climate model dynamics
Climate model dynamics refers to the simulation and study of the physical processes that govern Earth's climate system, such as atmospheric circulation, ocean currents, and land surface interactions, within numerical models. These models are used to predict and understand how different factors and feedbacks interact to shape future climate patterns and changes.
Requires login.
Related Concepts (21)
- aerosol-climate interactions
- atmospheric circulation
- bifurcations in climate models
- carbon cycle modeling
- climate sensitivity analysis
- climate system response
- cloud dynamics
- el niño-southern oscillation (enso) dynamics
- extreme weather events
- feedback mechanisms
- future climate scenarios
- greenhouse gas emissions
- ice sheet modeling
- land surface processes
- millennial-scale climate variability
- ocean heat uptake
- oceanic circulation
- paleoclimate modeling
- regional climate modeling
- sea-level rise projections
- temperature change projections
Similar Concepts
- atmospheric dynamics
- climate changes
- climate engineering
- climate model bifurcation diagrams
- climate model parameterization and bifurcations
- climate modeling
- climate models
- climate modification
- climate patterns
- climate prediction
- climate regime shifts
- climate science
- climate variability
- environmental dynamics
- global climate models