Category Archives: General

Midwest US in Anthropocene

From the Guardian:

The night skies illuminated with light from many sources. For example, the midwestern United States has a night-time appearance not unlike a patchwork quilt when viewed from orbit. The artificial light from human settlements appears with a characteristic yellow tinge. The green light of the Aurora borealis also shines brightly in this view – even seeming to reflect off Earth’s surface in Canada. A small white patch of light is almost certainly lightning from a storm on the east coast (image top right). This photograph highlights the Chicago metropolitan area as the largest cluster of lights, next to the dark patch of Lake Michigan. The other largest metropolitan areas include St. Louis, Minneapolis-St. Paul, and the Omaha-Council Bluffs region on the Nebraska-Iowa border. The north-eastern seaboard lies just beyond the Appalachian mountains, a dark winding zone without major cities

7 Billion

1) Guardian visualizes world population growth estimates from UN. Nice comparison of similar countries, but results for Africa don’t look right 314 million people in Tanzania in 2100? 140 million people in Niger in 2100? A ten fold increase in its current population density?

2) From BBC – how much has the world population grown since your birth? Since mine, its doubled.

3) National Geographic on 7 Billion

4) and from Nature news

Because high fertility is linked with poverty, the big worry globally is the 3.4 billion people who survive on less than US$2 per day, says Joel Cohen, who heads the Laboratory of Populations at the Rockefeller University in New York. The average number of children per woman in the least developed countries is 4.5, compared with 1.7 for developed countries, Cohen says, and this means that most of the additions to the global count are born where there is little access to energy and education, further fuelling the population steamroller. This reality underscores the importance of international development efforts: small increases in wealth and education can lower fertility and dramatically ease the burden of population growth decades down the road.

5) And population data from the UN Population Divsion.

SFU Convocation Address – Global Resilience Requires Novelty

[On Oct 7th, 2011 Buzz Holling was awarded a Honorary Doctorate of Science at Simon Fraser University, in Vancouver, Canada. Below is his convocation address – editor]

Sixty years ago I was where you graduates are now, but graduating from the University of Toronto. By the time I got my PhD a few years later, I was well launched on a goal to understand population processes. It was the unknown that beckoned me and simple curiosity that motivated me.

The goal was to develop suites of models and experiments that could yield explanations and understanding that were simultaneously precise, realistic, holistic and general. For that time, just before computers became available, that was viewed as being unnecessarily complex. After all, one distinguished ecologist asked me, if you are interested in the time a ball takes rolling downhill, why worry about anything more than the height of the hill and its slope? General laws of physics will provide the answer.

But I was stubbornly curious about the path down the hill, the bumps and valleys that the ball might encounter and the momentary pauses as the ball encountered, or even, over several runs, created a shallow valley. That led to really delightful experimental studies of predators and prey leading to generalized models and sudden discoveries from them. The beasts used in the experiments depended on the question of the moment – Preying Mantis, deer mice, shrews, then birds, fish and stalking lions. The early computers and languages like Fortran suddenly provided the language that could use the experimental and field results. Models plus reality combined to yield broadened, generalized understanding of a small number of classes of predation.

That is when I discovered multi-stable states – population systems were not driven only by attraction to a single equilibrium state but, instead, there were several equilibrium states that determined their existence. And the goal for understanding and managing living resources and their physical world, was not sustainability but simple persistence. I learned, for example, that we could have detected and averted a collapse of cod populations off Newfoundland, avoiding the social and economic upheaval that in fact occurred. Or, we could have anticipated and avoided a western sub-continental outbreak of bark beetles that are now destroying stands of lodge pole pine throughout British Columbia and Alberta. Both of these examples were dominantly caused by the slow consequence of earlier development and exploitation, by the ingenious, but myopic foraging of fishers and harvesters, and by decades long fire protection policies.

Those slowly and invisibly led to reduced resilience, poising the systems on the edge of an instability state which began to unravel in a stutter of local spatial collapses and outbreaks, each stutter hidden by fast and innovative fishers and tree harvesters, until the whole system followed the stutters and collapsed at all scales.

That has forced a new paradigm that led to theories of resilience, to adaptive complex systems, to integration across scales from fast and small to very slow and big– from the needles of trees over months, to the boreal forest over millennia, That new resilience paradigm led to management of resources that was adaptive, where the unknown was large, alternatives could be proposed and monitoring was essential.

