Eutrophication has been observed in lakes across densely populated regions[1,2],threatening the safety of drinking water,aquaculture production,and other societal aspects.This issue is widely recognized as one of the ...Eutrophication has been observed in lakes across densely populated regions[1,2],threatening the safety of drinking water,aquaculture production,and other societal aspects.This issue is widely recognized as one of the most significant environmental challenges,carrying substantial socio-economic costs.Given the challenges of monitoring remote lakes,satellite imagery offers an efficient and scalable solution for assessing lake trophic states[1].Elevated levels of chlorophyll-a(Chl-a),a photosynthetic pigment in phytoplankton,widely serve as a key indicator of aquatic ecosystem degradation and eutrophication[3].展开更多
基金supported by the Natural Science Foundation of China(U2342008 and U2243230).
文摘Eutrophication has been observed in lakes across densely populated regions[1,2],threatening the safety of drinking water,aquaculture production,and other societal aspects.This issue is widely recognized as one of the most significant environmental challenges,carrying substantial socio-economic costs.Given the challenges of monitoring remote lakes,satellite imagery offers an efficient and scalable solution for assessing lake trophic states[1].Elevated levels of chlorophyll-a(Chl-a),a photosynthetic pigment in phytoplankton,widely serve as a key indicator of aquatic ecosystem degradation and eutrophication[3].
