The spatiotemporal variability of lake partial carbon dioxide pressure (pCO 2) introduces
uncertainty into CO 2 flux estimates at the lake water-air interface. Knowing the variation …

Climate change has catalyzed the global expansion of cyanobacterial blooms in eutrophic,
lakes and threatens water security. In most studies, the cyanobacterial bloom risk levels in …

Cyanobacterial blooms release a large number of algal toxins (eg, Microcystins, MCs) and
seriously threaten the safety of drinking water sources what the SDG 6.1 pursues (to provide …

Chromophoric dissolved organic matter (CDOM) can significantly influence underwater light
fields, nutrient availability, and microbial activity; thus, it plays an essential role in physical …

Phosphorus is widely recognized as a nutrient that restricts growth and is the primary
contributor to eutrophication in 80% of water bodies. Consequently, the Chinese …

Under the influence of intensive human activities and global climate change, the sources
and compositions of dissolved organic matter (DOM) in the eastern plain lake (EPL) region …

Eutrophication of lakes harms aquatic organisms, changes the function of lakes and causes
water pollution, which has affected global public health. As an internationally important …

Satellite observation can significantly reduce the uncertainties in CO 2 emission estimations
compared to insufficient field data. However, big challenges remain in developing remote …

Sediment phosphorus (P) release in shallow eutrophic lakes is a major contributor of P to
algal blooms. This research proposes an innovative notion in which the P diffusive fluxes at …

Due to the vulnerable ecosystem environments, plateau lakes in the southwest of China face
high eutrophication risks. Excessive nitrogen input is an important driver of eutrophication in …