Showing posts from category China.
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Demographic Trends and Policy Implications in Northeast Asia
›Japan, the People’s Republic of China, Taiwan, and Korea are all aging societies. On February 26, the Wilson Center’s Asia Program hosted an event to consider issues related to demographic change in Northeast Asia. What will be the effect of aging on economic output in these countries? Can welfare states established for much younger populations in developed economies survive the stress of demographic change, or will governments in Northeast Asia need to radically rethink the provision of care to the elderly? Can immigration reform alleviate many of the problems associated with more elderly populations in Northeast Asia? And will current demographic shifts foster more benign or more belligerent interstate relations in the region?
At the event, Harvard University School of Public Health research associate Jocelyn Finlay noted that demographic trends are often overlooked in explaining economic growth in Japan, South Korea, and Taiwan between 1960 and 2000. Demographers estimate that decreases in infant mortality and adult fertility levels, which resulted in an increase of workers relative to dependents, accounted for up to a third of economic growth in these countries during this period. As the age cohort born after 1945 enters into retirement, however, the increase in dependents relative to new workers will be a contributing factor to sluggish growth. Finlay mentioned that pro-natalism and pro-immigration policies, and policies that encourage women and the elderly to participate in the workplace, could help to mitigate the effects of an aging society on economic growth but noted that such policies were all difficult to implement.
These difficulties were examined in further detail by Ito Peng, professor of sociology at the University of Toronto. Peng noted that East Asian democracies have traditionally maintained very lean welfare states, relying instead on private institutions such as extended families to carry much of the burden of, for example, care for the elderly. However, public provision of care for the aged is increasing in these countries, where the nuclear family has become the norm. Governments must actively pursue strategies to increase the number of workers and therefore income tax revenues to pay for the resulting increases in public spending.
However, policies intended to expand the tax base often have unintended consequences. For example, encouraging people to have larger families often has the effect of forcing mothers to stay at home to care for their children, depriving the labor force of a productive worker in the short term. To address this problem, Japan and South Korea have increased the level of public childcare provision. However Peng believes that there needs to be greater integration between the private and public spheres to make Northeast Asian workplaces, still a sphere of male dominance, friendlier to working mothers. Companies that insist on significant overtime duties could, for example, find ways to let working parents maintain a work-life balance that allows them to personally care for their children. Northeast Asian countries can also institute pro-immigration policies to bring more young workers from abroad. However, sustained immigration policies are also difficult in nations, like Japan and South Korea, without a history of accepting newcomers.
For Richard Cincotta, demographer-in-residence at the Stimson Center and consultant for the Wilson Center’s Environmental Change and Security Program, demographic change will be a major factor in determining the way states in Northeast Asia approach security. To illustrate the relationship between demography and security, Cincotta noted that Japan’s militarist period in the 1930s and 1940s occurred when its population was younger, more ambitious, and more energetic. With older societies, countries in Northeast Asia will be able to recruit fewer males for the military, meaning their foreign policies may shift more towards caution.
The exception, however, is China, where the number of potential male recruits far outnumbers those of its neighbors. This means that Japan, South Korea, and Taiwan will come under more pressure to intensify the use of human capital by promoting more professionalized and better equipped militaries. They will also have incentives to resolve any differences with their key ally, the United States, as well as among each other. Cincotta suggested that we may be seeing the start of a new type of Cold War, where Pacific Northeast Asian states cooperate to check a potential Chinese regional hegemon.
Bryce Wakefield is a program associate with the Asia Program at the Woodrow Wilson Center.
Photo Credit: “Mouth wide open,” courtesy of flickr user Azzazello. -
Linden Ellis, ChinaDialogue
China’s Biggest Environmental Stories of 2010/11
›January 21, 2011 // By Wilson Center StaffThe original version of this post first appeared on ChinaDialogue’s The Daily Planet blog, December 23, 2010.
