Showing posts by Schuyler Null.
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Fixing the Sky: The Checkered History of Weather and Climate Control
›As geoengineering becomes a more politically and technologically appealing approach to addressing climate change, it is critical to heed the lessons of history and understand the limits of our control over nature, said James Fleming of Colby College. Speaking at the launch of his new book, Fixing the Sky: The Checkered History of Weather and Climate Control, at the Wilson Center on October 6, Fleming brought what he called a “historically informed view of the humanities” to a growing policy discussion: the possibility of using geoengineering as a “quick fix” for the problem of climate change.
Not So Ancient History
“When facing unprecedented challenges, it’s good to take a look at the precedents,” said Fleming. He pointed to recent weather management projects conducted in China, U.S. experiments in the 1940s, and older historical discussions about geoengineering as evidence of humanity’s long fascination with “fixing of the sky.”In 2008, “they had 30,000 Chinese artillerists shooting chemicals at the clouds to keep either the venues clear or get the rain down on the weekend before the Olympics started,” Fleming said. “And they’re still doing this kind of stuff. So now there’s inter-regional tensions in China, because imagine rains comes across the country, some places get hit some places get missed, there’s intermittent showers, but now every intermittent shower is seen as a managed event where ‘you took my rain away from my farmland.’ So as soon as you start managing the sky, you start fighting about it.”
In 1839, the United States’ first meteorologist, James Espy, proposed lighting regular fires along the Appalachians to induce rainfall on the eastern seaboard. “What if Espy’s idea actually worked?” asked Fleming. “It’d very much like that Chinese story today, where there’s internecine struggles between keeping and taking the rain away from others,” he said.
The Threat of Militarization
Fleming highlighted a number of fundamental ethical concerns raised by atmospheric scientist Alan Robock:
In 1947 Nobel Laureate Irving Langmuir, in conjunction with GE and the U.S. military, experimented with controlling Hurricane King by seeding it with dry ice. They expected the storm to continue its course off the coast of Florida into the Atlantic, but instead it veered west and hit Savannah, Georgia, causing considerable damage. The lesson, said Fleming, is that “you can intervene in a cloud, but you can’t point it downwind – you can’t tell it what to do.”- Who has the moral right to change the climate?
- Where would be the “global thermostat” be?
- Will it reduce incentives for mitigation?
- Could it be commercialized and/or militarized?
Other U.S. military research into geoengineering included researching the possibility of inducing west-to-east moving rain storms in Europe to help neutralize a Soviet invasion and using the magnetosphere to create selective blackouts over Moscow.
“Shall we fix the sky – is it broken?” asked Fleming. “And if it is broken should we have people with military hardware shooting at it?”
One possible institutional counter could be strengthening the UN Environmental Modification Convention (ENMOD), which Fleming said “has been revisited again twice, and could be revisited again if large-scale environmental modification were to get more serious – if there’s deployment of geoengineering techniques.” The treaty prohibits environmental modification “through the deliberate manipulation of natural processes – the dynamics, composition or structure of the Earth, including its biota, lithosphere, hydrosphere and atmosphere, or of outer space.”
The Once and Future Earth
The Greek myth of Phaeton illustrates how old, but also flawed, the human desire to control climate really is, said Fleming. In the myth, Phaeton convinces his father, Helios, to let him drive the sun’s chariot for a day. However, Phaeton falters, lacking the strength and experience to control the reins, and Zeus intervenes to save the world from immolation. “Take up Phaeton’s reins,” said Fleming, should be interpreted as “control your carbon emissions,” rather than trying to control the sky.
We should consider geoengineering to be only an “interesting hypothetical exercise,” said Fleming, until the consequences and results of such colossal tinkering can be better assessed. “Even perfect climate prediction would lead to climate chaos, because the country that could do that could trump its competitors” in various markets, he said. However, such predictions might never be possible, considering the difficulty in modeling cultural and ethical norms, as well as the geostrategic implications – in short, the human element.
Fleming cautioned against the fundamental belief that you can accurately model the impact of geoengineering projects, reminding would-be geoengineers that “you can only have one Earth to experiment on, you don’t have a lot drosophila Earths or laboratory rat-Earths – you only have one.”
