No consensus has been achieved among researchers on the effect of dissolved oxygen
(DO) on nitrate (NO 3−-N) transformation and the microbial community, especially during …

A fundamental problem in lake eutrophication management is that the nutrient-chlorophyll a
(Chl a) relationship shows high variability due to diverse influences of for example lake …

The development of rainwater utilization strategies has relied on rainwater harvesting
(RWH) systems for centuries to alleviate the pressure on water resources. However, there …

Chinese lakes have been affected by climate change, agricultural intensification and
population increases since 1850. However, the spatiotemporal variations in nitrogen and …

Land use change and excessive nitrogen (N) loading threaten the health of receiving water
bodies worldwide. However, the role of hydrological connectivity in linking watershed land …

Anthropogenic activities have greatly changed the land use and land cover (LULC) and
further influenced the chemical properties and amount of DOM transported into aquatic …

Nutrients released from lake sediments contribute to the total nutrient load of an aquatic
ecosystem. In this study, we used the oxygen-loaded lanthanum modified zeolites (LOZ) for …

Under the influence of environmental change, disturbance and other external conditions,
sediments release internal nutrients to the overlying water and become a contamination …

Hydrodynamics are the key factor influencing sediment resuspension, transport and nutrient
release in large shallow lakes. However, the hydrodynamic responses of bottom traps …

Immobilized microorganism technology has attracted increasing attention for high
concentration of microbes, low cell loss and high resistance to impact of environment. The …