That is all part of complex adaptive system theory. It reflects humanity’s partial knowledge, fast inventions for dealing with surprises, and persistent learning.

It applies to the present turbulence in the world now. Slow economic processes have led us to the big surprises now appearing on a global scale. Financial collapse, debts threatening nations, European deep instability, and climate change.

Since the Berlin Wall fell, and the Soviet Union collapsed, corporations began to focus on fast economic variables and on globalization. That led to an emphasis on expanding efficiency but also to the emergence of slowly increasing debt, and hidden forces caused by diversified, subdivided and fragmented investments. No one knew where they were, or what they cost. That eventually triggered a collapse that exposed the reality that slow, invisible changes had decreased the resilience of the world economy. Globalization spread the collapse. What was presumed to be efficient began to be realized as being myopic.

At this turbulent time of crises, you and I have a real purpose. We need to help minimize and slow the spread of the collapses in the face of resistance from lobbies and from accumulated wealth. Banks and investment firms need regulation and a richer paradigm, but that need is opposed by the entrenched powers of corporations and banks that are caught in a rigidity trap. Nations of the European Union, and the Euro, need an integrated, multi-scalar inter-relationship, but one that now encounters the loss of resilience that comes in part from the inability to devalue a single nation’s currency and little control on debt inflamed growth. Carbon dioxide emissions need to be inhibited, but that encounters the opposition from the fossil fuel corporations- particularly oil.

Our aboriginal cultures and small communities here on the west coast are discovering and protecting treasured histories and traditions of local cultures. They now need to also add and create novel new ways to see and act beyond their traditional scales at the mouths of rivers and to connect to others across scales. Does fear stop them? Could their traditional theory (and myths) combine with adaptive resilience theory (and myths) as an emerging synthesis?

The answer is to keep trying, keep talking, keep communicating, but recognize it is a frustratingly slow process. Understand the traps- poverty traps like Haiti, rigidity traps like Fascism, lock-in traps of mega agriculture, and gilded traps from external subsidies.

And here is a program specifically for you. Encourage and support experiments, a multiplicity of experiments that search for and deepen new paradigms. Be entrepreneurs, alone and cooperatively together. And make the experiments global and cross scale. The internet and its novel ways of helping people to interact lets us reach or create groups of participants independent of where they live, ones from multiple patches and multiple time senses.

Many experiments will fail, but make them safe in their failure. Look for rare synergisms between a few successes. When enough people and experiences have accumulated, then protest publicly, non-violently and simultaneously against the defenders of the old paradigm that created the crash, the flip.

Make it our Big Arab Spring.

Links: Melting glaciers, floods, and species responses to climate change

1) BBC News – Rivers of ice: Vanishing glaciers.- David Breashears retraced the steps of early photographic pioneers such as Major E O Wheeler, George Mallory and Vittorio Sella – to try to re-take their views of breathtaking glacial vistas.

2) Thai water management experts are blaming human activity.for turning an unusually heavy monsoon season into a disaster. NYTimes writes:

The main factors, they say, are deforestation, overbuilding in catchment areas, the damming and diversion of natural waterways, urban sprawl, and the filling-in of canals, combined with bad planning. Warnings to the authorities, they say, have been in vain

3) Chen et al’s conducted a metanalysis of published species response to ongoing climate change and found 2-3X faster movement than previous studies.  Their paper in Science – Rapid Range Shifts of Species Associated with High Levels of Climate Warming (DOI: 10.1126/science.1206432) estimated median rates of species movement were 11m gain in elevation/ decade and poleward movement of 17 km/ decade. They conclude:

average rates of latitudinal distribution change match those expected on the basis of average temperature change, but that variation is so great within taxonomic groups that more detailed physiological, ecological and environmental data are required to provide specific prognoses for individual species.

Wikipedia page on Social-ecological systems

I was pleasantly surprised to discover that wikipedia has a substantial and good page on the concept of social-ecological system.

