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首页> 外文期刊>Hydrology and Earth System Sciences >A review of current and possible future human-water dynamics in Myanmar's river basins
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A review of current and possible future human-water dynamics in Myanmar's river basins

机译:缅甸河流域当前和未来可能的人类水动态回顾

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摘要

Rivers provide a large number of ecosystem services and riparian people depend directly and indirectly on water availability and quality and quantity of the river waters. The country's economy and the people's well-being and income, particularly in agriculturally dominated countries, are strongly determined by the availability of sufficient water. This is particularly true for the country of Myanmar in South-east Asia, where more than 65% of the population live in rural areas, working in the agricultural sector. Only a few studies exist on river basins in Myanmar at all and detailed knowledge providing the basis for human-water research is very limited. A deeper understanding of human-water system dynamics in the country is required because Myanmar's society, economy, ecosystems and water resources are facing major challenges due to political and economic reforms and massive and rapid investments from neighbouring countries. However, not only policy and economy modify the need for water. Climate variability and change are other essential drivers within human-water systems. Myanmar's climate is influenced by the Indian Monsoon circulation which is subject to interannual and also regional variability. Particularly the central dry zone and the Ayeyarwady delta are prone to extreme events such as serious drought periods and extreme floods. On the one hand, the farmers depend on the natural fertiliser brought by regular river inundations and high groundwater levels for irrigation; on the other hand, they suffer from these water-related extreme events. It is expected that theses climatic extreme events will likely increase in frequency and magnitude in the future as a result of global climate change. Different national and international interests in the abundant water resources may provide opportunities and risks at the same time for Myanmar. Several dam projects along the main courses of the rivers are currently in the planning phase. Dams will most likely modify the river flows, the sediment loads and also the still rich biodiversity in the river basins, to an unknown extent. Probably, these natural and anthropogenically induced developments will also impact a special type of farming; we call it alluvial farming in the river floodplains and on sandbars in the Ayeyarwady River basin in Myanmar, which is called Kaing and Kyun, respectively.
机译:河流提供了大量的生态系统服务,河岸人民直接或间接地依赖于水的可获得性以及河流水的质量和数量。该国的经济,人民的福祉和收入,特别是在以农业为主的国家中,是由充足的水源来决定的。对于东南亚的缅甸国家而言尤其如此,该国超过65%的人口居住在农村地区,从事农业部门。缅甸对流域的研究很少,而为人类水研究提供基础的详细知识非常有限。由于缅甸的社会,经济,生态系统和水资源由于政治和经济改革以及邻国的大量快速投资而面临着重大挑战,因此需要对该国的人类水系统动态有更深入的了解。但是,不仅政策和经济改变了对水的需求。气候变化和变化是人类水系统中的其他重要驱动因素。缅甸的气候受到印度季风环流的影响,印度季风环流会发生年际变化和区域变化。特别是中部干旱区和伊洛瓦底江三角洲容易发生极端事件,例如严重的干旱时期和极端洪水。一方面,农民依靠定期河水泛滥和地下水位高带来的天然肥料进行灌溉。另一方面,他们遭受与水有关的极端事件。预计,由于全球气候变化,这些气候极端事件将来可能会在频率和强度上增加。国家和国际对丰富水资源的不同兴趣可能会同时为缅甸带来机遇和风险。沿河流主要河道的几个大坝工程目前处于计划阶段。大坝极有可能在未知程度上改变河流流量,沉积物负荷以及流域仍然丰富的生物多样性。这些自然的和人为的发展可能也会影响一种特殊的农业。我们称其为河滩上的冲积农业和缅甸的伊洛瓦底江流域的沙洲上的冲积农业,分别称为Kaing和Kyun。

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