Relative information contributions of model vs. data to short-and long-term forecasts of forest carbon dynamics

Keyphrases

• Forest Carbon Dynamics 100%
• Information Contribution 100%
• Relative Information 100%
• Short-term Forecasting 100%
• Long-term Forecasting 100%
• Carbon Pools 60%
• Probability Density Function 60%
• Foliage 40%
• Information Content 40%
• Soil Organic Matter 40%
• Data Assimilation 40%
• Ecological Forecasting 40%
• Uniform Probability Density Function 40%
• Data Contribution 40%
• Forest Floor 20%
• C Pools 20%
• Biogeochemical Model 20%
• Woody Biomass 20%
• Fine Roots 20%
• Ecosystem Response 20%
• Global Change 20%
• Soil Respiration 20%
• Microbial C 20%
• Carbon C 20%
• Litterfall 20%
• Shannon Index 20%
• Carbon Dynamics 20%
• Future Information 20%
• Fine Root Biomass 20%
• Uncertainty Analysis 20%
• Model-driven Development 20%
• Pool Size 20%
• Soil Organic Carbon Pools 20%
• Terrestrial Ecosystem Model 20%
• C Dynamics 20%
• Duke Forest 20%
• 10-year Data 20%
• Woody Root 20%
• Relative Data 20%
• Relative Model 20%
• Data Evaluation 20%
• Year Forecast 20%

Earth and Planetary Sciences

• Probability Density Function 100%
• Soil Organic Matter 60%
• Fine Root 40%
• Data Assimilation 40%
• Terrestrial Ecosystem 20%
• Ecosystem Response 20%
• Timescale 20%
• Soil Respiration 20%
• Global Change 20%
• Uncertainty Analysis 20%
• Forest Floor 20%
• Litterfall 20%
• Development Model 20%
• Long-Term Forecasting 20%