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Coastal change and hypoxia in the northern Gulf of Mexico: Part I

机译：墨西哥湾北部的沿海变化和缺氧：第一部分

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The Committee on Environment and Natural Resources (CENR) has identified the input of nutrient-rich water from the Mississippi/Atchafalaya River Basin (MARB) as the prime cause of hypoxia in the northern Gulf of Mexico and the prime means for its control. A Watershed Nutrient Task Force was formed to solve the hypoxia problem by managing the MARB catchment. However, the hypoxic zone is also experiencing massive physical, hydrological, chemical and biological changes associated with an immense river-switching and delta-building event that occurs here about once a millennium. Coastal change induced hypoxia in the northern Gulf of Mexico prior to European settlement. It is recommended that for further understanding and control of Gulf hypoxia the Watershed Nutrient Task Force adopt a truly holistic environmental approach which includes the full effects of this highly dynamic coastal area.
机译：环境与自然资源委员会（CENR）已确定从密西西比州/阿查法拉雅河流域（MARB）输入的营养丰富的水是墨西哥湾北部缺氧的主要原因，也是控制缺氧的主要手段。成立了分水岭营养工作队，通过管理MARB流域解决缺氧问题。但是，缺氧区也经历了与巨大的河流转换和三角洲建设事件相关的大量物理，水文，化学和生物变化，这种变化大约在一千年后发生。在欧洲定居之前，沿海变化引起了墨西哥湾北部的缺氧。建议为进一步了解和控制海湾缺氧，流域营养工作组采取一种真正的整体环境方法，其中应包括这个高度动态的沿海地区的全部影响。

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