Global warming has different impacts on the ecology of lacustrine environments. The progressive increase of water column stability leads to a reduction of exchanges between surface and deep layers, an expansion of the anoxic/hypoxic layer in productive environments (Verburg et al., 2003), and an increase of the nutrients release from sediments (Jeppesen et al., 2009). In general, lake warming is expected to enhance many biogeochemical processes, exacerbating the process of eutrophication (Schindler, 2001) and altering the trophic web (Schindler, 2001).

Impact of global and local pressures on the ecology of a medium-sized pre-alpine Lake

Guyennon Nicolas;Viviano Gaetano;Manfredi Emanuela C;Valsecchi Lucia;Salerno Franco;Tartari Gianni;Copetti Diego
2012

Abstract

Global warming has different impacts on the ecology of lacustrine environments. The progressive increase of water column stability leads to a reduction of exchanges between surface and deep layers, an expansion of the anoxic/hypoxic layer in productive environments (Verburg et al., 2003), and an increase of the nutrients release from sediments (Jeppesen et al., 2009). In general, lake warming is expected to enhance many biogeochemical processes, exacerbating the process of eutrophication (Schindler, 2001) and altering the trophic web (Schindler, 2001).
2012
lake ecosystem
nutrient load
temperature increase
local pressures
global pressures
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/313198
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