Category Archives: General

Mapping urban wildlife habitat

The city of Chicago, but the city has recently released a plan to protect its existing important wild (or feral) areas. A US public radio story describes how Chicago is Making room for wildlife in the city.

Jerry Adelmann’s been a fan of green space in the city for decades. He’s the chair of Mayor Richard Daley’s Nature and Wildlife Committee. Two years back, Adelmann suggested making a comprehensive inventory of Chicago’s last remaining scraps of habitat.

“We have some of the rarest ecosystems on the globe – tall grass prairie remnants, oak savanna, some of our wetland communities are extraordinarily rare, rarer than the tropical rainforest, and yet they’re here in our forest preserves and our parks, and in some cases, unprotected.”

The city recently unveiled a new plan to protect these little places in the city. The Nature and Wildlife Plan highlights one hundred sites, adding up to almost 5,000 acres. Most of the sites are already part of city parks or forest lands, but until recently, they didn’t have special protection.

Kathy Dickhut is with Chicago’s planning department. She says before Chicago’s recent zoning reform, these sites the city wanted to protect were zoned as residential or commercial areas. Now they’re zoned as natural areas.

“Buildings aren’t allowed, parking lots aren’t allowed. This area is not going to be zoned for any other active use whereas other parts of the parks we have field houses, zoos, ball fields, but in these areas we’re not going to have structures.”

Dickhut says even though land’s at a premium in the city, the planning department hasn’t run into a lot of opposition with the new habitat plan. She says she just got a lot of blank looks. Local officials were surprised the city wanted these small pockets of land.

And that actually worked in the city’s favor. The city’s been able to acquire new lands for habitat that no one else wanted.

“As a rule we don’t like to take the throwaways for parks and habitat. But in some cases, habitat lands work well where other things won’t work well. If you’ve got a road and a river and a very skinny piece of land that won’t fit anything else, that’s good for habitat, because anywhere where land meets water is good for habitat.”

The city’s also turning an old parking lot back into sand dunes and elevated train embankments into strips of green space. And though some of this land isn’t exactly prime real estate, the city does get donations with a little more charisma.

In Chicago’s industrial southeast side, the U.S. Fish and Wildlife Service discovered bald eagles nesting in the area for the first time in a century. The birds were nesting on a 16 acre plot owned by Mittal Steel USA. The city got the company to donate the land.

via Bootstrap Analysis

What are Resilience Alliance members and partners reading?

Recently Resilience Alliance (RA) members and partners were asked “what are the best books that you have read in the past year”?

Their book suggestions have been compiled into a four-page annotated booklist. The list of both fiction and non-fiction books includes many familiar titles as well as less-familiar but very intriguing books that have no doubt resulted in multiple book purchases on everyone’s part. Book themes range widely across: climate change, conservation, human behaviour, history of past civilizations, global change and cultural clashes, to name a few. The list is below the break.

RA Partners & Members Booklist – October 2006

Non-Fiction

Against Extinction by Bill Adams. Earthscan, 2004
It is a rather UK-centric overview of the past 100 years of conservation but is well written and contains a strong message.

The Great Influenza: The Epic Story of the Deadliest Plague In History by John Barry (2004).
Many resilience ideas throughout, although not stated as such. Great story on the role of science in real world management issues. He also wrote Rising Tide, about the 1927 flood and how it changed the south (especially New Orleans), 80 years before hurricane Katrina.

Sacred Ecology by Fikret Berkes

Thin Ice by Mark Bowen
This book details how a different strategy for doing ice core samples struggled with the conservatism of big science, but revealed significant anomalies on global change theory and the likelihood of simple switches for autocatalytic processes. As it happens, those ice cores — taken over 25 years at above 20,000 feet in the tropics — are the only samples likely to be available in our epoch, due to subsequent melting and contamination. Very good reading.

Our Inner Ape by Frans de Waal.
The biological roots of conflict resolution, aggression and morality.

Primates and Philosophers by Frans de Waal (Princeton University Press).
Both fun reading and important for those of us struggling to develop a better theory of human behavior to imbed in our studies of complex, social-ecological systems.

