This study investigated the relationships between physical, limnological and climatic drivers
with the internal total phosphorus (TP) loading produced over the dry period in 30 water …

Sediments are sinks of nutrients in reservoirs, but may also act as temporary nutrient
sources to the water column, leading to eutrophication during the warm season. Several …

The dynamics of total phosphorus (TP) in 18 strategic reservoirs of the high-density reservoir
network of the Brazilian semiarid was evaluated during the wet and dry periods for the past …

Bioturbating invertebrates play key roles in nutrient recycling from sediments to the water
column in most lentic ecosystems. Nevertheless, the role of bioturbating fauna on nutrient …

The present study is to evaluate trophic status and its limiting factors in the Renuka Lake,
using surface water samples. The water of the lake is found to be slightly alkaline with pH …

Identification of the interactive responses of water quantity and quality to changes in nature
and human stressors is important for the effective management of water resources. Many …

Uzarzewskie Lake was a hypereutrophic, dimictic lake characterized by low water
transparency, high chlorophyll-a concentration and intense phytoplankton blooms; thus …

Internal phosphorus (P) loading is a key driver of waterbody eutrophication. Various
sediment P indexes are developed to assess sediment P risks by linking them to water …

It is widely acknowledged that dams affect sediment transport and water quality. To support
water management of reservoirs, it is useful to explore how the fractions of phosphorus (P) in …

The depletion of groundwater resources in the water-stressed regions has led to the overuse
of surface water reservoirs. Recharging groundwater by rejuvenating dried surface …