Thailand's monarch, His Majesty King Bhumibol Adulyadej, has been an ardent supporter of Vetiver Technology for nearly 25 years, and recognizes Vetiver's importance to water conservation. More than 400 high school students from 20 schools nationwide responded to the King's first Junior Water Challenge this year. In Thai, the contest is named Pi Num Nong Raknam Tam Naew Pra Rajdamri, which means "Elder Students Lead the Younger Ones to Conserve Water Resources by Applying His Majesty the King's Initiatives."
The project is a collaborative effort by the Coca-Cola Foundation, the National Council on Social Welfare of Thailand, the Hydro and Agro Informatics Institute, the Royal Irrigation Department, the Ministry of Education, and the Office of the Royal Development Projects Board. It intends to educate students about, and raise their awareness of, sustainable water management and conservation. Each participating school generated its own water conservation project and developed water conservation networks in their community and nearby schools.
Among the competitors were students from Huai Yot School in Trang province, the southern region winner, which presented its "Vetiver Planting on the Banks of Huai Yot School's Reservoirs According to the Sufficiency Economy Philosophy." The project aimed to protect two precious reservoirs near the school, which are also its community's major water sources.
During the rainy season, heavy rains usually collapse the reservoirs' banks and reduce the water levels. The annual collapses also contaminate the water with garbage and leaf debris.
The students planted vetiver grass on the reservoirs' banks, using Vetiver's deep thick roots to stabilise the soil and prevent it from collapsing. In addition, "we will use the grass for roofing. Also, we intend to produce paper from vetiver grass in the future," said a Huai Yot School student. They also plan to use their school as a vetiver grass distribution centre.
More information about the Raknam project is available at http://www.raknam.com
Vetiver Systems, Vetiver Source, and erosion control
Showing posts with label ground water. Show all posts
Showing posts with label ground water. Show all posts
Tuesday, November 4, 2008
Wednesday, October 29, 2008
Ethiopia and Vietnam report Vetiver successes
From Debela Dinka - Sustainable Land Use Forum, Ethiopia. According to our partner NGO in Illubabor, Ethio-Wetlands and Natural Resource Association (EWNRA), 17 of 22 districts in Illubabor Province are using vetiver technology, or about 17,000 households. The remaining five districts are expected to adopt the technology. The major impacts of vetiver are: decreased rate of soil erosion; increased yield of maize, sorghum, vegetables – as much as 50% - resulting from soil and water conservation; reduced siltation of wetlands and streams; groundwater recharge which then improved flow of springs, streams and wetlands; survival rate of tree and coffee seedlings reached more than 80%. Vetiver is also used as mulch in coffee plantations; thatch for houses, stores and shades (vetiver grass gives long time service); mattress making (it repels fleas and other insects); homestead hedgerows for beautification; making rope; income (farmers sell vetiver clumps as planting material); and the green leaves of vetiver are cut and spread in and around homes during holidays and social gatherings, including weddings.
In 2001 Paul Truong (Australia) visited his native country, Vietnam, and introduced the Vetiver System to his former colleagues.
From Tran Tan Van - Vietnam. Vietnam, like most countries, suffers natural disasters and environmental degradation. The threat from future rising sea levels puts Vietnam in the top five most endangered nations. Yearly 1000 people die during storms; as a result of toxic pollution of waterways, annual average property damage is $300 billion U.S. The government understands the need to mitigate these effects but has resorted to using piecemeal, conventional engineering works that are very expensive, technically complicated and are not durable. The introduction of VS into Vietnam seven years ago was, for Vietnam, “a timely glass of fresh water to the thirsty desert traveler.” The Vetiver System has been tested, demonstrated and adopted by the government, the research community, the private sector and individuals. The speed of its adoption over large landscapes attests that it is indeed the solution to our myriad problems. Vietnam represents one of the world’s most successful cases of VS use.
In 2001 Paul Truong (Australia) visited his native country, Vietnam, and introduced the Vetiver System to his former colleagues.
From Tran Tan Van - Vietnam. Vietnam, like most countries, suffers natural disasters and environmental degradation. The threat from future rising sea levels puts Vietnam in the top five most endangered nations. Yearly 1000 people die during storms; as a result of toxic pollution of waterways, annual average property damage is $300 billion U.S. The government understands the need to mitigate these effects but has resorted to using piecemeal, conventional engineering works that are very expensive, technically complicated and are not durable. The introduction of VS into Vietnam seven years ago was, for Vietnam, “a timely glass of fresh water to the thirsty desert traveler.” The Vetiver System has been tested, demonstrated and adopted by the government, the research community, the private sector and individuals. The speed of its adoption over large landscapes attests that it is indeed the solution to our myriad problems. Vietnam represents one of the world’s most successful cases of VS use.
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