Last month I spent a few days in Washington, DC meeting mostly with people working on U.S.-China environmental relations. Among others, I met with Jennifer Turner, director of the China Environment Forum at the Wilson Center (and my former boss), and we had an exciting conversation about the biggest China environmental stories covered in the United States in 2010, and what we hope to see in 2011. I was inspired to write this post based on our conversation. This is of course neither definitive nor exhaustive, but merely my perspective on how things look from Washington.China Is Winning the Clean Energy Race. Energy was the big story in 2010. Studies show that the United States will need to renovate or retire virtually all of its power plants by 2050, and China must build a modern energy sector to serve a growing population. Both countries emphasized their intentions to build a clean energy economy in 2010 and almost immediately competition was dubbed a “race.” Soon after it was declared a two-party race, it became evident that China was winning.
China’s clean energy investment is two times greater than that of the United States, according to a Pew Charitable Trust report published last year. The news has centered upon China’s ability to make sweeping changes to domestic energy markets, in stark contrast to the United States’ inability to pass climate legislation. Most notably in 2010, China passed a regulation requiring that a percentage of all electric company profits be used for energy efficiency every year.
Energy “Co-op-etion.” Perhaps as a response to fears of “losing” the energy race, public opinion in the United States focused on new and existing energy cooperation and on market fairness. The U.S.-China Clean Energy Research Center, signed in 2009, was officially launched in 2010 and is likely to formalize a great deal of on-going cooperation on energy between the United States and China. In December, Jonathan Silver, Executive Director of the U.S. Department of Energy’s Loan Guarantee Program, spoke at a conference in San Francisco and described the developing energy relationship between China and the United States as “co-op-etition” – the two countries have complementary markets and a lot to learn from each other but will compete in U.S., Chinese, and international markets to sell clean technologies.
Concerns about the fairness of the market – initially because of changes in China’s government procurement laws discriminating against foreign clean technology companies – peaked with the U.S. Steel Workers’ petition in October. Americans are concerned that their technologies will suffer in the international market because of Chinese clean technology subsidies.
China “Ruined” Copenhagen. Perception that China ruined Copenhagen dominated the U.S. news early in the year but was softened by a more positive outlook following Cancun. Anxiety in Washington, DC regarding the accuracy of China’s CO2 data colored many debates on American participation in international climate negotiations all year.
Oil and Rare Earths. The oil spill in Dalian in July made big news in the United States as it came in the wake of the BP oil spill in the Gulf of Mexico. Many comparisons were made, despite the enormous difference in scale between the two incidents. Rare earth elements (the spine of the clean technology industry) were another major concern that arose in 2010 in Washington. Many of America’s rare earth mines were shuttered decades ago when Chinese mines were able to produce more affordably. This year, China began restricting rare earth exports, at least partially for environmental reasons, forcing the United States to consider reopening many of its mines and how to deal domestically with the environmental effects of those mines.
In 2011 I hope that interest in China’s environment will continue in the United States, but I expect that we will see less on renewables, as stimulus money runs thin, and rising concern for more traditional pollutants and basic environmental governance in China (especially regarding water and air pollutants).
The 12th Five-Year Plan. Set to be released early 2011, the 12 Five-Year Plan will initially dominate energy stories as it outlines how China will meet its ambitious energy intensity targets. I expect nuclear energy will replace wind and solar as the big stories in 2011. Nuclear liability should be addressed in China in 2011, as it was in India in 2010. Because of the close energy business ties between China and the United States, liability laws in China are likely to be more sympathetic to the needs of American companies than India’s recent law, which exposes nuclear components suppliers to unlimited liability.
Soil Pollution Prevention and Remediation. China’s soil pollution survey was completed in 2009 and the draft Provisional Rules on Environmental Management of the Soil of Contaminated Sites was released by the Ministry of Environmental Protection for comment in December 2009. The problem is huge and significant in China’s development and construction boom, and little data has been publicly released from the survey. I expect that in 2011, we will start to see active management and enforcement, at least in major cities.
Water Quality and Quantity. Water has and will likely continue to be, the greatest environmental concern in China and abroad, given its transboundary nature. Turner suggests we will see more on control of and attention to nitrogen pollution in China’s waterways in 2011.
To chime in with your comments on what you feel were the biggest stories of 2010 and what you predict will dominate 2011, be sure to let us know below or on ChinaDialogue.