The Beginner’s guide to winning the Nobel prize: a life in science by Peter Doherty.
Easy reading, emphasizing the love, passion and driving elements that can make a life in science so rewarding. Unfortunately, he has drawn a line between science and research, where research is what social scientists do, whilst real scientists do ‘reductionist’ type
things.

The Weather Makers by Tim Flannery.

The Upside of Down: Catatastrophe, Creativity and Renewal of Civilization by Thomas Homer-Dixon (Island Press 2006).

Maximum City: Bombay Lost and Found by Suketu Mehta.
In the next fifty years the world’s population is expected to increase by roughly 50%. Almost of this population growth is expected to be in cities in the developing world. Suketu Mehta presents Bombay as a representative of this new type of developing country megalopolis. His beautifully written book tells the stories of gangsters, policemen, politicians, dancers, Bollywood stars, the middle class, and slum dwellers. He tells of the failure of state justice, police assassinations, and the intertwined lives of gangsters and movie stars – as well as Bombay’s connection with Dubai, India and the West. (see also article on Resilience Science weblog: http://resilience.geog.mcgill.ca/blog/index.php/2006/03/18/megacities-3-views/)

Where there’s a will by John Mortimer.
An English lawyer turned author (Rumpole of the Bailey series). This is his advice to his family, a sort of rider to his will, on how to lead and not lead one’s life in 31 short pieces. Number 29 is titled “Avoiding Utopia”.

We are everywhere. The irresistible rise of global anticapitalism. VERSO, London, New York. Notes from Nowhere (Eds). 2003.
Authored by an assortment of people from the global anticapitalism movement. Inside descriptions of the functioning of distributed networks and a revolution that might be.

Success through Failure : The Paradox of Design by Henry Petroski.
Historical cases from civil engineering where trial and error led to more successful designs.

The Omnivore’s Dilemma by Michael Pollan.
The dilemma of meeting our calorie requirements by a description of four types of meals.

The Reluctant Mr. Darwin: An Intimate Portrait of Charles Darwin and the Making of His Theory of Evolution by David Quammen.
A good expose of science vs. religion in an era of conservative backlash in Europe, and the efforts of scientists to rise above the socio-political climate in making new and controversial findings.

The Art of the Long View by Peter Schwartz.
Provides a different approach to scenario building. We’re doing some futures work at WCS, and this book was a helpful guide to setting up our own way of “thinking about what we’re not thinking about, instead of just thinking about what we’re thinking about.” If you get what I mean.

The Golden Spruce: A True Story of Myth, Madness and Greed by John Vaillant.
A complex story of people and Nature in British Columbia. The Golden Spruce was a unique tree on the Queen Charlotte Islands (Haida Gwaii) that was cut down in a misguided environmentalist protest by a bitter ex-logger, who had been driven mad by the contradiction between his love of being in the wild woods and his life spent being a logger, in what he loved, destroying it. The book is a rich story of the economic, cultural, and geographic relationship between people and nature in the coastal rainforest of BC.

Genghis Khan and the Making of the Modern World by Jack Weatherford.
The anthropologist Jack Weatherford tells the incredible life story of Genghis Khan, who went from being a poor nomad called Temüjin, to founder of the world’s largest empire. An empire that played a key role in stimulating technological and cultural cross-fertilization. The book is well written and an presents an unfamiliar version of world history.

Getting to Maybe by Frances Westley, Michael Patton, and Brenda Zimmerman. (Random House 2006)

A Short History of Progress by Ronald Wright.
It’s an amazingly succinct and fascinating, easy-to-read account of the development of the world, from the advent of Homo sapiens to where we are today. The significance of resilience in the journey(s) is inescapable.

Fiction

Oryx and Crake by Margaret Atwood.
Oryx and Crake captures a future social world that has collapsed, and includes issues around cloning, climate change, equity, etc. A good read.

Mr. Timothy by Louis Bayard.
A novel set in19th century England. About Timothy Cratchit (Tiny Tim) grown up and
trying to escape his suffocating virtue.

The Power of One by Bryce Courtenay (1989 Ballantine Books).
A little old but truly an outstanding story of the human spirit in South Africa just before apartheid collapsed.

We Killed Mangy Dog (& other Mozambique stories) by L. B. Honwana.

The Kite Runner by Khaled Hosseini.
An outstanding book on cultural clashes.

