†Applied Sciences Bureau, South Florida Water Management District, 3301 Gun Club Road, West Palm Beach, Florida 33406, United States.
‡Northeast Institute of Geography and Agroecology, Chinese Academy of Sciences, Changchun, 130102 Jilin, China.
Environ Sci Technol. 2015 Jun 2;49(11):6385-93. doi: 10.1021/es505988z. Epub 2015 May 22.
China's rice policy for protecting paddy fields and constructing rice production bases is in conflict with its wetland conservation strategy. The policy will increase the rice planting area, the loss of remaining wetlands, and environmental pollution, with intensive application of fertilizers and heavy use of pesticides. The key to resolving this conflict is to bring rice production in compliance with wetland conservation and sustainable agriculture. An operational, sound regulatory program is needed to improve China's wetland conservation. Using wetland conservation in the US as an example, we argue that more effective technical guidelines for wetland inventory and monitoring are necessary to support the implementation of the regulatory program. Agricultural conservation programs are also needed to stop further wetland loss from agricultural usages. An ecoagricultural strategy and practice should be adopted for rice production to reduce pollution and loss of remaining wetlands. Agroecological engineering tools can be used to reduce the impacts of nutrient- and pesticide-enriched agricultural runoff to wetlands.
中国保护稻田和建设水稻生产基地的水稻政策与湿地保护战略相冲突。该政策将增加水稻种植面积、减少剩余湿地,并导致环境污染,大量化肥和农药的密集使用。解决这一冲突的关键是使水稻生产符合湿地保护和可持续农业的要求。需要制定一个可行、健全的监管计划来改善中国的湿地保护。以美国的湿地保护为例,我们认为,需要更有效的湿地清查和监测技术准则来支持监管计划的实施。还需要农业保护计划来阻止农业用途造成的湿地进一步损失。应采取生态农业战略和实践来减少水稻生产对剩余湿地的污染和损失。农业生态工程工具可用于减少富含养分和农药的农业径流对湿地的影响。