FAO AGRIS - Système international des sciences et technologies agricoles

Assessment of the Risk of Amazon Dieback

Vergara, Walter | Scholz, Sebastian M.


Informations bibliographiques
Editeur
World Bank
D'autres materias
Climate impact; Sulphate; Climate change scenarios; Ecosystem; Amazon deforestation; Atmosphereocean general circulation; Global precipitation climatology; Temperature increase; Temperature indexes; Tropical forest biomass; Carbon sink; Radiative forcing; Vegetation change; Biomass carbon; Climate science; Extreme precipitation events; Intertropical convergence zone; Climate simulation; Ipcc; Global greenhouse gas emission; Meteorological research; Extreme dry; Emissions from soils; Amazonian forest; Biosphere; Forest biomass estimate; Climate equilibrium; Mean rainfall; General circulation model; Rainfall distributions; Climate research unit; Water cycle; Climate change impacts; Annual precipitation; Deforestation scenarios; Environmental economist; Amazonian rainfall; Climate impacts; International climate policy; Surface temperatures; Extreme events; Forest structure; Carbon emissions; Season; Cru; Global emission; Aboveground vegetation; Climate feedbacks; Surface pressure; Amazon rainforest; Temperature anomaly; Global carbon cycle; Global emissions; Amazon forest; Ghgs; Forest; Rainfall variability; Biomass density; Global precipitation; Rainfall anomalies; Climate research; Climate policies; Impact of climate; Forest carbon; Emission scenarios; Vegetation carbon; Tropical forest; Fossil fuel; Ghg; Climatic changes; Convective precipitation; Climate model; Surface temperature anomalies; Rainfall trend; Temperature change; Climate change projections; Greenhouse; Woodland; Ecosystem structure; Carbon change; Emissions; Bioclimatic limits; Intergovernmental panel on climate change; Dry forests; Global biodiversity; Forest microclimatology; Emissions scenarios; Clean energy; Vegetation growth; Seasonal rainfall; Surface model; Temperature changes; Global average surface warming; Climate forcing; Forest types; Impacts of climate change; Climate scenario; Global greenhouse gas; Climate trends; Response to climate change; Climatic variable; Sea level rise; Century temperature; Carbon content; Gcm; Climate-vegetation model; Ecosystem responses; Weather prediction; Rainfall reduction; Dynamic global vegetation model; Carbon starvation; Emission scenario; Global scale; Climate scenarios; Global climate; Atmospheric carbon; Surface temperature change; Fossil fuel emissions; Global vegetation; Climate simulations; Climate conditions; Atmospheric research; Emission trajectories; Climatic research; Land use changes; Tropical broadleaf evergreen; Forest biomass; Extreme precipitation; Hydrological changes; Loss of vegetation; Itcz; Climate changes; Land surface; Atmosphere-ocean general circulation; Extreme weather; Climate impact research; Floods; Carbon dioxide levels; Atmospheric carbon dioxide; Carbon emission; Convergence; Tree species; Colors; Vegetation dynamics; Climatic conditions
Langue
anglais
Format
application/pdf, text/plain
Licence
CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo, World Bank
ISSN
8213-8621

2024-10-18
2026-02-03
Dublin Core