Antarctica by Kim Stanley Robinson.
A novel set in Antarctica in the near future, ~ 2050. Climate warming is melting the ice cap to the point where methane is becoming commercially exploitable and soon other minerals will be extractable. The Antarctic Treaty is in danger of collapse because transnational corporations are preventing ratification by the US. The continent is sparsely populated by scientists, eco-tourists, employees of extractive industries, and true Antarcticans — “ferals” who live there permanently in a novel culture that blends modernity with skills from the Inuit and Saami. Then there is an eco-terrorism incident which ends up getting resolved by an odd coalition of ferals, scientists, a couple of renegade oil employees and a beautiful female mountaineer.

Aside from being an entertaining story for a long plane flight, the novel blends elements of adaptation and green technology innovation to explore fundamental ideas about transformation of society in a changing world. The author evokes the feeling that the people in the story are truly the primitives of an emerging civilization, something completely new and reconfigured for a previously-uninhabitable continent in a rapidly changing world. It is full of little resilience lessons, a novel by someone who understands transformation and plays with the idea through his fiction.

Forty Signs of Rain (2004) & Fifty Degrees Below (2005) by Kim Stanley Robinson.
These are the first 2 books in what is to be the “Science in the Capital” trilogy. (The third book, Sixty Days and Counting, is due in February 2007.) Both of the books are set in DC in the near future and revolve around the same cast of characters, including a bureaucrat at NSF; her husband, an environmental advisor to a senator; and their family; an academic scientist on leave at NSF; and some scientists at a biotech company). Both deal with climate change and potential impacts on DC itself. There is actual science in them (both information and process) and both offer some glimpses into how science works and doesn’t work (in scenes at NSF and at a biotech company), and how science can, and can’t, influence policy (through scenes with the senator and his science advisor). Robinson also likes to play with ideas about resilience — in this case, the resilience of individuals as they respond to changes in their environment brought on by climate change and resilience of the city of DC to catastrophic events related to climate change.

Other recommended reading:

Two non-books, but very interesting reading, are about how societies can game future(s) by pooling predictions — this is how the life insurance industry began. Neat stuff can be found at: http://www.longbets.org/ and http://www.longnow.org/, which is the home of the Long Now Foundation, parent of the Long Bets site. The idea is to engage short cycle thinking about the long term, and to build long-term social responsibility through learning. Some very clever thinking.

Johan Colding, Jakob Lundberg and Carl Folke. 2006. Incorporating Green-area User Groups in Urban Ecosystem Management. Ambio Vol 35 (August, 2006): 237-244. They show that the spatial extent of locally managed green areas is high in the City of Stockholm and how these privately managed areas may function as important buffer areas around lands that are formally set aside for nature conservation.

The Koran

Emergent Adaptation: Street Use

USSR aerial Kevin Kelly, author and former editor of Whole Earth Review and co-founder of Wired as well as board member of Long Now Foundation, has a website Street Use that “features the ways in which people modify and re-create technology”, or examples of what William Gibson described as “The street finds its own uses for things.” Examples include community payphones, Prison Knives, Soviet household innovation, and IEDs.

Similarly, Jan Chipchase blogs on Future Perfect about how people adapt technology, based upon his user research for Nokia.

Other writing on grimmer technological adaptations are:

Two faces of India: water and wind

india sanitationIn two recent articles the New York Times has written about different faces of India: environmental crisis and environmental innovation both driven by failures to effectively govern energy and water systems.India’s water management crisis is described in the article In Teeming India, Water Crisis Means Dry Pipes and Foul Sludge. The article focuses on New Delhi and how India’s inequality limits its ability to govern public goods, such as aquifiers, rivers, and even its water system.

The crisis, decades in the making, has grown as fast as India in recent years. A soaring population, the warp-speed sprawl of cities, and a vast and thirsty farm belt have all put new strains on a feeble, ill-kept public water and sanitation network.

The combination has left water all too scarce in some places, contaminated in others and in cursed surfeit for millions who are flooded each year. Today the problems threaten India’s ability to fortify its sagging farms, sustain its economic growth and make its cities healthy and habitable. At stake is not only India’s economic ambition but its very image as the world’s largest democracy.

