Rapid response of habitat structure and above-ground carbon storage to altered fire regimes in tropical savanna

Earth and Planetary Sciences

• Australia 16%
• Biodiversity 16%
• Biomass 50%
• Canopy 66%
• Carbon 16%
• Carbon Management 16%
• Carbon Sequestration 66%
• Class 16%
• Combustion 16%
• Conservation Management 16%
• Difference 16%
• Divergence 16%
• Dry Season 33%
• Earth 16%
• Ecosystem 16%
• Emission Reduction 16%
• Environmental Gradient 16%
• Experiment 33%
• Fire Management 16%
• Frame 16%
• Height 33%
• High Spatial Resolution 16%
• Impact 16%
• Implication 16%
• Land Management 16%
• Land Use 16%
• Landscape 16%
• Magnitude 16%
• Park 16%
• Rapid 16%
• Regime 66%
• Region 16%
• Response 16%
• Season 16%
• Shape 16%
• Site 16%
• Soil 33%
• Territory 16%
• Underpinning 16%
• Vegetation 16%
• Vegetation Dynamics 16%

Agricultural and Biological Sciences

• Biodiversity 16%
• Biomass 50%
• Burning 16%
• Canopy 66%
• Climate 16%
• Dry Season 33%
• Ecosystems 16%
• Fields 16%
• Fire Regime 66%
• Fires 100%
• Habitats 33%
• Height 33%
• Land Management 16%
• Land Use 16%
• Landscapes 16%
• Public Gardens 16%
• Seasons 16%
• Shape 16%
• Storage 50%
• Vegetation 16%
• Vegetation Structure 33%
• Wildlife 16%