Predicting canopy biophysical properties and sensitivity of plant carbon uptake to water limitations with a coupled eco-hydrological framework

Agriculture & Biology

• canopy 98%
• gross primary productivity 82%
• carbon 80%
• photosynthetically active radiation 79%
• leaf area index 71%
• phenology 51%
• water 50%
• vegetation 40%
• global carbon budget 39%
• hydrology 36%
• plant available water 34%
• water stress 33%
• vapor pressure deficit 32%
• evapotranspiration 28%
• rhizosphere 24%
• soil water 23%
• photoperiod 22%
• hydrologic cycle 19%
• die-off 19%
• plant-water relations 19%
• carbon cycle 18%
• soil water potential 17%
• soil texture 16%
• water budget 15%
• carbon sequestration 15%
• soil 13%
• soil types 13%
• assimilation (physiology) 12%
• growing season 10%
• drought 10%
• uptake mechanisms 9%
• temperature 5%

Earth & Environmental Sciences

• canopy 100%
• photosynthetically active radiation 89%
• leaf area index 79%
• water availability 62%
• water stress 52%
• photoperiod 41%
• water 37%
• soil water 37%
• vegetation 36%
• vapor pressure 31%
• water use 28%
• seasonality 28%
• evapotranspiration 27%
• plant water relations 25%
• soil water potential 21%
• soil texture 16%
• carbon storage 16%
• hydrological cycle 15%
• data assimilation 15%
• soil type 14%
• water budget 13%
• sensitivity analysis 13%
• parameterization 13%
• soil 13%
• soil moisture 12%
• drought 12%
• index 7%
• product 7%
• temperature 5%
• parameter 5%