Climate change is not a hoax; resist.
Category: biogeochemistry
biogeochemistry
William Schlesinger
biogeochemistry, environmental policy, environmental politics, faculty, lakes and streams, water, water pollution, wetlands
biogeochemistry, environmental policy, environmental politics, faculty, lakes and streams, water, water pollution, wetlands
From Headwaters to the Sea
This is not the time to “unburden” the corporate world from regulations that protect our environment.
William Schlesinger
agriculture, biogeochemistry, energy, environmental policy, faculty, fossil fuels, methane, wetlands
agriculture, biogeochemistry, energy, environmental policy, faculty, fossil fuels, methane, wetlands
The Methane Mystery
this makes it difficult to devise appropriate policy measures that might stem the growth of methane in the atmosphere.
The Deep Carbon Cycle
Subduction and volcanic emissions compose a long-term, slow cycle for carbon and these elements.
William Schlesinger
air pollution, biogeochemistry, environmental health, faculty, recycling, resource use, toxicology, water pollution
air pollution, biogeochemistry, environmental health, faculty, recycling, resource use, toxicology, water pollution
Arsenic and Old Lace
we are bathed in, and breathe, an atmosphere with an arsenic content vastly in excess of what we have experienced during our evolutionary history as a species.
William Schlesinger
agriculture, biogeochemistry, carbon sequestration, faculty, fossil fuels, plastics, recycling, waste
agriculture, biogeochemistry, carbon sequestration, faculty, fossil fuels, plastics, recycling, waste
Rethinking Biodegradable
the storage of plant-derived carbon in everyday products that are landfilled may help sequester carbon from the atmosphere.
Methane: a synoptic view
Methane concentrations were relatively constant in the atmosphere until the beginning of the Industrial Revolution.
William Schlesinger
air pollution, Arctic, biogeochemistry, faculty, lakes and streams, toxicology, water pollution, wetlands
air pollution, Arctic, biogeochemistry, faculty, lakes and streams, toxicology, water pollution, wetlands
Legacy Mercury
The benefits of reducing mercury pollution deposited from the atmosphere are quickly reflected throughout the ecosystem.
Nitrogen in the Mississippi
It will take a long time to flush this past memory of nitrogen use out of the ecosystem.
Hydrogen Fuels
The hydrogen content of the atmosphere has increased 70% since the late 1800s,