The impact of population expansion through economic growth and development has been
identified as one of the key drivers of both water and sediment contamination from …

Understanding how lakes respond to changes in nutrient loading along a productivity
gradient can help identify key drivers of aquatic change, thereby allowing appropriate …

Isotope hydrological studies to understand groundwater‐surface water interactions in
tropical, high‐elevation catchments are limited. These interactions are important in …

Physical processes play important roles in controlling eutrophication and oligotrophication.
In stratified lakes, internal waves can cause vertical transport of heat and nutrients without …

BACKGROUND AND OBJECTIVES: The lakeside has an enormous sediment carbon
storage potential; however, it is susceptible to various environmental changes and can …

Shallow lake sediments have huge potential for carbon storage, but they are vulnerable to
various environmental changes and are highly susceptible to becoming a source of carbon …

This study assessed the spatial variations of water quality and trophic state of the ex-mining
lakes converted into man-made wetlands in Paya Indah Wetlands, Selangor, Malaysia. The …

Within a lake basin, socioecological system actors' interaction and discharge may differ
greatly, which is likely to result in differences in microbial contaminants. The current work …

The researcher focused on factors affecting the sustainability of water supply projects in
Tanzania, specifically in Sumve, Bungulwa and Bupama wards of Kwimba District. The study …

Physical processes play important roles in controlling eutrophication and oligotrophication.
In stratified lakes, internal waves can cause vertical transport of heat and nutrients without …