…New Delhi’s water woes are typical of those of many Indian cities. Nationwide, the urban water distribution network is in such disrepair that no city can provide water from the public tap for more than a few hours a day.

An even bigger problem than demand is disposal. New Delhi can neither quench its thirst, nor adequately get rid of the ever bigger heaps of sewage that it produces. Some 45 percent of the population is not connected to the public sewerage system.

Those issues are amplified nationwide. More than 700 million Indians, or roughly two-thirds of the population, do not have adequate sanitation. Largely for lack of clean water, 2.1 million children under the age of 5 die each year, according to the United Nations.

[New Delhi’s] pipe network remains a punctured mess. That means, like most everything else in this country, some people have more than enough, and others too little.

The slums built higgledy-piggledy behind Mrs. Prasher’s neighborhood have no public pipes at all. The Jal Board sends tankers instead. The women here waste their days waiting for water, and its arrival sets off desperate wrestling in the streets.

Kamal Krishnan quit her job for the sake of securing her share. Five days a week, she would clean offices in the next neighborhood. Five nights a week, she would go home to find no water at home. The buckets would stand empty. Finally, her husband ordered her to quit. And wait.

“I want to work, but I can’t,” she said glumly. “I go mad waiting for water.”

Elsewhere, in the central city, where the nation’s top politicians have their official homes, the average daily water supply is three times what finally arrives even in Mrs. Prasher’s neighborhood.

The same public failings have also lead to an unexpected wind power boom in India. This boom, lead by Suzlon Energy, is described in The Ascent of Wind Power.

Not even on the list of the world’s top 10 wind-turbine manufacturers as recently as 2002, Suzlon passed Siemens of Germany last year to become the fifth-largest producer by installed megawatts of capacity. It still trails the market leader, Vestas Wind Systems of Denmark, as well as General Electric, Enercon of Germany and Gamesa Tecnológica of Spain.
Suzlon’s past shows how a company can prosper by tackling the special needs of a developing country. Its present suggests a way of serving expanding energy needs without relying quite so much on coal, the fastest-growth fossil fuel now but also the most polluting.

Roughly 70 percent of the demand for wind turbines in India comes from industrial users seeking alternatives to relying on the grid, said Tulsi R. Tanti, Suzlon’s managing director. The rest of the purchases are made by a small group of wealthy families in India, for whom the tax breaks for wind turbines are attractive.

The demand for wind turbines has particularly accelerated in India, where installations rose nearly 48 percent last year, and in China, where they rose 65 percent, although from a lower base. Wind farms are starting to dot the coastline of east-central China and the southern tip of India, as well as scattered mesas and hills across central India and even Inner Mongolia.

WorldChanging also comments on wind power in India.

Draining US reservoirs to increase resilience

Marco Janssen writes:

New Scientist of September 23 contains an interesting perspective on increasing the resilience to water shortages:

Draining reservoirs may not sound like the best solution to water shortages, but in parts of the US it may be the only answer. Overuse of underground water in states such as Kansas and New Mexico is causing aquifers to empty at alarming rates. Similar overuse of reservoirs combined with the earlier springtime melting of snow packs, caused by global warming, is shrinking them too.

So how best to make use of the dwindling supplies? Refilling the aquifers may provide a solution by avoiding the evaporation that takes place from reservoirs, according to Tom Brikowski of the University of Texas at Dallas. He told delegates at a meeting of the Geological Society of America in Longmont, Colorado, on Monday that slowly releasing some reservoir water can allow it to soak into the river bed downstream, refilling the aquifers beneath.

Brikowski studied the town of Hays, Kansas, which loses 75 per cent of its water supply, stored in the nearby Grand Bluffs reservoir, to evaporation. Using a computer model of the subsurface sand and gravel, he showed that releasing reservoir water would recharge the local aquifer and ensure that the town would have enough water to survive any repeat of past droughts. “This is a radical new way of thinking about how we manage our water, but we have no choice,” Brikowski says. “Kansas is at the forefront of this problem. As climate change continues, the rest of the West will experience it as well.”