Socio-ecological system – Wikipedia, the free encyclopedia:

A socio-ecological system consists of ‘a bio-geo-physical’ unit and its associated social actors and institutions. Socio-ecological systems are complex and adaptive and delimited by spatial or functional boundaries surrounding particular ecosystems and their problem context. [1]

A socio-ecological system can be defined as: [2](p. 163)

  • A coherent system of biophysical and social factors that regularly interact in a resilient, sustained manner;
  • A system that is defined at several spatial, temporal, and organisational scales, which may be hierarchically linked;
  • A set of critical resources (natural, socioeconomic, and cultural) whose flow and use is regulated by a combination of ecological and social systems; and
  • A perpetually dynamic, complex system with continuous adaptation. [3] [4][5]

Scholars have used the concept of socio-ecological systems to emphasise the integrate concept of humans in nature and to stress that the delineation between social systems and ecological systems is artificial and arbitrary. [6] Whilst resilience has somewhat different meaning in social and ecological context [7], the SES approach holds that social and ecological systems are linked through feedback mechanisms, and that both display resilience and complexity. [5]

I urge Resilience Science to go and improve it.
I noticed there are no images.

A global assessment of social science understanding of global environmental change

IHDP recently conducted a large-scale global survey of 1,276 scholars from the social sciences and humanities involved in human dimensions of global change research (the full survey report here is UNU-IHDP Survey Results 09 2011.pdf), which calls for a  “global assessment and synthesis of social sciences and humanities findings of relevance to global environmental change”, which is something that ecologists and earth system scientists have been requesting for years (see here and here).  This sounds like a great initiative and I hope it will be able to attract funding.  It would be a shame if it only includes social scientists, because global change research should be trying to understand the planet as an integrated system not reinforce disciplinary divisions.

The survey identified the highest priority areas for research as:

  1. equity/equality and wealth/resource distribution;
  2. policy, political systems/governance, and political economy;
  3. economic systems, economic costs and incentives;
  4. globalization, social and cultural transitions.

The report  concludes:

There was very strong support for the concept of a global assessment of social science and humanities research findings of relevance to global environmental change, in order to improve awareness of current research, strengthen collaboration, and develop policy-relevant material. From 88 to 92% of respondents supported such an assessment, whether they knew of IHDP or not, and whether their training was in the social sciences or environmental sciences, IT or engineering. Moreover, this support was backed up by a willingness to participate. From 49 to 59% of respondents—in all of the above-mentioned categories—said they were interested in participating, and an additional 32 to 34% in each categories said they would consider participating.
In brief, these results indicate that there is a large interdisciplinary group of scientists working on issues of global environmental change who feel that there is a strong need to integrate more social sciences perspectives, and who are willing to participate in the effort to do so. Their highest priority research areas were identified as equity and equality, and wealth and resource distribution; policy, political systems, governance, and political economy; economic systems, economic costs and incentives; and globalization and social and cultural transitions.
In response to this mandate, IHDP will convene a broad group of social scientists and humanities scholars to undertake a global assessment and synthesis of social sciences and humanities findings of relevance to global environmental change. Priority research areas will include the four identified by survey respondents (see above) as well as others developed by a Science Assessment Panel. The main questions to be addressed by the Assessment will include identifying the direct and indirect drivers of unsustainable behaviors, and figuring out how to leverage societal transformations towards social and environmental sustainability.

via Joern Fischer’s blog

Links: Science videos

1) Video of Hans Rosling’s talking about Epidemiology for the Bottom Billion – where there is not even a pump handle to remove! for the John Snow Society’s 2011 Annual Pumphandle Lecture.

2) Mathematical biologist Martin Nowak talks about the evolution of cooperation at Edge. Link goes to video and text.

3) Eyes on Leuser, a camera-trapping project monitoring wildlife in the Leuser ecosystem of northern Sumatra, Indonesia.  Watch footage of various rainforest animals from camera traps. (via DotEarth).

Scanning the Internet for Ecological Early Warnings

If Google Flu Trends can, why can’t we? The possibility to mine large amounts of individual reports and local news posted on the Internet as early warning signs of pending epidemic outbreaks has been a part of global epidemic governance for quite some time. The question is; could we do the same for ecological crises? A couple of years ago, a couple of colleagues and I wrote a conceptual piece in Frontiers entitled “Can webcrawlers revolutionize ecological monitoring?” where we elaborated issue. Until today however, the idea hasn’t moved much from its conceptual phase. Luckily, analysts and GIS-experts at the USDA Forest Service, now have begun to test the concept with real world data. In a new paper entitled “Internet Map Services: New portal for global ecological monitoring, or geodata junkyard?”, Alan Ager and colleagues, present initial results from runs with a geodata webcrawler . They report:
At the USDA Forest Service’s Western Wildland Environmental Threat Assessment Center (WWETAC), we are exploring webcrawlers to facilitate wildland threat assessments. The Threat Center was established by Congress in 2005 to facilitate the development of tools and methods for the assessment of multiple interacting threats (wildfire, insects, disease, invasive species, climate change, land use change)
The Threat News Explorer (see image) visualizes some of the results.

