Max Planck Institute for Biogeochemistry

Recent papers from Max Planck Institute for Biogeochemistry

1. Atmospheric O 2 reveals a strengthening ocean carbon sink and a stagnant net land sink since 1990Science · 2026
2. Assessment of vegetation water dynamics by comparing microwave remote sensing signals from satellites and field-based GNSS reflectometryBiogeosciences · 2026
3. Symbiotic and commensal root microbes are key determinants of plant responses to rising CO₂2026
4. High precision atmospheric GHG measurements for the Orinoco region: The Villavicencio Tower (VLO)Earth System Science Data Discussions · 2026
5. Fire enhances recent carbon inputs without mobilizing ancient soil carbon in Andean páramos2026
6. Phenology and surface energy balance changes across northern landsBiogeosciences · 2026
7. Plant nitrogen acquisition strategies impact ecosystem carbon storage under future climate2026
8. Agroforestry development drives a progressive shift from physicochemical to microbially mediated organic matter cycling in tropical soilsJournal of Environmental Management · 2026
9. Impacts of shrub coverage for arctic ecosystem carbon uptake and storageBiogeosciences · 2026
10. High Sensitivity of Amazon Net Ecosystem Exchange Projections to Photosynthetic Optimal Temperature2026
11. From prototypical regimes to observed complex dynamics and CO 2 transport in the Amazonian nocturnal boundary layerAtmospheric chemistry and physics · 2026
12. Can radon help to improve methane emission estimates? Results from a dual-tracer inversionAtmospheric chemistry and physics · 2026
13. Seeing both the forest and the trees: An automated workflow for ultra‐high‐resolution drone imaging of tropical canopiesMethods in Ecology and Evolution · 2026
14. Diagnosing drought–flood vulnerability of rice systems across growth stages using Sentinel-1/2 and CHIRPS time seriesISPRS Journal of Photogrammetry and Remote Sensing · 2026
15. Opening ecological data to reduce bias and strengthen AI in ecologyBioScience · 2026
16. The Coupled Climate-Carbon Cycle Model Intercomparison Project (C4MIP) experimental protocol for CMIP72026
17. Land use intensification results in abrupt transitions between extensively and intensively managed grasslandsFunctional Ecology · 2026
18. Fire carbon emission constraints from space-based carbon monoxide retrievals during the 2019 intense burning season in BrazilAtmospheric chemistry and physics · 2026
19. EcoPro-LSTMv0: A Memory-based Machine Learning Approach to Predicting Ecosystem Dynamics across Time Scales in Mediterranean Environments2026
20. Economic incentives for conifers may limit broadleaf expansion in climate-adaptive European forestsCommunications Earth & Environment · 2026