Neighborhood Resilience

On WorldChanging Alex Steffen writes the need to increase Neighbourhood resilience to shocks in Neighborhood Survivability:

Disasters, including big, system-disrupting disasters, are likely to become more common over the coming decades. Whether they are caused by “ordinary” system failures (like the North American blackout of 2003), terrorism, pandemic, climate change or global instabilities, we should all be prepared to live through times of shortages, service interruptions and danger.

Conventional thinking about disasters in the developed world revolves around seeing that people are prepared as individuals to survive for the short time it takes the authorities to respond to the emergency situation and restore normality. Almost no thought is given to changing the models for systems to make them substantially less brittle and more resilient.

But our planet is getting more dangerous (even uninsurable) and, as New Orleans has shown, recovery is not always rapid, even in wealthy countries. While individual preparedness and government response continue to be vital, perhaps we need to be putting a lot more thought into how we make the neighborhoods in which we live less vulnerable to disasters in the first place. Working with our neighbors and local government to increase the resilience of our communities might be one of the smartest moves we can make.

Pop-up seasonal housing: adaptive architecture

tideaways planeBuilding long last durable buildings is one way of approaching green building. Another approach, which was discussed in the TechnoGarden scenario of the Millennium Ecosystem Assessment, is designing ephemeral buildings that are there when needed and removed when they are not, allowing other uses of the land.A new adaptive architecture approach to the design of Irish seasonal houses has been developed by MacGabhann Architects. The project called Tideaways is part of Ireland’s contribution the Venice Biennale architecture exhibition. They propose houses and develops that are designed to respond to changing seasons and housing use.

In a Guardian article Vanishing trick for Ireland’s second homes (Sept 6, 2006) Owen Bowcott writes about the project:

The Tideaways designs refined by the MacGabhanns envisage rows of three terraces on the coast located inside existing communities. The first row would float on pontoons and could be towed to a harbour when unoccupied. The row behind would rise and fall, on hydraulic rams, with the tide; in winter they could be sunk down to ground level, disappearing into the landscape.

The third row would be permanent and would provide homes for long-term residents of the village. The houses, timber or metal-framed, would be mainly two bedroom bungalows.

“Our model would ensure there was less impact on the landscape and better planning in villages. We have not built these yet but the Irish government has been very supportive.

“The proliferation of holiday homes has the potential to destroy the very landscape that attracts people in the first place. Despite being in use only 10-20% of the year, these buildings are visible 100% of the time.”

Mississippi meanders

NASA’s Earth Observation newsroom presents satelite images to go with the geological map of Mississippi Meanders used to make the top image of this blog.

NASA EOS image

NASA explains:

As it winds from Minnesota to the Gulf of Mexico, the Mississippi River is in constant flux. Fast water carries sediment while slow water deposits it. Soft riverbanks are continuously eroded. Floods occasionally spread across the wide, shallow valley that flanks the river, and new channels are left behind when the water recedes. This history of change is recorded in the Geological Investigation of the Alluvial Valley of the Lower Mississippi River, published by the Army Corps of Engineers in 1944.

This map of an area just north of the Atchafalaya River shows a slice of the complex history of the Mississippi. The modern river course is superimposed on channels from 1880 (green), 1820 (red), and 1765 (blue). Even earlier, prehistoric channels underlie the more recent patterns. An oxbow lake—a crescent of water left behind when a meander (bend in the river) closes itself off—remains from 1785. A satellite image from 1999 shows the current course of the river and the old oxbow lake. Despite modern human-made changes to the landscape, traces of the past remain, with roads and fields following the contours of past channels.

In the twentieth century, the rate of change on the Mississippi slowed. Levees now prevent the river from jumping its banks so often. The levees protect towns, farms, and roads near the banks of the river and maintain established shipping routes and ports in the Gulf of Mexico. The human engineering of the lower Mississippi has been so extensive that a natural migration of the Mississippi delta from its present location to the Atchafalaya River to the west was halted in the early 1960s by an Army Corps of Engineers project known as the Old River Control Structure (visible in the full-size Landsat image).

The delta switching has occurred every 1,000 years or so in the past. As sediment accumulates in the main channel, the elevation increases, and the channel becomes more shallow and meandering. Eventually the river finds a shorter, steeper descent to the Gulf. In the 1950s, engineers noticed that the river’s present channel was on the verge of shifting westward to the Atchafalaya River, which would have become the new route to the Gulf. Because of the industry and other development that depended on the present river course, the U.S. Congress authorized the construction of the Old River Control Structure to prevent the shift from happening.

