Three people died in the city of Bhopal, in north-central India, in a battle between neighbors for scarce water, The Guardian reported this past week. Fights regularly broke out when the water tankers that serve 100,000 of the city’s residents make their deliveries.

The monsoon this year produced less rain than usual, exacerbating a drought. In addition, the number of people in Bhopal’s slums is growing. “The population has increased, but the water supply is the same,” a local committee chairman told The Guardian.

The northern parts of India were hardest hit, but much of India experienced similar conditions, including the city of Mumbai. Officials there cut water supplies for the city by 30 percent when the levels of the five lakes that serve as Mumbai’s primary sources of water dropped dangerously low.

But while heavy rains in the last few days mostly restored supplies, they also shut down the waterlogged city, reviving fears of 2005’s deadly floods. According to a new book and exhibit by University of Pennsylvania architects, the sprawling city has paved over the mangrove wetlands that protect it from flooding.

Pollution, climate change, population growth, urbanization, and industrialization in the world’s developing countries continue to increase demand for its finite water supplies. Today, 700 million people live in countries experiencing water scarcity or stress; by 2035, that figure is expected to have reached 3 billion people, or almost half of the world’s population. Asia, with 60% of the world’s population but only 36% of the world’s freshwater, will be particularly hard hit.

The problems vary across South Asia. The rivers around Dhaka, Bangladesh, are so polluted from industrial dumping that specialists are saying the situation is beyond repair. Lack of access to clean water and knowledge about hygienic sanitation practices leads to thousands of preventable deaths from diarrhea every year in Nepal. In Karachi, Pakistan, stealing public water out of pipes and tankers is a $500 million industry, “a mark of the state’s decreasing capacity to provide for its own,” reports Bill Wheeler in a special report in GOOD magazine.

The Indus Waters Treaty of 1960 between India and Pakistan has long been hailed as an example of the cooperation that can result from the necessity of sharing such an essential resource across borders. But with climate change causing the Himalayan glaciers that feed the Indus River to melt at a faster pace, some experts warn that balancing the water needs of both countries across their contested border could be a trigger point for conflict—particularly for two nations that cannot provide many of their citizens with access to safe drinking water under normal circumstances.

South Asian governments will be called upon more and more to balance the water of needs between different users at the local level and work with other governments to share and conserve water at the international level. But as Ashok Jaitly of New Delhi’s Energy and Resources Institute told Wheeler, both India and Pakistan share a “mentality that obscures the need to manage demand with conservation, water tariffs, and an end to destructive but politically popular practices in both countries.”

Despite the recognition of water as a growing security issue by the international community, it is difficult to improve what is a symptom of deeper-set problems. But they must try, if only for their own security. As Pakistan President Asif Ali Zardari warned in a Washington Post op-ed, “The water crisis in Pakistan is directly linked to relations with India. Resolution could prevent an environmental catastrophe in South Asia, but failure to do so could fuel the fires of discontent that lead to extremism and terrorism.”

By Comparative Urban Studies Project intern Elizabeth Hipple and edited by Meaghan Parker

Photo: The Ganges River in Varanasi, India. Courtesy flickr user Denver Pam

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As the number of contributing factors to (and potential solutions for) climate change grows, one—population growth—is conspicuously absent from most discussions. For obvious reasons: After finally prevailing over climate change “skeptics,” why would U.S. climate advocates court more controversy by adding population, and thus family planning and even abortion, to the mix?

Because it could be an important—perhaps significant—and definitely cheap part of solving the climate crisis, argued David Wheeler of the Center for Global Development (CGD) at an ambitious June 23rd event in the CGD series on “Demographics and Development.” Covering both climate change and population issues, he offered a compelling economic analysis of the effectiveness of family planning and female education programs at addressing climate change. Equally impressive was Wheeler’s engaging style, including graphics and animations that could make Gapminder guru Hans Rosling blush.

Describing Pacala and Socolow’s oft-cited “wedge” theory of stabilizing emissions, Wheeler pointed out that slowing population growth is rarely discussed, compared to the more popular—and more costly—wedges related to reduced deforestation, energy efficiency and conservation, renewable electricity and fuels, and carbon capture and storage.

Wheeler argued that slowing population growth has great potential for reduce emissions at a lower cost. As population increases, so do emissions. As a country develops, its per-capita emissions increase, so population increases in more developed countries are especially important. As the middle class in the BRIC and other large developing nations grows, this sizable group of “New Americans” (to use Thomas Friedman’s term) will contribute more and more emissions.

