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- Research Groups + Molecular Biogeochemistry + Theoretical Ecosystem Ecology + Soil Biogeochemistry + Plant Allocation + Landscape Processes + Emeritus Group Prof. Dr. E.-D. Schulze
- Major Projects + AquaDiva + ATTO + Biodiversity Exploratories + Jena Experiment + Tanguro Flux + 14Constraint
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Current Projects
 | Agricultural Water Innovations in the Tropics AgWIT 5/2017 - 4/2020 contact: Susan Trumbore webpage | |
 | Constraining the role of the Amazon in Global Greenhouse Gas Balance and Climate ATTO 5/2017 - 4/2020 contact: Susan Trumbore, Jost Lavric, Christoph Gerbig webpage | |
 | Biodiversity Exploratories Core-Projects, Coordination Biodiversity Exploratories 5/2014 - 4/2020 contact: Marion Schrumpf, Susan Trumbore webpage The project provides essential soil characteristics that determine ecosystem properties such as plant and soil organism abundance, diversity, and productivity under different land use and management, and information on soil processes driving belowground carbon (C) and nutrient cycles, to link management, biodiversity and soil function. | |
 | Early warning system for ecosystem changes (project extension) FÖV 10/2016 - 3/2019 contact: Gerd Gleixner webpage | |
 | Coordination of International Research Cooperation on soil CArbon Sequestration in Agriculture CIRCASA 11/2017 - 10/2020 contact: Marion Schrumpf webpage | |
 | Methane on Regional Grids through Adaptive Nesting MORGAN 6/2017 - 5/2020 contact: Julia Marshall | |
 | Nonlinearities and Alternative States of Biogeochemical Cycling in Terrestrial Ecosystems NASBC 1/2015 - 12/2019 contact: Carlos Sierra webpage Ein zu Voraussagen fähiges Verständnis der Funktionsweise von Ökosystemen bedarf eines soliden theoretischen Rahmens, der die Interaktion zwischen einzelnen Bestandteilen der Ökosysteme umfasst, und darüber hinaus auch plötzliche Änderungen in der Verweilzeit von biogeochemischen Elementen miteinschließt. Es ist ein Forschungsprogramm zur Entwicklung eines mathematischen und theoretischen Rahmens für die Identifizierung von Nichtlinearitäten in biogeochemischen Kreisläufen, die die Verweilzeit von Kohlenstoff, Stickstoff und Phosphor in terrestrischen Ökosystemen ändern. Folgende Hauptfragen werden untersucht: 1) Welche Art von nichtlinearen Interaktionen zwischen Ökosystemkomponenten können zu einem Übergang zu alternativen Stabilitätszuständen in der Verweilzeit von Elementen in Ökosystemen führen? 2) Welche Art von Umweltveränderungen können terrestrische Ökosysteme zu Umschlagspunkten (tipping points) bringen? | |
| Observing vegetation status and function from the ground to the space (SAVNET) SAVNET 1/2017 - 12/2018 contact: Mirco Migliavacca The project will provide complementarily support our collaborative research/training and networking activities and field work in the context of the projects SynerTGE, MANIP and TRUSTEE. | |
 | Biodiversity-exploratories: Ecological mechanism in changes of diversity along the gradients of land use in temperate forests – from tree to the forest management TREE 4/2017 - 3/2020 contact: Susan Trumbore, Shaun Robert Levick | |
 | Radiocarbon constraints for models of C cycling in terrestrial ecosystems: from process understanding to global benchmarking 14Constraint 12/2016 - 11/2020 contact: Susan Trumbore webpage | |
| Do trees recyle CO2 respired in the stems? GIF 2 7/2017 - 6/2020 contact: Susan Trumbore | |