Allometric constraints and competition enable the simulation of size structure and carbon fluxes in a dynamic vegetation model of tropical forests (LM3PPA-TV)

Earth & Environmental Sciences

• size structure 100%
• vegetation dynamics 98%
• carbon flux 93%
• tropical forest 85%
• simulation 37%
• biomass 37%
• geographical variation 29%
• hydraulics 16%
• allometry 15%
• forest dynamics 15%
• floristics 13%
• carbon storage 13%
• biome 13%
• understory 13%
• water flux 12%
• global change 12%
• carbon cycle 12%
• census 11%
• allocation 10%
• parameterization 10%
• canopy 9%
• experiment 9%
• demand 7%
• climate change 7%
• land 6%
• temperature 4%
• water 3%

Agriculture & Biology

• tropical forests 90%
• vegetation 63%
• carbon 56%
• biomass 30%
• tropical plants 28%
• geographical variation 26%
• fluid mechanics 23%
• forest dynamics 17%
• carbon cycle 16%
• global change 14%
• allometry 14%
• carbon sequestration 14%
• Panama 13%
• diurnal variation 13%
• censuses 13%
• tree growth 13%
• understory 12%
• uncertainty 12%
• shade 10%
• biomass production 10%
• climate change 10%
• water 10%
• canopy 9%
• ecosystems 9%
• temperature 4%

Chemical Compounds

• Simulation 54%
• Carbon Cycle 43%
• Carbon Atom 40%
• Size Distribution 25%
• Pressure 16%