Forest ecohydrological response to bimodal precipitation during contrasting winter to summer transitions

Earth & Environmental Sciences

• hillslope 100%
• transition 86%
• winter 85%
• summer 80%
• soil moisture 76%
• snow 37%
• triangulated irregular network 35%
• runoff 32%
• spatial distribution 32%
• vegetation 28%
• phenology 25%
• water availability 23%
• simulator 21%
• curvature 21%
• evapotranspiration 20%
• recharge 20%
• pine 20%
• connectivity 19%
• hydrology 19%
• infiltration 19%
• saturation 16%
• groundwater 14%
• climate 12%
• loss 12%
• basin 11%
• prediction 11%
• soil 9%
• water 7%

Agriculture & Biology

• winter 92%
• summer 92%
• soil water 78%
• runoff 53%
• snow 52%
• groundwater recharge 40%
• spatial distribution 38%
• hydrologic models 36%
• vegetation 34%
• hydrology 31%
• Southwestern United States 31%
• Pinus ponderosa 29%
• infiltration (hydrology) 27%
• evapotranspiration 24%
• phenology 21%
• basins 21%
• water 19%
• climate 18%
• prediction 15%
• soil 11%