An overview of ecohydrology of the Yellow River delta wetland

机译：黄河三角洲湿地生态学概述

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摘要

The combined effects of geophysical and ecological processes, such as water and sediment load, land use change, eustatic sea level rise, land subsidence, and wetland loss, have produced a dynamic eco-hydrologic environment of the Yellow River delta (YRD) in northern China. Recent changes due to socio-economic forces and climate change have threatened the status of YRD wetland as important habitats of endangered species of wild birds and hatchery of aquatic animals on the brink of extinction. This review demonstrates that water-sediment regulation scheme (WSRS) in the last 10 years has brought some ecological benefits to the wetlands, but more recent observations have indicated diminishing effectiveness of the engineering projects. Although research has been conducted to monitor, evaluate, and predict the ecological and hydrological conditions of the YRD, tremendous knowledge gaps still exist for the sustainable management of the YRD for multiple objectives of natural reserve, energy extraction, and agricultural production. Therefore, ecologists and hydrologists should work together with social scientists and policy makers to develop a holistic plan that not only maintains the ecological integrity but also improves the livelihood of people in the YRD.

机译：地球物理和生态过程，例如水和沉积物负载，土地利用变化，海平面升降上升，地面沉降，和湿地损失的综合作用下，已经产生黄河三角洲（长三角）在北方的动态生态水文环境中国。最近，由于社会，经济力量和气候变化的变化已经威胁到长三角的地位湿地为野生鸟类和濒临灭绝的水生动物的孵化场的濒危物种的重要栖息。这个评价证明在过去的10年里调水调沙方案（WSRS）带来了一些生态效益的湿地，但最近的观测表明削弱了工程项目的有效性。虽然研究已进行监测，评价和预测长三角的生态和水文条件，巨大的知识差距仍然存在长三角为自然保护区，能源开采，农业生产的多个目标的可持续管理。因此，生态学家和水文学家应与社会科学家和政策制定者共同合作，开发一个全面的计划，不仅保持了生态的完整性，也提高了人们在长三角的生计。

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Hua Zhang; Xiaobing Chen; Yongming Luo;
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An overview of ecohydrology of the Yellow River delta wetland

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