit harvests, coral reefs shield coasts from storms, and rainforests absorb billions of tons of carbon released from automobiles and power stations. As a result of its immediacy, Tony Juniper’s book will entirely change the way you think about life, the planet and the economy.

Twenty-five years of Science and Imagination at Biosphere 2

Twenty-five years of Science and Imagination at Biosphere 2

Celebrating the 25th Anniversary of Biosphere 2

This year the revolutionary laboratory on earth sciences, Biosphere 2, is celebrating its 25th Anniversary. The initial experiment began in September of 1991 when eight pioneering individuals were enclosed inside of its glass walls for two years. The existence of Biosphere 2 and the research conducted there continue to gain attention, as it fuels understanding of planetary systems and calls attention to the realities of our circumstances on the original Biosphere, the Earth.

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In 1993, in the first moments when the human experiment was coming to a close, the biospherians re-entered the outside world after two years of stewardship in their enclosed home. Mark Nelson, who managed the wetland sewage treatment system inside of Biosphere 2, shared a few words on the experience:

Mark Nelson in the wastewater treatment marsh of Biosphere 2

Mark Nelson in the wastewater treatment marsh of Biosphere 2. Photo from biospherics.org

“We’ve come out of another world. Through that thin airlock there is another world living… What’s been surprising and profoundly wonderful is that operating Biosphere 2 has changed the way I operate my organism. To live in a small world and be conscious of its controls, its beauty, its fragility, its bounty and its limits changes who you are.”

Mark Nelson, PhD, one of the original Biospherians and author of The Wastewater Gardener: Preserving the Planet One Flush at a Time

Several recent articles have revisited the story of Biosphere 2, while highlighting the role that the facility continues to play in inspiring a new generation to be ecologically minded.

“Many older generations know of us thanks to the experiments conducted in the early 1990s,” explains John Adams, deputy director of Biosphere 2. “But we really want to engage with the younger generations.”

The experiments Adams refers to are two missions which saw a team of scientists seal themselves inside the laboratory. The first mission garnered the most column inches; four men and four women entered Biosphere 2 in 1991, vowing to stay inside the lab for two years, without any physical contact in the outside world. The team hoped to demonstrate the viability of closed ecosystems in maintaining human life, and also explore how such a closed biosphere could be used in space colonisation.

Huffington Post UK

Flowing Through Changes Over Time

Whenever there’s an experiment at Biosphere 2, it’s a big experiment. This summer, Biosphere 2 will be home to the largest study ever conducted on how water moves through a landscape.

Photo credit: Gil Kenny

Water is clearly vital to life, but so are the minerals and nutrients it picks up as it flows through rocks and soil. This process, called weathering, underlies everything else in an ecosystem, including microbes, plants, animals, agriculture and how the landscape changes over time. . . .

“Chemical weathering is the first thing you need in order to form a habitable planet,” says Dixon. But the process is still not well understood.

That’s where Biosphere 2 comes in.

New Scientist

Although weathering has been studied in laboratories, there is no other laboratory that can compare in providing such large-scale conditions with the benefit of being a controlled atmosphere.

. . . the University of Arizona is transforming part of the site into a “Land Evolution Observatory”—a 10-year, $5 million project to study how vegetation, topography and other factors affect the movement of rainwater through watershed to drinking water.

Newsweek

The substantial site provides a unique opportunity to see how water moving over the land causes changes over time on a real-world scale.  

Living in Harmony at the Heart of Biosphere 2

Aside from serving as fertile ground for conducting scientific research on how water and soils operate, Biosphere 2 provides an experimental mirror for the way humanity relates to the Earth. John Allen, the inventor, conceiver and co-founder of the Biosphere 2 project provided an unparalleled opportunity to reflect on our own lifestyles. He spoke at the re-entry ceremony, when the eight people who had dedicated two years of their lives to the ambitious project emerged back into the larger atmosphere of the biosphere that we all share.

Project founder John Allen inside Biosphere 2

John Allen inside the Biosphere 2 test greenhouse. Photo Copyright: © Peter Menzel www.menzelphoto.com

“The biospherians have shown in practice for the past two years the do-ability of a comprehensive code of ethical behavior in a new area in which we can no longer depend on the aesthetic interests of the few or the economic interests of the many to maintain proper behavior in humanity’s relationship to the very basis of our life, to the biosphere. The eight biospherians ate, slept, worked, dreamed, enjoyed and suffered, in short existed in harmony with their biosphere. Their biosphere flourished with their way of life, they recycled their food, their wastes, their water, their air. They protected biodiversity and enhanced the beauty of their landscapes. Their own bodies purified and their biosphere sparkles undimmed without a ghost-like fog of smog. They lived with high tech instrumentation and communications but in a non-destructive, ecotechnic way… Sophistication and love of wilderness blended and fulfilled their dreams. I appreciate the biospherians’ skill in operations, their integrity in research, their zest for exploration but I honor them for their ethical achievement, achieved at no small cost to their immediate gratifications, for having done what they perceived they ought to do.”

John Allen, Inventor, Conceiver and Co-Founder of Biosphere 2, author of Me and the Biospheres: A Memoir by the Inventor of Biosphere 2 

 To celebrate the 25th Anniversary of Biosphere 2, we’re offering a 25% discount on The Wastewater Gardener: Preserving the Planet One Flush at a TimeMe and the Biospheres: A Memoir by the Inventor of Biosphere 2, Life Under Glass: The Inside Story of Biosphere 2  as well as our other significant biospheric titles such as Geochemistry and the Biosphere: Essays by Vladimir VernadskyThe Anthropocene: The Human Era and How it Shapes Our Lives, What Has Nature Ever Done for Us? How Money Really Does Grow on Trees 

Use coupon code Bio25 at checkout from our Synergetic Bookstore for 25% off of these important ecological books!

Wastewater Gardner CoverMe and the BiospheresThe Inside Story of Biosphere 2geochemistry and the biosphere

anthropocene

What Has Nature Ever Done For Us?

 

 

 

 

 

 

An Architectural Overview of Biosphere 2

And to read more on history of biospherics, the creation of Biosphere 2, and its continuing legacy from an architectural point of view, check out this paper written by Antonino Di Raimo, Architect PhD, Dean of Architecture at POLIS University from Tirana Architecture Week.

Allowing the Unknowable: The experience of Biosphere 2

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