Event Resources
Sources: NASA, Toronto Star, U.S. State Department.
Image Credit: Adapted from original by Craig Phillips for The Wilson Quarterly, reproduced with permission. -
Rare Earths Intrigue: In Response to Chinese Ban, Japan and Vietnam Make a Deal
›November 2, 2010 // By Schuyler NullThe BBC is reporting that Japan has reached an agreement with Vietnam that will help provide a secure supply of rare earth minerals, after China reportedly stopped exports to Japan during an ongoing territorial dispute last month.
China produces nearly all (97 percent, according to the GAO) of the rare earth minerals used around the world, minerals that are used in many advanced electronics including mobile phones, missiles, and key components of cleaner energy tech. Japanese companies are expected to gain exclusive exploration and mining rights in northwest Vietnam in exchange for technical assistance on nuclear reactors.
China’s reported export freeze on rare earths raised warning flags in the region as well as in Washington, where fears over exclusive supply of the crucial minerals have been growing for some time – particularly in the defense community. (Although Bloomberg reports a new Pentagon study says it’s not such a big deal after all.) Control over and access to resources has become an important concern in East Asian diplomacy, as population and consumption in the region rises. For more, check out The New Security Beat’s coverage of the many diplomatic fault lines at play between the lower Mekong countries, China, and the United States, rare earth minerals and green energy, and the conflict potential of future resource scarcity.
Sources: BBC, Bloomberg, Government Accountability Office, The New York Times, TechNewsDaily.
Image Credit: Adapted from “The Huc Bridge, Hanoi,” courtesy of flickr user -aw-. -
Energy and Climate Change in the Context of National Security
›“Climate Change and Security,” a short briefing by Paul Rogers of the Oxford Research Group, examines the recent trend of framing climate change in terms of a national security threat and presents some of the pros and cons of this viewpoint. Rogers says the recent uptick in interest by the military is expected – and welcomed – because military planners often perform more long-term analyses than other policymakers. However, Rogers also cautions that the military, in its role as protector of the state, will naturally focus on adapting to the effects of climate change rather than preventing them. Thus, while this willingness to think long-term is appreciated, work remains to convince the international security community of the importance of carbon-cutting measures as well.“Fueling the Future Force: Preparing the Department of Defense for a Post-Petroleum Era,” by Christine Parthemore and John Nagl of CNAS, is a comprehensive policy paper arguing for the U.S. military to aim for the ability to operate all its systems on non-petroleum fuels by 2040. Parthemore and Nagl outline a broad set of recommendations that address DOD’s consumption habits, leadership structure, finances, acquisition process, and mission goals. Notable, in the context of Paul Rogers’ warning, is that the authors’ argument is essentially one of supply and demand, rather than for cutting emissions to reduce the effects of climate change: “…while many of today’s weapons and transportation systems are unlikely to change dramatically or be replaced for decades, the petroleum needed to operate DOD assets may not remain affordable, or even reliably available, for the lifespans of these systems.” -
Watch: Alex Evans on Natural Resource Supply and Demand, Scarcity, and Resilience
›October 27, 2010 // By Schuyler Null“The backdrop to the whole issue of scarcity is that demand is rising, but on the supply side, we’re increasingly hitting restraints,” said Alex Evans of NYU’s Center for International Cooperation in this interview with ECSP.
“Global population is growing, a kind of new global middle class is expanding, especially in emerging economies, and that means demand is rising across the board – particularly for energy, for food, water, and air space for our carbon emissions.”
Evans joined Mathew Burrows of the National Intelligence Council this September at the Wilson Center to talk about scarcity, natural resources, and conflict. He argued that building resilience and improving governance of natural resources is key to addressing growing demand, particularly in developing countries.
“With the Millennium Development Goals there’s been tremendous emphasis on increasing access to services, like health and education, which is important,” he said. “But we haven’t always brought the risk management aspect to the fore, and I think the emphasis we’re starting to see now on areas like social protection, climate adaptation, disaster risk reduction – these are areas that are much more concerned with resilience and it’s very welcome that they’re moving to the front of the development agenda.”
