Many physical, chemical, and biological processes in freshwater ecosystems mobilize the
nutrient phosphorus (P) from sediments, which in turn may contribute to the formation of …

The last two decades have seen a rise in the development of lanthanum (III)-containing
materials (LM) for controlling phosphate in the aquatic environment.> 70 papers have been …

The sediment plays an important role in the overall nutrient dynamics of shallow lakes. In
lakes where the external loading has been reduced, internal phosphorus loading may …

Ecological stoichiometry is concerned with the ratios of different elements, particularly
carbon, nitrogen, and phosphorus. Ratios by their nature do not respond symmetrically to …

It has been more than ten years since the last edition of the bestselling Restoration and
Management of Lakes and Reservoirs. In that time, lake and reservoir management and …

Understanding the labile status of phosphorus (P) in sediments is crucial for managing a
eutrophic lake, but it is hindered by lacking in situ data particularly on a catchment scale. In …

Eutrophication is the primary worldwide water quality issue. Reducing excessive external
nutrient loading is the most straightforward action in mitigating eutrophication, but lakes …

The hypothesis that the combination of the flocculent polyaluminium chloride (PAC) with the
lanthanum-modified bentonite Phoslock®(Flock & Lock) could sink effectively a water bloom …

Increasing interest in regime shifts in ecological and linked social–ecological systems
(SESs) has placed a strong focus on the thresholds of change. However, research into this …

Nutrient availability, in particular of phosphorus (P), is a key factor for the structure and
functioning of shallow lakes, and not least the sediment plays an important role by acting as …