biogeochemistry

Life-meets-earth chemistry

Biogeochemistry is the study of how chemical elements cycle through living organisms and their physical environments—the movement of carbon, nitrogen, phosphorus, and other elements between rocks, water, air, and life.

The field bridges biology, geology, and chemistry to understand processes like nutrient cycling in forests or carbon storage in oceans: Biogeochemistry helps explain how ecosystems respond to climate change.

cycles

photosynthesis

Light-to-sugar conversion in plants

nitrification · mineralization · bioaccumulation · biomagnification · eutrophication · leaching · weathering · sedimentation · flux

reservoirs

atmosphere

Gaseous layer around planets

ocean · soil · sediment · groundwater · wetlands · peatlands · permafrost · marine · freshwater · estuary

research

ecology

Study of environmental relations

fluxes · stoichiometry · IPCC · anthropogenic · emissions · sequestration · monitoring · datasets

elements

carbon

Sixth element, atomic symbol C

oxygen · hydrogen · iron · manganese · calcium · potassium · magnesium · zinc · copper · molybdenum

ecology

ecosystem

Interconnected organisms and surroundings

fungi · phytoplankton · algae · decomposers · productivity · biomass · microbial · symbiosis · cyanobacteria · diatoms

Opposites
scope of study

biogeochemistryinorganic chemistry

Study of non-carbon-based compounds

theoretical physics

systems studied

biogeochemistryastrophysics

Physics of celestial bodies

particle physics · industrial chemistry

Family

chemistry, biology, chemical, biography, geometry, geology, alchemy, biological, geographic

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