Two interventions will contribute the most to slowing population growth: family planning and female education, said Wheeler. According to his calculations, a $10 billion increase in female education in the developing world would lead to a change in population growth substantial enough to achieve one of the stabilization wedges. Wheeler found that family planning and female education are among the most cost-effective strategies, as evidenced by their placement on the far left side of slides 22 and 25.

Though an economist by training, Wheeler did not make only financial arguments: He emphasized throughout his presentation that family planning and female education are worthy and necessary programs in their own right. And he pointed out the most glaring injustice of climate change: While people in developed countries have the largest carbon footprints, people in developing countries will disproportionately suffer the impacts. (Suzanne Petroni makes similar points in her ECSP Report 13 article, “An Ethical Approach to Population and Climate Change.”)

Tim Wirth, the president of the UN Foundation and the Better World Fund, called for more political and financial support for this link. Funding for family planning has fallen and support for female education is not as high as it should be. Reaching the unmet need of the world’s women would cost about $20 billion, and the U.S. “share” is $1 billion, an amount that many U.S. family planning leaders are advocating.

As CGD’s Rachel Nugent noted in her introduction, demography and climate are classic cases of long-term issues: difficult to understand and address. It is ironic and important, she said, that two such long-term issues are simultaneously at critical moments. The work of David Wheeler on population and climate change, along with that of Leiwen Jiang of Population Action International and Brian O’Neill of the National Center for Atmospheric Research, may help us find an important and inexpensive piece of an elusive and otherwise expensive pie.

More data is needed to confirm these initial findings. However, the devil may not be in the details but in the debate: convincing weary and wary climate warriors to take on a bit more controversy.

“Environmental change is not just environment; people are responding to lots of different shocks and stresses simultaneously that really act together to affect capacity to respond,” said Karen O’Brien professor in the Department of Sociology and Human Geography at the University of Oslo and chair of the Global Environmental Change and Human Security (GECHS) project. ECSP Director Geoff Dabelko spoke with O’Brien outside the GECHS conference in Oslo, Norway.

The strategic minerals debate is back—but starring some new rocks. One that has received much recent attention is lithium, which is used in cell phone batteries, as well as those under development for electric cars.

Turns out lithium isn’t found in too many places. Around 50 percent of known reserves are in Bolivia, underneath some very dramatic and desolate salt flats. Worldfocus has a terrific news story that gives a glimpse of the place, the politics, and the battle over lithium extraction. Talk of an OPEC-like lithium cartel with China and Chile suggests that the politics at the international level will be just as contentious as the Bolivian domestic scene.

“A warming planet will spread disease, shrink water resources, and deplete crops, creating conditions that produce more famine and more conflict,” said President Barack Obama in Accra, Ghana, on his first trip to sub-Saharan Africa. “All of us–particularly the developed world–have a responsibility to slow these trends–through mitigation, and by changing the way that we use energy. But we can also work with Africans to turn this crisis into opportunity,” he went on to say.

The United Kingdom’s Department for International Development (DFID) released “Eliminating World Poverty: Building Our Common Future,” a white paper setting its goals for poverty alleviation and sustainable development, including improving climate change adaptation and reproductive health services in developing countries.

In Foreign Policy, Richard Cincotta compares Iran’s youth bulge and democratic reform movement with the experience of China 20 years ago, concluding that the conservative government’s ruthless response will impede the development of durable liberal democracy.

The Natural Resources Defense Council reports that global warming is exacerbating the spread of mosquito-borne dengue fever in the Americas. Harvard’s Dr. Paul Epstein recently discussed similar incidences of climate change-related disease proliferation at the Wilson Center.

In “Well Oiled: Oil and Human Rights in Equatorial Guinea,” Human Rights Watch “details how the dictatorship under President Teodoro Obiang Nguema Mbasogo has used an oil boom to entrench and enrich itself further at the expense of the country’s people.”

To promote the 20th World Population Day on July 11, the United Nations Population Fund (UNFPA) tied this year’s theme—“Fight Poverty: Educate Girls”—to combating the ongoing financial crisis. It’s a no-brainer that, as UNFPA points out, “women and children in developing countries will bear the brunt of the impact.”

