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Daniel GollCycles biogéochimiques et Transferts dans l'Environnement Modélisation des Surfaces et Interfaces Continentales
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01.69.08.02.36
01.69.08.77.16
News
Spreading crushed rocks on land may capture more carbon dioxide than previously thought
Function
Researcher / Scientific Lead BIOGEO Team
Member of scientific steering committee of the CLAND convergence institute
Research interersts
Analysis and projections of phosphorus limitations on agricultural production and future carbon sequestration using process models and experimental data
Development of statistical and process-based models for phosphorus cycling and interlinkages with other biogeochemical cycles and human activities
CV
2020 – current Research Associate University Paris-Saclay / Saclay / France
2019 – 2020 Research Associate / Lecturer Institute of Geography / Augsburg University / Augsburg / Germany
2015 – 2019 Research Associate Le Laboratoire des Sciences du Climat et de l'Environnement / Gif-Sur-Yvette / France
2013 – 2015 Research Associate Max Planck Institute for Meteorology / Hamburg / Germany
Publications
https://scholar.google.com/citations?hl=en&user=jN_OTdMAAAAJ
Projects
2022 - 2026 H2020 WET HORIZIONS: UPGRADING KNOWLEDGE AND SOLUTIONS TO FAST-
TRACK WETLAND RESTORATION ACROSS EUROPE
2022 - 2025 EJP Soil ICONICA: Impact of long-term phosphorus additions on agricultural soils
2022 - 2026 H2020 ClieNFarms: climate neutral farming
2021 - 2024 H2020 PROVIDE: Paris Agreement Overshooting – Reversibility, Climate Impacts and Adaptation Needs
2018 - 2022 ESA CCI Biomass
2018 – 2023 NSF. “RCN-INCyTE: Investigating nutrient cycling in terrestrial ecosystems”
2018 - 2022 NERC. “Quintus” Quinquennial (half-decadal) carbon and nutrient dynamics in temperate forests: Implications for carbon sequestration in a high carbon dioxide world
Past projects
2016–2021 ERC. “IMBALANCE-P” Effects of phosphorus limitations on Life, Earth system and Society
2016 - 2020 DFG. “The role of phosphorus in limiting Amazon rainforest productivity under global environmental change”
Outreach /Press (selection)
Physicsworld: Sprinkling basalt over soil could remove huge amounts of carbon dioxide from the atmosphere
Phys.org: How crushed rocks can help capture carbon dioxide
Deutschlandfunk: Forschung aktuell 15/12/2020, Fischzucht hat Zukunft, verbraucht aber zuviel Phosphor
Spiegel: Aquakulturen gefährden die Nahrungssicherheit, Pflanzen tun sich zunehmend als Klimaretter schwer
Frankfurter Rundschau: Der gruenen Lunge fehlt es an Phosphor
Tagesspiegel: Das Potential von Basalt-Verwitterung zur Bindung von Kohlenstoff
ORF: Amazonien: Schwächelt die Klimaanlage? , Fischzucht verbraucht zu viel Phosphor, Basalt: CO2-Schlucker mit Vor- und Nachteilen
more information
please see: Research Gate
PHoCEA DRF - Tous droits réservés - Mentions légales - Protection des données personnelles - Dernière mise à jour : 24-03-2023
