A simplified approach to implement forest eco-hydrological properties in regional hydrological modelling

Agriculture & Biology

• hydrologic models 90%
• Pinus sylvestris 88%
• forest stands 64%
• leaf area index 59%
• transpiration 52%
• Quercus 52%
• Germany 48%
• river flow 41%
• Quercus petraea 38%
• Quercus robur 35%
• water budget 33%
• groundwater 31%
• litters (young animals) 27%
• rooting 27%
• phenology 26%
• weather 24%
• dates (fruit) 22%
• autumn 22%
• vegetation 21%
• biomass 17%
• soil 14%
• leaves 12%
• water 11%
• testing 11%

Earth & Environmental Sciences

• hydrological modeling 100%
• interception 47%
• transpiration 45%
• leaf area index 44%
• oak 42%
• simulation 37%
• pine 36%
• rooting 26%
• evaluation criterion 25%
• phenology 23%
• river discharge 22%
• litter 20%
• water budget 19%
• management practice 19%
• autumn 17%
• mortality 16%
• catchment 16%
• weather 14%
• services 13%
• biomass 13%
• groundwater 12%
• vegetation 12%
• loss 11%
• soil 9%
• comparison 8%
• test 8%
• water 6%