For some related reading, John McPhee discusses the Old River Control Structure and US Army Corps attempts to regulate the Mississippi in his great 1989 book the Control of Nature. John Barry provides a history of the regulation of the Mississippi in his book Rising tide: the great Mississippi flood of 1927 and how it changed America.

I previously wrote about the ecology of the Mississippi, Michael Grunwald has an article in Grist Rotten to the Corps arguing that the Corps is behind New Orleans destruction, and wikipedia has an article about levee failures in New Orleans.

Low input agriculture as a tool for poverty alleviation

In many places around the world farmers are discovering that lower input (of fertilizers and pesticides) agriculture can be more profitable, and lower risk, than conventional high input alternatives.

Ethan Apri on NextBillion.net points to an  Asia Times article Turkey’s born-again farmer about Nazmi Ilicali, a farmer in Eastern Turkey who promotes organic agriculture to reduce rural poverty. The region grows organic wheat, rye, barley, white beans, green lentils, chickpeas and bulgur wheat and promotes itself and organizes sales via www.daphan.org. In the article Ilicali explains why and how he promotes organic agriculture:

He explains why, ironically, the poverty of this area makes it perfect for starting organic farming projects: “The earth in this area is especially suitable, because the local population is so poor that for years they have been unable to afford chemical fertilizers. The climate is good for organic agriculture, too. The frost and cold here even kill the eggs laid in the earth by insects, and because of that there is no need for pesticides – we have a totally chemical-free soil.”

Soon after joining the Daphan project, Nazmi took a further step. “After doing extensive research, I decided that organic agriculture was the only investment with good potential in the east of Turkey. But I also knew that any efforts would have to be made in an organized way. When I first became involved three years ago, I brought 633 farmers together, and the European Community gave me the financial support to set up the Eastern Anatolian Farmers and Livestock Keepers Union. Now we have 3,000 members, and are still gathering members like an avalanche gathers snow.”

Nazmi explains that when they first started, the biggest problem they had was the packaging and processing of their organic products. Rather than allowing this to stall their progress, they built a small factory and made every member of the association a shareholder. The factory began to grind their own cereals into flour and package it. Their brand identity, sales and profit margins have all improved since.

This experience is placed in a broader context by Bill McKibben. In April 2005 he had a good rich article The Cuba Diet, about Cuba’s semi-successful, involuntary transition to low-input organic agriculture in Harper’s magazine . To put Cuba’s unusual agricultural system (McKibben calls it something like high fedualism) in context he talks to Jules Pretty about other alternative agriculture systems around the world:

… strict organic agriculture isn’t what the Cubans practice (remember those pesticides for the potato bugs). “If you’re going to grow irrigated rice, you’ll almost always need some fertilizer,” said Jules Pretty, a professor at the University of Essex’s Department of Biological Sciences, who has looked at sustainable agriculture in fields around the world. “The problem is being judicious and careful.” It’s very clear, he added, “that Cuba is not an anomaly. All around the world small-scale successes are being scaled up to regional level.” Farmers in northeast Thailand, for instance, suffered when their rice markets disappeared in the Asian financial crisis of the late 1990s. “They’d borrowed money to invest in ‘modern agriculture,’ but they couldn’t get the price they needed. A movement emerged, farmers saying, ‘Maybe we should just concentrate on local markets, and not grow for Bangkok, not for other countries.’ They’ve started using a wide range of sustainability approaches—polyculture, tree crops and agroforestry, fish ponds. One hundred and fifty thousand farmers have made the shift in the last three years.”

Almost certainly, he said, such schemes are as productive as the monocultures they replaced. “Rice production goes down, but the production of all sorts of other things, like leafy vegetables, goes up.” And simply cutting way down on the costs of pesticides turns many bankrupt peasants solvent. “The farmer field schools began in Indonesia, with rice growers showing one another how to manage their paddies to look after beneficial insects,” just the kinds of predators the Cubans were growing in their low-tech labs. “There’s been a huge decrease in costs and not much of a change in yields.”

See also Elena Bennet’s Resilience Science post on Ecological synergisms in agriculture.