Poor governance in some developing countries has resulted in cases like in Nigeria and the Democratic Republic of the Congo, where natural resources are seen as more of a curse to the local people than a blessing. The intersection between supply and demand will continue to make these problems more acute.
“Over the last 10 years when international aid agencies have thought about governance, it’s usually been in terms of capacity building in the executive branch – areas like public financial management,” said Evans. “I think increasingly we’ll see more of the very, very political issues surrounding who owns natural resources like land, or water, or fisheries, or forests.”
Evans also highlighted other international governance issues like transboundary agreements (or lack thereof), the resiliency of the international trade system (or lack thereof), and existing legal infrastructure that will be challenged by a changing climate and growing demand.
“We haven’t really begun to think these issues through,” he said, “but these are potential conflict flashpoints for the future.” -
Google Data Maps Development Indicators
›If you have not had the (purely wonky) pleasure of playing with Google’s Public Data Explorer, do yourself a favor and direct your browser there now.
Born from Hans Rosling’s Gapminder, Google’s data explorer currently allows the user to choose from 24 different data sets, including information from the World Bank, U.S. Census Bureau, Eurostat, and Energy Information Agency. Users can then customize the dataset’s variables, save their work, and even embed the resulting chart, “unveiling the beauty of statistics for a fact-based world view,” as the Gapminder site puts it.
The example dataset above uses development indicators from the World Bank to show areas of the world where high fertility rate and heavy reliance on subsistence agriculture have persisted over time. It’s worth noting that many of the countries in the upper right of the graph are also where we find persistent conflict, and, if one accepts the predictions that Africa will see some of the most profound effects of climate change, they also face real risk of continuing instability as declining crop yields threaten livelihoods and population growth continues. -
Scarcity, Climate, Population, and Natural Resources
Integrated Analysis for Development and Security Policymakers
›Development, population, security, scarcity, climate, and natural resources: Increasingly, policymakers are realizing that the issues in this laundry list are inextricably linked. But how do policymakers break out of their institutional stovepipes to address these connections in an integrated way?
In an event hosted by the Environmental Change and Security Program on September 2, 2010, Alex Evans of New York University and Global Dashboard and Mathew Burrows of the National Intelligence Council (NIC) focused on the current state of integrated scarcity issues in the policymaking world.
A Developing Problem
“Why should we be worried with scarcity issues in the first place?” asked Evans. The crux of the problem, he said, is that people are simply consuming more across the board – particularly more energy, water, and food. In addition to general population growth, higher demand is driven by an expanding global middle class that is shifting to more Western-style diets and consuming more energy.
Globally, demand in key resources is outpacing supply:
You can’t address one of these scarcity issues without affecting another, argued Evans. In Haiti, for example, deforestation led to soil loss and erosion, thus degrading agricultural land. Deforestation also changed the country’s precipitation patterns. Together, these effects reduced food supplies even before the earthquake. Today, the UN estimates that more than 2.4 million people in Haiti are food-insecure.- Demand for oil is rising by a percentage point each year, and the International Energy Association has warned that investment is not keeping up;
- Demand for water will increase 32 percent by 2025, but one of the first impacts of climate change is expected to be less available water; and
- Demand for food will increase 50 percent by 2030, but food supplies are only growing by one percent annually.
Evans recommended that these concerns be better integrated into current development and aid efforts, focusing on five areas:
A New International System- Establishing land tenure and renewable resources;
- Exploring the overlaps between resilience and peacebuilding;
- Empowering women and stabilizing population growth;
- Improving agricultural investment; and
- Increasing general investment in the energy sector.
In addition to the physical dangers of scarcity, Evans pointed out that the perception of scarcity can drive what he sees as dangerous behavioral dynamics such as protectionism.
“Look at the way 30-plus countries slapped export restrictions on their exports of food in 2008,” said Evans. “It’s perceptions of scarcity driving irrational behavior, it’s fertile ground for panic and we need to factor that into our policymaking.” He called for a mechanism similar to NAFTA, which restricts sudden price changes, to help the global trade system become more resilient to changes in energy and food supplies.