Linden Ellis is the U.S. project director of ChinaDialogue and a former project assistant for the Wilson Center’s China Environment Forum.
Sources: Asia Society, ChinaDialogue, The New York Times, Pew Charitable Trust.
Photo Credit: “Factory in Inner Mongolia,” courtesy of flickr user Bert van Dijk. -
Elizabeth Malone on Climate Change and Glacial Melt in High Asia
›“There’s nothing more iconic, I think, about the climate change issue than glaciers,” says Elizabeth Malone, senior research scientist at the Joint Global Change Research Institute and Pacific Northwest National Laboratory. Malone served as the technical lead on “Changing Glaciers and Hydrology in Asia: Addressing Vulnerability to Glacier Melt Impacts,” a USAID report released in late 2010 that explores the linkages between climate change, demographic change, and glacier melt in the Himalayas and other nearby mountain systems.
Describing glaciers as “transboundary in the largest sense,” Malone points out that meltwater from High Asian glaciers feeds many of the region’s largest rivers, including the Indus, Ganges, Tsangpo-Brahmaputra, and Mekong. While glacial melt does not necessarily constitute a large percentage of those rivers’ downstream flow volume, concern persists that continued rapid glacial melt induced by climate change could eventually impact water availability and food security in densely populated areas of South and East Asia.
Rapid demographic change has potentially factored into accelerated glacial melt, even though the connection may not be a direct one, Malone adds.
Atmospheric pollution generated by growing populations contributes to global warming, while black carbon emissions from cooking and home heating can eventually settle on glacial ice fields, accelerating melt rates. Given such cause-and-effect relationships, Malone says that rapid population growth and the continued retreat of High Asian glaciers are “two problems that seem distant,” yet “are indeed very related.”
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How Population Growth Is Straining the World’s Most Vital Resource
Turning Up the Water Pressure [Part Two]
›January 19, 2011 // By Russell SticklorThis article by Russell Sticklor appeared originally in the Fall 2010 issue of the Izaak Walton League’s Outdoor America magazine. Read part one here.
As concerns over water resources have grown around the globe, so too have proposed solutions, which range from common sense to absurd. Towing icebergs into the Persian Gulf or floating giant bags of fresh water across oceans to water-scarce countries are among the non-starters. But more moderate versions of those ideas are already being put into practice. These solutions showcase the power of human ingenuity — and reveal just how desperate some nations have become to secure water.
For example, India is doing business with a company out of tiny Sitka, Alaska, laying the framework for a water-export deal that could see huge volumes of water shipped via supertankers from the water-rich state of Alaska to a depot south of Mumbai. Depending on the success of this arrangement, moving bulk water via ship could theoretically become as commonplace as transoceanic oil shipments are today.
There is far greater potential, however, in harnessing the water supply of the world’s oceans. Perhaps more than any other technological breakthrough, desalination offers the best chance to ease our population-driven water crunch, because it can bolster supply. Although current desalination technology is not perfect, Eric Hoke, an associate professor of environmental engineering at the University of California-Los Angeles, told me via email, it is already capable of converting practically any water source into water that is acceptable for use in households, agriculture, or industrial production. Distances between supply and demand would be relatively short, considering that 40 percent of the world’s population — some 2.7 billion people — live within 60 miles of a coastline.
The Lure of Desalination
Although desalination plants are already up and running from Florida to Australia, the jury is still out on the role desalination can play in mitigating the world’s fresh water crisis. Concerns persist over the environmental impact seawater-intake pipes have on marine life and delicate coastal ecosystems. Another question is cost: Desalination plants consume enormous amounts of electricity, which makes them prohibitively expensive in most parts of the world. Desalination technology may not be able to produce water in sufficient scale — or cheaply enough — to accommodate the growing need for agricultural water. “Desalination is more and more effective [in producing] large quantities of water,” notes Laval University Professor Frédéric Lasserre in an interview. “But the capital needed is huge, and the water cost, now about 75 cents per cubic meter, is far too expensive for agriculture.” Although desalination might be “a good solution for cities and industries that can afford such water,” Lasserre predicts it “will never be a solution for agricultural uses.”