The growing concentration of atmospheric carbon has punctured Earth’s climate equilibrium, said Dr. Paul Epstein, pushing the planet toward rapid transitions with serious implications for human and ecological health. Epstein, associate director of Harvard’s Center for Health and the Global Environment, spoke with Amanda Staudt, a climate scientist from the National Wildlife Federation, at an event hosted by the Woodrow Wilson Center’s Environmental Change and Security Program on June 16, 2009.

Climate Change Is Accelerating

Global warming appears to be advancing more quickly than predicted, Staudt cautioned, because “the developed world isn’t reducing their emissions as quickly as anticipated…there are more and more emissions from the developing world, and they’re increasing faster than expected…[and] some of our natural sinks are less efficient than what we had thought.” Epstein cited a 2000 NOAA study showing that “the oceans have warmed 20 times as much as has the atmosphere” over the past half-century, altering Earth’s hydrological cycle and thus accelerating climate change.

No matter how drastically greenhouse gas emissions are cut, both experts warned, a litany of irreversible changes—including an increase in global average temperature and extreme weather events, desertification, sea-level rise, and species extinction—will continue.

Infectious Disease Increases

A warming climate will increase the range of many diseases, Epstein explained. “The clearest signal we have in terms of infectious disease is in the mountains of Africa, Asia, and Latin America,” he said. “What we’re seeing in Kilimanjaro, in the Tibetan Plateau, in the Andes, is that glaciers are retreating, plant communities are upwardly migrating, and mosquitoes that cause malaria, dengue fever, and so on are circulating at higher altitudes” and latitudes further from the equator. For example, malaria has appeared in Nairobi, a mile-high city, and chikungunya fever—previously confined to Indian Ocean littoral states—induced panic and warranted a front-page New York Times article when several residents of a small Italian town contracted it in 2007.

Extreme weather events help diseases proliferate. Heavy rainfall drives sanitation into clean water supplies, spreading E. coli, cryptosporidium, and other waterborne pathogens. Drought, meanwhile, has facilitated meningitis epidemics in Africa’s Sahel region and the spread of disease-bearing mosquitoes that breed in buckets of water stored during periods of water scarcity.

Assault on Forests, Agriculture

Climate shifts have important consequences for the health of forests and agriculture. The “absence of killing frosts means that [mountain pine] beetles are overwintering, moving to higher altitudes, moving to higher latitudes, even getting in more generations each year,” Epstein said. Drought “dries the resin that drowns the beetles as they try to drive through the bark,” leaving pines trees in the Rocky Mountain Range vulnerable and posing acute economic and ecological challenges to dependent communities.

The higher frequency of droughts, floods, and heat waves, coupled with the spread of weeds, pests, and pathogens, could reduce agricultural production. In addition, studies have shown that many food crops (including cassava) contain higher levels of cyanide at earlier stages of growth as carbon concentrations rise, putting people who ingest them at risk.

Healthy Solutions to Climate Change

To address these challenges, several “stabilization wedges” with inherently healthy characteristics—forest conservation and restoration; agriculture reform; energy efficiency; and wind, solar, and geothermal power production—should be prioritized, Epstein advised. Other, less healthy options—including biofuels, nuclear power, and fossil fuel-based technologies—should undergo thorough lifecycle analyses before winning endorsement, he said.

The design and construction of healthy cities—“green roofs, green buildings, tree-lined streets, biking lanes, walking paths, open space, smart growth, public transport”—as well as a smart energy grid is an essential part of the solution, said Epstein. Countries should also move away from deregulation, privatization, and liberalization of the economy in favor of a system that contains sufficient regulation, public-private partnerships, and appropriate constraints.

“If we do this right,” Epstein concluded, “it can be good for public health, good for security, good for the economy, and we certainly hope it’ll stabilize the climate.”

Top Photo: Red, dying trees signal the spread of beetle infestations in the pine forests of Manning Park, British Columbia. Courtesy Flickr user Tim Gage.

Photos of Amanda Staudt and Dr. Paul Epstein courtesy Dave Hawxhurst and the Woodrow Wilson Center.

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The prevalence of armed conflict in areas of high biodiversity is alarming, though not entirely surprising. According to “Warfare in Biodiversity Hotspots” (abstract online), which was published earlier this year in Conservation Biology, 80 percent of the major armed conflicts between 1950 and 2000 took place in biodiversity hotspots. While natural resources are rarely the principal causes of conflict, their allocation and ownership are frequently among its drivers.