Burrows pointed out that a big reason for the rising disparity between food, water, and energy demand and supply is the large “middle class” of emerging powers. “You are seeing this phenomenal change going on on the resource side, but at the same time, the international system is in great flux,” he said.
Scarcity will also affect the international legal system as well. “Of the world’s 263 transboundary river systems, 158 lack any kind of cooperative management framework,” said Evans, asking if they could be peacefully managed during times of scarcity. He offered another example: How will the U.N. Convention on the Law of the Sea handle coastlines that change with the climate? “We haven’t really begun to ‘stress test’ existing legal infrastructure, to look for these kinds of instances,” said Evans.
The biggest elephant in the “international room,” however, is how to settle the issue of carbon sharing, without which there can be little global cooperation on these issues that does not end in a zero-sum game, Evans said:For me the jury is still very much out on whether there are limits on growth per se, as a result of scarcity – I’m not convinced of that yet. But I think it is clear that there are obviously limits to how much carbon we can put in the atmosphere, how much oil there is, how much land and water is available, and so on. We can do a huge amount with efficiencies and new technologies, but I think we’re kidding ourselves if we think that efficiencies and new technologies get us off the hook all together from having to face up to the distributional questions, the questions of fair shares that arise in a world of limits.
Is Integrated Policymaking Possible?
Government has come a long way towards addressing scarcity, said Burrows, but serious structural issues remain because there are too many established, vested interests at stake. Often, the tactical takes priority over the strategic: “A lot of these issues, by their very nature, are long-range in character,” he said. “In my experience there are more policymakers that are simply focused on the tactical [and] fewer that take these longer-range perspectives.” In addition, he pointed out that the divide between government and the scientific community continues to impede policymakers’ understanding of the technological options available.
On the positive side, Burrows highlighted improved work by government planning offices, particularly in the intelligence community and the military. “If you compare Global Trends 2020 and Global Trends 2025…you’ll see a huge difference in terms of how we dealt with climate change, environment, and the resource issues,” said Burrows of the NIC’s reports. He said that the intelligence community is performing more long-range analyses, and that other countries like China are now starting similar global trends analyses.
Despite the silo problem, the best solution may not be in creating new government agencies and closing down others, said Evans. “I think instead perhaps we need to see the challenge as more creating shared awareness, common analysis; a common sense of objectives among existing institutional configurations. I think we may find we get better rates of return on that,” he said.
While U.S. and other governments are only beginning to grasp these issues, Burrows praised NGOs and think tanks, which “have played such a big part… in creating those sorts of networks and inter-relationships” that have raised the profile of scarcity issues.
While the political space for dealing with these issues is not there yet, Evans argued that it will eventually emerge – most likely after some kind of shock, because “after sudden-onset crises, people are often, for a short time, prepared to think the unthinkable.”
An adequate response requires readying integrated approaches to address the integrated problem of scarcity. “It’s necessary to have the solutions, so when the crisis hits, you can have some action, and I think we are doing that legwork,” said Burrows.
Sources: International Energy Agency, MSNBC, UN. -
U.S. v. China: The Global Battle for Hearts, Minds, and Resources
›September 22, 2010 // By Schuyler NullThis summer, Secretary Clinton gave a speech at the Association of Southeast Asian Nations (ASEAN) summit in Hanoi that Chinese Foreign Minister Yang Jiechi called “in effect an attack on China.” What did Clinton say that prompted such a direct response? She called for negotiations over the rights to resource extraction in the South China Sea to be multilateral rather than bilateral:
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Environmental Disaster or Impetus for Cooperation?
Iraq: Steve Lonergan on the Southern Marshes
›September 21, 2010 // By Schuyler NullIraq’s Southern Marshes, once the Middle East’s largest and most ecologically diverse wetlands, have survived the Iran-Iraq war, systematic drainage by Saddam Hussein, American invasion, and record-breaking drought. Today, however, the prospects for survival are dimming, as water consumption across the region continues to increase and security remains unsettled. Despite these challenges, the marshes’ location along the Iranian border and their reliance on flow from Turkey upstream offers unique potential for environmental peacemaking in this troubled region.
