Will Amazonia Dry Out? Magnitude and Causes of Change from IPCC Climate Model Projections - Cook, Brian; Zeng, Ning; Yoon, Jin-Ho (Earth interactions, 2012)
Keywords: 20th century; 21st century; Atmospheric models; Biological fertilization; Carbon; Carbon cycle; Carbon dioxide; Climate and vegetation; Climate change; Climate models; Deforestation; Drought; Dry season; Drying; Ecosystem dynamics; Ecosystems; El Nino; Emissions; Fertilization; Fire danger; Fire hazards; Future climates; Global warming; High pressure; Human impact; Human influences; Hydrology; Intergovernmental Panel on Climate Change; Land use; Leaf area; Leaf area index; Maintenance costs; Modelling; Moisture effects; Nonlinear response; Precipitation; Precipitation variations; Rain; Rainfall; Rainfall forecasting; Rainforests; Rainy season; Sea surface; Sea surface temperature; Seasons; Soil; Soil dynamics; Soil moisture; Surface temperature; Temperature gradients; Vegetation; Wet season; Brazil; Amazonas Brazil; IS, Equatorial Pacific; South America, Amazonia; AS, Tropical Atlantic; ASW, Brazil; Brazil, Amazonia; South America, Amazon R; ANE, Norway, Vega