Nevertheless, desalination’s promise of easing future water crunches in populous coastal regions gives the technology game-changing potential at the global level. “Desalination technology,” Columbia University’s Upmanu Lall told said in an email, “will improve to the point that [water scarcity] will not be an issue for coastal areas.”
A Glass Half Full
With world population projected to grow by at least 2 billion during the next 40 years, water will likely remain a chief source of global anxiety deep into the 21st century. Because water plays such a fundamental role in everyday life across every society on earth, its shared stewardship may become an absolute necessity.
Take India and Pakistan’s landmark Indus Waters Treaty of 1960, which is still in effect today. The agreement — signed by two countries that otherwise can’t stand each other — shows that when crafted appropriately and with enough patience, international water-sharing pacts can help defuse tensions over water access before those tensions escalate into violence. Similar collaboration on managing shared waters in other areas of the world — a process that can be a bit bumpy at times — has proven successful to date.
Meanwhile, more widespread distribution of reliable family planning tools and services across Latin America, sub-Saharan Africa, and Asia will also be needed if the international community hopes to meaningfully address water scarcity concerns. Better access to healthcare and family planning tools would empower women to take greater control over their reproductive health and potentially elevate living standards in crowded parts of the developing world. Smaller family sizes would help decelerate population growth over time, easing the burden on water and soil resources in many areas. The key is ensuring such efforts have adequate funding. The United States recently pledged $63 billion over the next six years through its Global Health Initiative to help partner countries improve health outcomes through strengthened health systems, with a particular focus on improving the health of women and children.
Putting a dent in the global population growth rate will be important, but it must be accompanied by a sustained push for conservation — nowhere more so than in agriculture. Investing in the repair of a leaky irrigation infrastructure could help save water that might otherwise literally slip through the cracks. Attention to maintaining healthy soil quality — by practicing regular crop rotation, for example — could also help boost the efficiency of irrigation water.
Setting a Fair Price
The most enduring changes to current water-use practices may have to come in the form of pricing. In most parts of the world, including parts of the United States, groundwater removal is conducted with virtually zero oversight, allowing farmers to withdraw water as if sitting atop a bottomless resource. But as groundwater tables approach exhaustion, the equation changes; as Ben Franklin famously pointed out, “when the well’s dry, we know the worth of water.”
The key, then, is to establish the worth of water before this comes to pass. Smart pricing could encourage conservation by making it less economical to grow water-intensive crops, particularly those ill-suited to a particular climate. “Some crops being grown should not be grown . . . once the true cost of water is factored in,” Nirvikar Singh, a University of California-Santa Cruz economics professor who focuses on water issues, told me via email. Pricing would also provide a revenue stream for modernizing irrigation infrastructures and maintaining sewage systems and water treatment centers, further bolstering water efficiency and quality both in the United States and around the globe.
To be sure, implementing a pricing scheme for water resources — which have been essentially free throughout history — will be unpopular in many parts of the world. It’s natural to expect some pushback from the public as water managers and governments take steps to address the 21st century water crunch. But given the resource’s undeniable and universal value on an ever-more crowded planet, few options exist aside from using the power of the purse to push for more efficient water use.
In the end, however, water pricing must be combined with greater public value on water conservation — we must not flush water down our drains before using it to its full potential. Whether that involves improving the water transportation infrastructure, recycling wastewater, taking shorter showers, or turning to less water-intensive plants and crops, steps big and small need to be taken to better conserve and more equitably divide the world’s water to irrigate our farms, grow our economies, and sustain future generations.
Sources: Columbia Water Center, National Geographic, Population Reference Bureau, White House.
Photo Credits: “Juhu Beach Crowded,” courtesy of flickr user la_imagen, and “Irrigation (China),” courtesy of flickr user spavaai. -
How Population Growth Is Straining the World’s Most Vital Resource
Turning Up the Water Pressure [Part One]
›January 18, 2011 // By Russell SticklorThis article by Russell Sticklor appeared originally in the Fall 2010 issue of the Izaak Walton League’s Outdoor America magazine.
For many Americans, India — home to more than 1.1 billion people — seems like a world away. Its staggering population growth in recent years might earn an occasional newspaper headline, but otherwise, the massive demographic shift taking place on our planet is out of sight, out of mind. Yet within 20 years, India is expected to eclipse China as the world’s most populous nation; by mid-century, it may be home to 1.6 billion people.
