Concentrations of lake dissolved organic carbon (DOC) transported from catchments, with simultaneous browning, are currently increasing in boreal lakes, and predicted to continue in the future. This increased load of organic matter has several complex effects on lake physiology and chemistry. The most prominent effect in lakes is reduced light availability, which is the main driver for photosynthesis and lake primary production. This report is a review of the most significant effects from increased DOC and browning, and how these affect the phytoplankton community and shape the assembly of taxonomic groups in these lakes. The report is focused on Nordic lakes, in which the Raphidophyte Gonyostomum semen is not present or dominating. These h...
Recent increases in terrestrial dissolved organic carbon (DOC) concentrations in northern inland wat...
In a climate change perspective, increased air temperatures are already a reality and are expected t...
A surface-sediment survey of pigments in 100 lakes in the Scandes Mountains, northern Sweden, was co...
Concentrations of lake dissolved organic carbon (DOC) transported from catchments, with simultaneous...
Allochthonous organic carbon is increasing and leading to browning of freshwaters in the northern he...
Anthropogenic activities are increasing inorganic nitrogen (N) loadings to lakes in the northern hem...
Zooplankton is crucial for lake ecosystems as it is an important component in most of the food w...
Widespread increases in dissolved organic matter (DOM) concentration across northern lakes can alter...
1. Lakes worldwide are in rapid change because of direct or indirect climate impacts. In boreal area...
Elevated concentrations of dissolved organic carbon (DOC) promote browning of lakes, which alters th...
Dissolved organic carbon (DOC) limits primary production in lakes when present at high concentration...
We sampled small (0.03 to 3.3 km(2) surface area) forest lakes in southern Sweden during two summers...
Algae are primary producers, a major component of the aquatic foodweb, and changes in primary produc...
Surface waters receive large amounts of dissolved organic matter (DOM) via runoff from land. The DOM...
Colored dissolved organic matter (CDOM) absorbs a substantial fraction of photosynthetically active ...
Recent increases in terrestrial dissolved organic carbon (DOC) concentrations in northern inland wat...
In a climate change perspective, increased air temperatures are already a reality and are expected t...
A surface-sediment survey of pigments in 100 lakes in the Scandes Mountains, northern Sweden, was co...
Concentrations of lake dissolved organic carbon (DOC) transported from catchments, with simultaneous...
Allochthonous organic carbon is increasing and leading to browning of freshwaters in the northern he...
Anthropogenic activities are increasing inorganic nitrogen (N) loadings to lakes in the northern hem...
Zooplankton is crucial for lake ecosystems as it is an important component in most of the food w...
Widespread increases in dissolved organic matter (DOM) concentration across northern lakes can alter...
1. Lakes worldwide are in rapid change because of direct or indirect climate impacts. In boreal area...
Elevated concentrations of dissolved organic carbon (DOC) promote browning of lakes, which alters th...
Dissolved organic carbon (DOC) limits primary production in lakes when present at high concentration...
We sampled small (0.03 to 3.3 km(2) surface area) forest lakes in southern Sweden during two summers...
Algae are primary producers, a major component of the aquatic foodweb, and changes in primary produc...
Surface waters receive large amounts of dissolved organic matter (DOM) via runoff from land. The DOM...
Colored dissolved organic matter (CDOM) absorbs a substantial fraction of photosynthetically active ...
Recent increases in terrestrial dissolved organic carbon (DOC) concentrations in northern inland wat...
In a climate change perspective, increased air temperatures are already a reality and are expected t...
A surface-sediment survey of pigments in 100 lakes in the Scandes Mountains, northern Sweden, was co...