The zoobenthos (the community of animals living around sediments and aquatic plants) is the major source of food to most lake-dwelling fish, and can control the amount and kind of phytoplankton, zooplankton, attached algae, and aquatic plants in lakes.

2023年12月1日 · Multiple stressors, including climate change, eutrophication, and pesticide contamination, are significant drivers of the decline in lake zoobenthos. Zoobenthos play a crucial role in aquatic ecosystems, impacting energy dynamics, …

底栖动物(zoobenthos) 是指生活史的全部或大部分时间生活于水体底部的水生动物群。 除定居和活动生活的以外，栖息的形式多为固着于岩石等坚硬的基体上和埋没于泥沙等松软的基底中。

2013年1月1日 · Special emphasis is given to the ecological strategies of the fauna that inhabit in complex benthic ecosystems. The pressures and impacts on these benthic fauna and ecosystems, from alien species invasions, warming effects, ocean acidification and other direct and indirect human perturbations are also illustrated.

2023年10月1日 · In this study, the temporal variation of phytoplankton, zooplankton and zoobenthos of the Zhelin Lake was investigated with specific emphasis on seasonal variations in aquatic communities and their response to environmental factors.

2014年7月1日 · Among Mediterranean marine life, benthic communities are possibly the most peculiar in terms of richness and endemic species. The distribution and structure of benthic fauna (sessile and vagile) is...

底栖动物（Zoobenthos或Benthic animal）是指生活史全部或大部分时间生活于水体底部的水生动物群。 其主要包括水栖寡毛类、软体动物和水生昆虫幼虫等，均为肉眼可见的动物群落。 常见的底栖动物有水蚯蚓、摇蚊幼虫、螺、蚌、河蚬、虾、蟹和水蛭等。 一般来说，可以按体格大小将底栖动物划分为大型底栖动物、小型底栖动物和微型底栖动物。...

Abstract: Zoobenthos is an important part in wetland ecosystem, and plays a connection link in energy flow and matter cycling. Its community structure can reflect the abiotic factors (e.g., bottom sediment condition, water quality, and water temperature) and biotic factors (e.g., vegetation, interactions between species, and predation pressure).

2017年12月15日 · 底栖动物 (zoobenthos) 是淡水生态系统的一个重要生态类群，主要包括寡毛类、软体动物和昆虫幼虫等，起促进有机质分解、加速自净过程等作用，是维持健康生态系统的关键成员。在渔业上，底栖动物是鱼类等经济水生动物如中华鲟、鳗鲡、青鱼、河蟹等的天然 ...

In the Sevastopol Bay, degradation of species composition and communities of the zoobenthos began to be shown in the 20’s–30’s years and has reached maximum demonstration in the 60s–90s years of the last century. Only five species of macrozoobenthos were the most resistant at high anthropogenous loadings and eutrophication in those years.