Combining single-species ecological modeling with advanced machine learning to
investigate the long-term population dynamics of the rheophilic fish spirlin offers a powerful …

Given their ecological importance, bioindicators are used for the assessment of the health of
river ecosystems. This study explored the fungal compositions and the potential of fungal …

Global changes are causing significant alterations to terrestrial, marine, and freshwater
ecosystems worldwide, with substantial implications for plant and animal populations …

Drivers for spatio-temporal distribution patterns of overall planktonic prokaryotes and
eukaryotes in riverine ecosystems are generally not fully understood. This study employed …

Freshwater ecosystems, being highly susceptible to the impacts of climate change,
experience a greater influence than terrestrial and marine ecosystems. Hence, by identifying …

Abstract The Mekong River is the most productive inland fishery in the world and identified
as a valuable source of hydropower generation. Consequently, benefits of energy …

Variation in species composition along an environmental gradient (β‐diversity) can inform
our understanding of biodiversity patterns and species composition. Beta diversity can be …

Artificial intelligence (AI) is fundamentally reshaping the management of fish genetic
resources and conservation biology, ushering in unprecedented opportunities for …

Predicting fish weight holds several essential implications in ecology, such as population
assessment, trophic interactions within ecosystems, biodiversity studies of fish communities …