Martin Jung

Latest

• Predicting Spatiotemporal Variability in Radial Tree Growth at the Continental Scale with Machine Learning
• The Three Major Axes of Terrestrial Ecosystem Function
• A Unified Vegetation Index for Quantifying the Terrestrial Biosphere
• Earth System Data Cubes Unravel Global Multivariate Dynamics
• Modelling Landsurface Time-Series with Recurrent Neural Nets
• Upscaled Diurnal Cycles of Land--Atmosphere Fluxes: A New Global Half-Hourly Data Product
• Impacts of Droughts and Extreme-Temperature Events on Gross Primary Production and Ecosystem Respiration: A Systematic Assessment across Ecosystems and Climate Zones
• Reverse Engineering Model Structures for Soil and Ecosystem Respiration: The Potential of Gene Expression Programming
• Reviews and Syntheses: An Empirical Spatiotemporal Description of the Global Surface--Atmosphere Carbon Fluxes: Opportunities and Data Limitations
• Effect of Spatial Sampling from European Flux Towers for Estimating Carbon and Water Fluxes with Artificial Neural Networks
• Ranking Drivers of Global Carbon and Energy Fluxes over Land
• A Few Extreme Events Dominate Global Interannual Variability in Gross Primary Production