In many regions across the globe, extreme weather events such as storms have increased in
frequency, intensity, and duration due to climate change. Ecological theory predicts that …

To date, most research on cyanobacterial blooms in freshwater lakes has focused on the
pelagic life stage. However, examining the complete cyanobacterial life cycle—including …

Water-lifting aerator (WLA) which was developed by Professor Tinglin Huang at **'an
University of Architecture and Technology, China has multi-functional water quality …

Water-lifting aerators (WLAs) were often deployed in reservoirs to achieve artificial mixing
(WLA activation) and induced (natural) mixing (early occurrence of complete natural mixing …

Water-lifting aerators (WLAs) are often applied in stratified reservoirs to activate artificial
mixing to inhibit harmful algal blooms (HABs). Here, the effects, mechanisms, and …

Freshwater phytoplankton communities are currently experiencing multiple global change
stressors, including increasing frequency and intensity of storms. An important mechanism …

Global warming and the anthropogenic degradation of water quality are pointed out as main
causes of the worldwide increase in frequency, severity, and duration of harmful algal …

Despite the growing use of Aquatic Ecosystem Models for lake modeling, there is currently
no widely applicable framework for their configuration, calibration, and evaluation …

为探明扬水曝气对峡谷分层型水库中不同径向藻类生物量和结构的影响, 以**家河水库为对象,
对扬水曝气系统(WLAs) 运行期间水体理化性质参数和藻类数量及物种进行了高频监测 …

人工**制混合技术通过调控水动力条件对藻类生长和结构产生影响, 已在全球湖库应用多年,
国内外相关研究较多. 然而, 缺少综述性整理, 尤其是对不同技术应用前提, 适用条件及优缺点等 …