However, they also note that
much of the online data is stored in large institutional data warehouses (Natureserve, Geodata.gov, etc.) that have their own catalog and searching systems and are not open to webcrawlers like ours.  In fact, most federal land management agencies do not allow services to their data, but allow downloading and in-house viewers (i.e. FHTET 2006). This policy does not simplify the problem of integrated threat assessments for federal land management agencies.
The group is now developing a more powerful webcrawler. You can find and search the database for geospatial data and map here. Still a long way to go it seems, but a very important first step!

Historical memory is not what it used to be

The future is shaped by how we think the past occurred and worked. Andreas Huyssen, in his book Present Pasts: Urban Palimpsests and the Politics of Memory, introduces his book by writing:

“Historical memory today is not what it used to be. It used to mark the relation of a community or a nation to its past, but the boundary between past and present used to be stronger and more stable than it appears to be today. Untold recent and not so recent pasts impinge upon the present through modern media of reproduction like photography, film, recorded music, and the internet, as well as through the explosion of historical scholarship and an ever more voracious museal culture. The past has become part of the present in ways simply unimaginable in earlier centuries. As a result, temporal boundaries have weakened just as the experiential dimension of space has shrunk as a result of modern means of transportation and communication.

In times not so very long ago, the discourse of history was there to guarantee the relative stability of the past in its pastness. Traditions, even though themselves often invented or constructed and always based on selections and exclusions, gave shape to cultural and social life. Built urban space – replete with monuments and museums, palaces, public spaces, and government buildings – represented the material traces of the historical past in the present. But history was also the mise-en-scene of modernity. One learned from history. That was the assumption. For about two centuries, history in the West was quite successful in its project to anchor the even more transitory present of modernity and the nation in a multifaceted but strong narrative of historical time. Memory, on the other hand, was a topic for the poets and their visions of golden age, or conversely, for their tales about the hauntings of a restless past. Literature was of course valued highly as part of the national heritage constructed to mediate religious, ethnic, and class conflicts within a nation. But the main concern of the 19th century nation-states was to mobilize and monumentalize national and universal pasts so as to legitimize and give meaning to the present and environ the future: culturally, politically and socially. This model no longer works. Whatever the specific content of the many contemporary debates about history and memory may be, underlying them is a fundamental disturbance not just of the relationship between history as objective and scientific, and memory as subjective and personal, but of history itself and its promises. At stake in the current history/memory debate is not only a disturbance of our notions of the past, but a fundamental crisis in our imagination of alternative futures.

from Polis

Hans Joachim Schellnhuber wins 2011 Volvo prize

Hans Joachim Schellnhuber has won this year’s Volvo environmental prize for his contributions to earth system science and policy.  Resilience science has mentioned his work previously, especially his work on tipping points in the earth system.

The prize committee writes:

One of the most exciting, relevant and rapidly growing areas of environmental research is Earth System science. Over the past decade or two, the realisations that the Earth behaves as a single, integrative system and that human activities are now influencing the functioning of this system have revolutionised the framing of environmental problems at the global scale. No longer can human development proceed without consideration of impacts on our own global life support system.

…His outstanding contributions to “Earth System science for sustainability” at the national and international level have solidified Schellnhuber’s position as a world leader in the field. He is a member of the board of the prestigious Dahlem Conferences, which have made major contributions to the Earth System science – sustainability link. Beyond this higher level role, he has also been on the organising committee himself for key Dahlem Conferences. A good example is the 2003 conference on “Earth System Analysis in the Anthropocene”, which contributed important insights into the concept of the Anthropocene, a new geological epoch in Earth history, and its connection to the growing sustainability agenda.

…Finally, Schellnhuber has forged exceptionally powerful and effective links between science and policy at the highest levels around the world. The best example of this is his initiation of a series of Nobel Laureate Symposia, which gather Laureates from physics, chemistry, medicine, economics and literature to explore the environmental challenges that humanity faces in the 21st century. The third in this series, held in Stockholm in 2011, produced a set of recommendations for action that was delivered directly to the UN Secretary-General’s High Level Panel on Global Sustainability.