So what?
In a world that is increasingly connected by the forces of cultural, economic, and environmental globalization, the future of the United States is intertwined with that of India. Much of this shared fate stems from global resource scarcity. New population-driven demands for food and energy production will increase pressure on the world’s power-generating and agricultural capabilities. But for a crowded India, domestic scarcity of one key resource could destabilize the country in the decades to come: clean, fresh water.
Stepping Into a Water-Stressed Future
From Africa’s Nile Basin and the deserts of the Middle East to the arid reaches of northern China, water resources are being burdened as never before in human history. There may be more or less the same amount of water held in the earth’s atmosphere, oceans, surface waters, soils, and ice caps as there was 50 — or even 50 million — years ago, but demand on that finite supply is soaring.
Consider that since 1900, the world population has skyrocketed from one billion to the cusp of seven billion today, with mid-range projections placing the global total at roughly 9.5 billion by mid-century. And it only took 12 years to add the last billion.
Unlike the United States — which is a water-abundant country by global standards — India is growing weaker with each passing year in its ability to withstand drought or other water-related climate shocks. India’s water outlook is cause for alarm not just because of population growth but also because of climate change-induced shifts in the region’s water supply. Depletion of groundwater stocks in the country’s key agricultural breadbaskets has raised water worries even further. Water scarcity is not some abstract threat in India. As Ashok Jaitly, director of the water resources division at New Delhi’s Energy and Resources Institute, told me this past spring, “we are already in a crisis.”
How the country manages its water scarcity challenges over the coming decades will have repercussions on food prices, energy supplies, and security the world over — impacts that will be felt here in the United States. And India is not the only country wrestling with the intertwined challenges of population growth and water scarcity.
Transboundary Tensions
Several of the world’s most strategically important aquifers and river systems cross one or more major international boundaries. Disputes over dwindling surface- and groundwater supplies have remained local and have rarely boiled over into physical conflict thus far. But given the challenges faced by countries like India, small-scale water disputes may move beyond national borders before the end of this century.
Looming global water shortages, warns a recent World Economic Forum report, will “tear into various parts of the global economic system” and “start to emerge as a headline geopolitical issue” in the coming decades.
This has become a national security issue for the United States. Any country that cannot meet population-linked water demands runs the risk of becoming a failed state and potentially providing fertile ground for international terrorist networks. For that reason, the United States is keeping close track of how water relations evolve in countries like Yemen, Syria, Somalia, Pakistan, and Afghanistan. It is also one of the reasons water security is a key goal of U.S. development initiatives overseas. For instance, between 2007 and 2008, the U.S. Agency for International Development (USAID) invested nearly $500 million across more than 70 countries to boost water efficiency, improve water treatment, and promote more sustainable water management.
More Mouths to Feed, Limited Land to Farm
Water is a critical component of industrial processes the world over — from manufacturing and mining to generating energy — and shapes the everyday lives of the people who rely on it for drinking, cooking, and cleaning. But the aspect of modern society most affected by decreasing water availability is food production. According to the United Nations, agriculture accounts for roughly 70 percent of total worldwide water usage.Global population growth translates into tens of millions of new mouths to feed with each passing year, straining the world’s ability to meet basic food needs. Given the finite amount of land on which crops can be productively and reliably grown and the constant pressure on farms to meet the needs of a growing population, the 20th and early 21st centuries have been marked by periodic regional food crises that were often induced by drought, poor stewardship of soil resources, or a combination of the two. As demographic change continues to rapidly unfold throughout much of Asia and sub-Saharan Africa, the ability of farmers and agribusinesses to keep pace with surging food demands will be continually challenged. Food shortages could very well emerge as a staple of 21st century life, particularly in the developing world.
Mirroring the growing burden on farmland will be a growing demand for water resources for agricultural use — and the outlook is not promising. According to a report from the International Water Management Institute in Sri Lanka, “Current estimates indicate that we will not have enough water to feed ourselves in 25 years’ time.”
