Beyond the effects on climate discussed below, these include air pollution, acid rain, marine and
freshwater eutrophication, biodiversity loss, and the stimulation of some invasive species.
Not exact matches
For years scientists have known that nitrogen and phosphorus, which commonly enter
freshwater lakes in chemical fertilizers, play a role in
eutrophication — the process by which algal blooms, turbidity, and oxygen deficiencies turn a lake into a dead zone, largely devoid of animal life.
As with air pollution, evidence suggests that human - driven climate change will, on average, worsen
eutrophication in
freshwater and marine systems.
Nitrogen - and phosphorus - driven
freshwater and marine
eutrophication has major socioeconomic consequences that include lost livelihoods, reduced property values, damage to fisheries, loss of recreational opportunities, and several health risks.