流域非点源磷污染的遗留效应研究进展.
吴昊， 陈丁江 - Journal of Agro-Environment Science, 2022 - search.ebscohost.com
流域非点源磷污染的遗留效应是许多流域经过多年污染控制努力后水质仍未见成效的重要原因.
本文综述了流域非点源磷污染遗留效应的形成过程机理, 模型方法及对水质的影响 …
本文综述了流域非点源磷污染遗留效应的形成过程机理, 模型方法及对水质的影响 …
How phoD-harboring functional microbial populations trigger the release risk of phosphorus in water sediment system of Shijiuhu Lake, China after experiencing the …
H Yuan, Y Cai, H Wang, E Liu, Q Li, Q Zeng - Water Research, 2023 - Elsevier
Excessive phosphorus (P) enrichment is the critical cause of eutrophication in the lake
water. Organic P (P o) mineralization processes induced by alkaline phosphatase (APase) …
water. Organic P (P o) mineralization processes induced by alkaline phosphatase (APase) …
Contrasting impacts of agricultural intensification and urbanization on lake phosphorus cycling and implications for managing eutrophication
S Slowinski, J Radosavljevic, A Graham… - Journal of …, 2023 - Wiley Online Library
Sediment core and water quality data, together with historical information on land use/land
cover (LULC), were used to reconstruct changes in phosphorus (P) loading and cycling in …
cover (LULC), were used to reconstruct changes in phosphorus (P) loading and cycling in …
Comparing drivers of spatial variability in US lake and stream phosphorus concentrations
Decision makers need to know the drivers of surface water phosphorus (P) concentrations,
the environmental factors that mediate P loading in freshwater systems, and where pollution …
the environmental factors that mediate P loading in freshwater systems, and where pollution …
Anthropogenic modification of phosphorus sequestration in lake sediments during the Holocene: A global perspective
Human activity has fundamentally altered the global phosphorus (P) cycle. Yet our
understanding of when and how humans influenced the P cycle has been limited by the …
understanding of when and how humans influenced the P cycle has been limited by the …
Regime difference between macrophyte and Cyanophyta dominance regulate microbial carbon sequestration mode in lake sediments
H Yuan, T Guan, E Liu, M Ji, J Yu, B Li, Y Cai, Q Yuan… - Water Research, 2024 - Elsevier
Different nutrient load in the lake ecosystems trigger the regime difference and change of
predominant biotype. The regulation of carbon (C) sequestration mode in the lacustrine …
predominant biotype. The regulation of carbon (C) sequestration mode in the lacustrine …
Decoupling of nitrogen, phosphorus and biogenic silica in floodplain sediments in response to land use change and hydrological alterations
Human activities are altering global biogeochemical cycles of nitrogen (N), phosphorus (P)
and biogenic silica (BSi). In order to reveal nutrient dynamics in response to human …
and biogenic silica (BSi). In order to reveal nutrient dynamics in response to human …
Tracing soil erosion history using geochemical signatures in lake sediments: Insights from the southeastern Tibetan Plateau margin
Q Liang, H Zhang, S Ma, Q Han, Y Cao, D Yang, J Yin… - Catena, 2024 - Elsevier
Climate and human activities have changed land use patterns and the surrounding
environment since the mid-late Holocene. X-ray Fluorescence (XRF) can provide a fast, non …
environment since the mid-late Holocene. X-ray Fluorescence (XRF) can provide a fast, non …
Land use changes and salinization: Impacts on lake phosphorus cycling and water quality
J Radosavljevic - 2023 - uwspace.uwaterloo.ca
Over the past few decades, there has been a rapid global increase in urbanization
accompanied by the conversion of natural or agricultural land into more impervious land …
accompanied by the conversion of natural or agricultural land into more impervious land …