Early spring onset increases carbon uptake more than late fall senescence: modeling future phenological change in a US northern deciduous forest

Keyphrases

• Early Spring 100%
• Carbon Uptake 100%
• Biogeochemical Model 100%
• Deciduous Forest 100%
• Senescence 100%
• Spring Onset 100%
• Late Fall 100%
• Phenological Shift 100%
• Phenology Model 100%
• Season Length 100%
• Phenology 66%
• Carbon Cycling 66%
• Carbon Exchange 66%
• Water Cycling 66%
• Pancreatic Neuroendocrine Tumors (pNETs) 66%
• Sensitivity Analysis 33%
• Ecosystem Processes 33%
• New Hampshire 33%
• Nitrogen Cycle 33%
• Photosynthesis 33%
• Transpiration 33%
• Water Exchange 33%
• Carbon-nitrogen 33%
• Eastern North America 33%
• Abrupt Transition 33%
• Mid-latitude 33%
• Leaf Senescence 33%
• Interannual Variability 33%
• Long-term Trends 33%
• Future Climate Projections 33%
• Short-season 33%
• Leaf Fall 33%
• Leaf Development 33%
• Experimental Forest 33%
• PhenoCam 33%
• Leaf Spring 33%
• Phenology Prediction 33%

Agricultural and Biological Sciences

• Spring 100%
• Phenology 100%
• Deciduous Forest 100%
• Annuals 33%
• Photosystem 16%
• Sweating 16%
• Experimental Forests 16%
• Leaf Fall 16%
• Leaf Development 16%

Earth and Planetary Sciences

• Deciduous Forest 100%
• North America 50%
• Photosynthesis 50%
• Long-Term Trend 50%
• New Hampshire 50%
• Water Exchange 50%