As one of the world’s largest agricultural producers, the United States will be affected by this food crisis in multiple ways. Decreased food security abroad will increase demand for food products originating from American breadbaskets in California and the Midwest, possibly resulting in more intensive (and less sustainable) use of U.S. farmland. It may also drive up prices at the grocery store. Booming populations in east and south Asia could affect patterns of global food production, particularly if severe droughts spark downturns in food production in key Chinese or Indian agricultural centers. Such an outcome would push those countries to import huge quantities of grain and other food staples to avert widespread hunger — a move that would drive up food prices on the global market, possibly with little advance warning. Running out of arable land in the developing world could produce a similar outcome, Upmanu Lall, director of the Columbia Water Center at Columbia University, said via email.
Changing Tastes of the Developing World
Economic modernization and population growth in the developing world could affect global food production in other ways. In many developing countries, rising living standards are prompting changes in dietary preferences: More people are moving from traditional rice- and wheat-based diets to diets heavier in meat. Accommodating this shift at the global level results in greater demand on “virtual water” — the amount of water required to bring an agricultural or livestock product to market. According to the World Water Council, 264 gallons of water are needed to produce 2.2 pounds of wheat (370 gallons for 2.2 pounds rice), while producing an equivalent amount of beef requires a whopping 3,434 gallons of water.
In that way, the growing appeal of Western-style, meat-intensive diets for the developing world’s emerging middle classes may further strain global water resources. Frédéric Lasserre, a professor at Quebec’s Laval University who specializes in water issues, said in an interview about his book Eaux et Territories, that at the end of the day, it simply takes far more water to produce the food an average Westerner eats than it does to produce the traditional food staples of much of Africa or Asia.
Continue reading part two of “Turning Up the Water Pressure” here.
Sources: Columbia Water Center, ExploringGeopolitics.org, International Water Management Institute (Sri Lanka), Population Reference Bureau, The Energy and Resources Institute (India), United Nations, USAID, World Economic Forum, World Water Council.
Photo Credits: “Ganges By Nightfall,” courtesy of flickr user brianholsclaw, and “Traditional Harvest,” courtesy of flickr user psychogeographer. -
Peter Gleick on Peak Water
›“The purpose of the whole debate about peak water is to help raise awareness about the nature of the world’s water problems and to help drive toward solutions,” says the Pacific Institute’s Peter Gleick. But Gleick asserts that in the same way certain countries have been contending with “peak oil” concerns in recent years, they may soon also have to deal with “peak water” as well.
Unlike oil, water is largely a renewable resource, but countries in Asia, the Middle East, and elsewhere are pumping groundwater faster than aquifers can replenish naturally. Gleick explains “there will be a peak of production in many of those places and eventually the food that we grow with that water or the widgets that we make from the factories that use that water will be nonsustainable and production will have to drop.”
The world’s surface and groundwater resources can be used sustainably even in the face of continued global population growth, says Gleick, but only “if we are careful about the ecological consequences and the efficiency with which we use it.” However, to date, he says, “those issues have not adequately been brought into the discussion about water policy.”
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Bringing Cambodia Back from the Brink: An Audio Interview with Suwanna Gauntlett
›December 10, 2010 // By Hannah MarquseeThree decades after the Khmer Rouge regime wiped out an estimated 1.7 million people – one fifth of Cambodia’s total population – the environment and Cambodian people are still feeling the effects.
The Pol Pot regime’s policy of agrarian collectivization dramatically reorganized land ownership and relocated millions from urban to rural areas. The ensuing decades of Vietnamese occupation and civil war further changed Cambodia’s workforce, dislocating millions.The “Khmer Rouge regime increased the destruction of natural resources exponentially,” Suwanna Gauntlett, founder and CEO of Wildlife Alliance, told ECSP in this interview. Today, 78 percent of Cambodia’s 14.5 million people live in rural areas, according to the World Bank, nearly all of whom work as subsistence farmers. These rural households account for almost 90 percent of Cambodia’s poor and 36 percent of the total population in 1997.
“These Forests Were Silent”
When Wildlife Alliance arrived in Cambodia in 2000, “these forests were silent,” Gauntlett said. “You couldn’t hear any birds, you couldn’t hear any wildlife and you could hardly see any signs of wildlife because of the destruction.”
