Global climate change has led to large fluctuations in lake levels in recent years as
meteorological and hydrological parameters have changed and water use has been …

Develo** accurate lake water level (WL) forecasting models is important for flood control,
shoreline maintenance and sustainable water resources planning and management. In this …

Research on the uptake and effects of bioplastics by aquatic organisms is still in its infancy.
Here, we aim to advance the field by comparing uptake and effects of microplastic particles …

Water level (WL) is an essential indicator of lakes and sensitive to climate change.
Fluctuations of lake WL may significantly affect water supply security and ecosystem stability …

Despite becoming one of the main pressures on aquatic ecosystems globally,
understanding of the ecological impacts of altered water‐level regimes in lakes lags far …

Water hyacinth (Eichhornia crassipes) is one of the most aggressive and lethal free-floating
aquatic weed that degrades and chokes freshwater ecosystems and threatens aquatic life …

Lakes provide many important benefits to society, including drinking water, flood attenuation,
nutrition, and recreation. Anthropogenic environmental changes may affect these benefits by …

Sustainable development of hydropower demands a holistic view of potential impacts of
water level regulation (WLR) on reservoir ecosystems. Most environmental studies of …

The combined and individual hydrological impacts of climate variation and urbanization
have been extensively discussed over the past few decades, yet little is known about the …

Trend analyses are widely used to check for climate change effects on hydrological systems.
However, often inconsistent patterns have been found, that is, non-significant as well as …