Lakes worldwide are affected by multiple stressors, including climate change. This includes
massive loading of both nutrients and humic substances to lakes during extreme weather …

Lakes are undergoing striking physicochemical changes globally, including co‐occurring
increases in dissolved organic carbon and nutrient concentrations, water color, and surface …

Concentrations of terrestrial‐derived dissolved organic carbon (DOC) in freshwater
ecosystems have increased consistently, causing freshwater browning. The mechanisms …

The Mediterranean region is undergoing an increase in the frequency and intensity of
extreme rainfall events, resulting in terrestrial runoffs that can affect aquatic environments in …

Coastal eutrophication due to excessive anthropogenic nutrient loading is a major threat
worldwide, and especially in estuaries and semi‐enclosed waterbodies, like the brackish …

Terrestrial input to marine and freshwater ecosystems colors the water yellow-brown,
causing a phenomenon called “brownification”. The effect of brownification on the marine …

Climate change is projected to cause brownification of some coastal seas due to increased
runoff of terrestrially derived organic matter. We carried out a mesocosm experiment (15 d) …

Freshwater environments vary widely in ion availability, owing to both natural and
anthropogenic drivers. Field and laboratory work point to the importance of overall salinity …

Browning of surface waters, also known as brownification, is a process of decreasing water
transparency, particularly in boreal lakes surrounded by intensively managed forests and …

Leaf litter is an important input to freshwater systems. Leaves provide carbon, nutrients, and
secondary compounds. We examined the effects of tree leaf species on chlorophyll a …