Protecting aquatic ecosystems by better understanding toxicity risk by University of Queensland edited by Lisa Lock, reviewed by Andrew Zinin Editors' notes ...

The interplay between tree uprooting and soil dynamics is a critical mechanism that shapes forest landscapes. When trees are uprooted by wind or other disturbances, they leave behind distinct ...

Previous research has raised concerns that imidacloprid concentrations in some Queensland waterways have the potential to impact aquatic life, altering community structure and function. The TRS method ...

“I’m more focused on wetlands. Last year, it really piqued my interest,” Wesslen said. “It’s nice to be back, you know, there’s a lot of things to memorize, so the first time around I didn’t fully get ...

Now that summer has arrived, you may be planning a trip down to the beautiful Guadalupe River to enjoy the clean, clear water. But what if you were met instead by a dense green mat of aquatic plants ...

Research indicates that Thai Mangur is responsible for a 70 percent decline in native fish species in India, severely affecting the aquatic ecosystem. Additionally, fishermen often feed these fish ...

This Research Topic focuses on the interplay between physical and biological processes in aquatic canopies, including (but not limited to) fluid dynamics, mass transport, nutrient cycling, and light ...

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Abstract The demand for electricity grows with human expansion. Hydroelectric plants harness river energy but impact freshwater ecosystems. Reservoirs alter water flow, sediment, and local aquatic ...

The abundance and stoichiometry of aquatic plants are crucial for nutrient cycling and energy transfer in aquatic ecosystems. However, the interactive effects of multiple global environmental changes, ...