In one village, Chi Phat, Gauntlett noted how years of slash-and-burn agriculture had left a “circle of death” around the village as farmers gradually encroached further into the forest.
Cambodians have compensated by turning from traditional subsistence farming to illegal logging, wildlife trafficking, slash-and-burn agriculture, mining, and other unsustainable development (with significant Chinese investment). This has contributed to food and water insecurity, rapid deforestation, habitat loss, and species extinctions. In 1990, 73 percent of Cambodia’s land was covered by forest. By 2007, that number had dropped to 57 percent. Cambodia’s 146 threatened plant and animal species have also felt the effects of this loss. The Indochinese tiger, native to Cambodia, is now thought to have less than 30 individuals remaining in the entire country.
Integrated Solutions
Focusing on the Cardamom mountain range – Cambodia’s largest remaining intact forest – Wildife Alliance established several community-based agriculture and ecotourism programs to help villagers escape the “vicious circle” of poverty and environmental destruction. Ten years later, “there’s been tremendous progress in the geographic areas of our projects,” said Gauntlett.
In another village, Sovanna Baitong, Wildlife Alliance’s community agriculture program has raised the incomes of some residents to over $200 a month when the national poverty level is $200 a year, Gauntlett said. Today this village has a school, a clinic that provides health care and family planning, and a micro-credit fund. This is all managed by the community leaders, 30 percent of whom are women.
Ten years ago, “it was a mess,” Gauntlett said. “It’s amazing to see the difference.”
However, in parts of the country where Wildlife Alliance does not operate, deforestation continues at an alarming pace, often fueled by Chinese and other foreign investment. In some parts of the country, “deforestation has led to very severe water shortages,” including villages where people have to walk up to 20 kilometers for water because “there is no more underground water,” said Gauntlett. This has troubling implications for Cambodian security, particularly with aggressive hydrological development of the Upper Mekong continuing in China and Laos.
“I’m afraid that’s what’s going to happen throughout Cambodia – that this water shortage will lead to food shortage [which] will lead to civil unrest,” Gauntlett said.
Sources: BBC, Cambodian Genocide Program, The Washington Post, Wildlife Alliance, World Bank, WWF, UNEP.
Photo Credit: “Farmer at Sovanna Baitong” and “Suwanna Gauntlett” Courtesy of Wildlife Alliance. -
Joydeep Gupta, ChinaDialogue
Nervous Neighbors: China-India Water Relations
›December 3, 2010 // By Wilson Center StaffExcerpted from the original article, “Nervous Neighbors,” on ChinaDialogue.net:
Only five rivers in the world carry more water than the Yarlung Zangbo, or Brahmaputra, as it is known when it reaches India. Only one carries more silt. Rising at a height of 5,300 meters in the Kailash range of the Middle Himalayas – an area holy to both Hindus and Buddhists – the river flows east through Tibet for 1,625 kilometers before taking a horseshoe bend, changing its name and flowing as the Brahmaputra into north-eastern India.
There, for 918 kilometers, it is both a lifeline, due to the water it carries, and a scourge, because of the floods it causes almost every year. It then takes a southward turn and flows into Bangladesh for 363 kilometers before it merges with the Ganges, together forming South Asia’s largest river, the Meghna, and flowing into the Bay of Bengal. This huge river, with its 25 large tributaries in Tibet and 105 in India, drains much of the eastern Himalayas.
As the world’s youngest mountain range, the Himalayas are particularly unstable – and so is the river. It has changed its course significantly at least once in the last 200 years, following a major earthquake. Smaller changes in course are common, wiping out farms and homes on one bank while depositing fertile silt on the other. Now humans are changing the course of this river: Chinese engineers have started to build the Zangmu hydroelectric power station in Lhoka prefecture, 325 kilometers from Lhasa, Tibet’s capital. The development has led to serious expressions of concern, particularly in India but also in China.
Continue reading on ChinaDialogue.net.
Joydeep Gupta is the project director (South Asia) of ChinaDialogue’s Third Pole Project.
Map Credit: Google Maps.
