THE BENTHIC COMMUNITIES COMPARISON BETWEEN ORGANIC AND CONVENTIONAL RICE FIELDS.

P Kasamesiri, W Thaimuangphol
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Abstract

Rice fields are temporary wetlands prone to contamination from agricultural chemicals which affect their ecotoxicology and benthic community composition. The diversity of benthic fauna in both organic and conventional rice fields in Kalasin Province, Thailand was investigated. Benthos samples were collected by grab sampling from 20 stations in organic and conventional rice fields during one successive crop in August 2014. The number of benthic organisms found at each sampling station ranged from 16-518 and 24-137 individuals for organic and conventional rice fields, respectively. The benthic fauna in organic rice fields were dominated by crustaceans 41%, insects 31%, annelids 26%, and gastropods 2%. The conventional rice fields benthic fauna was composed of insects 51%, annelids 41%, and gastropods 8%. The abundance and composition of the benthic fauna demonstrated that organic rice farming practices are beneficial to sustaining the biodiversity in rice field ecosystems.

有机稻田与常规稻田底栖生物群落比较。
稻田是临时湿地,容易受到农药污染,影响其生态毒理学和底栖生物群落组成。对泰国卡拉辛省有机稻田和常规稻田底栖动物的多样性进行了调查。2014年8月,采用连续一季有机稻田和常规稻田共20个站点的抓拍取样法采集底栖生物样本。有机稻田和常规稻田各采样点底栖生物数量分别为16-518只和24-137只。有机稻田底栖动物以甲壳类占41%,昆虫占31%,环节动物占26%,腹足动物占2%。常规稻田底栖动物区系中昆虫占51%,环节动物占41%,腹足动物占8%。底栖动物的丰度和组成表明,有机水稻耕作有利于维持稻田生态系统的生物多样性。
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