The pioneer works of Einsele, Mortimer, and Ohle on the linking between phosphorus (P)
and iron (Fe) cycles seven decades ago created the theoretical basis for a long‐standing …

Sequential P extraction was combined with electron microscop and X-ray spectroscopy to
characterise various P species and to study their transformation in settling seston and in recent …

One of the most serious problems caused by eutrophication of shallow lakes is the disappearance
of submerged macrophytes and the switch to a turbid, phytoplankton-dominated state. …

In this article, we review the nature, occurrence and environmental relevance of the authigenic
ferrous iron phosphate mineral vivianite (Fe 3 (PO 4 ) 2 ·8H 2 O) in waterlogged soils and …

Lake eutrophication has long been mainly associated with phosphorus (P) inputs from overland
flow. The present study gives evidence that also groundwater can carry significant loads …

Variations in the nonreactive P content of lake sediments as a consequence of changing redox
conditions suggest that microorganisms may contribute to uptake and release of P. In this …

Precipitation and inactivation of phosphorus (P) by the addition of aluminum (Al) is a widely
applied lake restoration measure. Many studies about short-term effects are reported, but …

114 lakes treated with aluminum (Al) salts to reduce internal phosphorus (P) loading were
analyzed to identify factors driving longevity of post-treatment water quality improvements. …

There is ample evidence that tube‐dwelling invertebrates such as chironomids significantly
alter multiple important ecosystem functions, particularly in shallow lakes. Chironomids …

Polyphosphate (polyߚP) was detected with the use of 31 P nuclear magnetic resonance (NMR)
spectroscopy in sediments from a large variety of lakes with different trophic state and …