Max-Planck Caltech Carnegie Columbia (MC³) Center
@mc-3.bsky.social
The Max-Planck Caltech Carnegie Columbia (MC³) Center aims to transform Earth system analysis and predictions, integrating advanced Earth observations and machine learning for deeper understanding and sustainable management of our planet.
(2/2)
1) Tree-Ring Signatures of CO2 Fertilization and Drought Resilience
2) Bioclimatic Shifts of Vegetation and Climate Change
3) Leveraging Machine Learning to Refine Leaf Phenology Representation in Land Surface Models
4) Fast Microbial Processes and the Long-Term Soil Carbon-Climate Feedback
1) Tree-Ring Signatures of CO2 Fertilization and Drought Resilience
2) Bioclimatic Shifts of Vegetation and Climate Change
3) Leveraging Machine Learning to Refine Leaf Phenology Representation in Land Surface Models
4) Fast Microbial Processes and the Long-Term Soil Carbon-Climate Feedback
July 10, 2025 at 2:34 PM
(2/2)
1) Tree-Ring Signatures of CO2 Fertilization and Drought Resilience
2) Bioclimatic Shifts of Vegetation and Climate Change
3) Leveraging Machine Learning to Refine Leaf Phenology Representation in Land Surface Models
4) Fast Microbial Processes and the Long-Term Soil Carbon-Climate Feedback
1) Tree-Ring Signatures of CO2 Fertilization and Drought Resilience
2) Bioclimatic Shifts of Vegetation and Climate Change
3) Leveraging Machine Learning to Refine Leaf Phenology Representation in Land Surface Models
4) Fast Microbial Processes and the Long-Term Soil Carbon-Climate Feedback