P-TRAP / Teilprojekt 9 / Studying the effect of Fe addition to sediments on the sedimentary biogeochemical processes

EU-Projekt, Grant Agreement No. 813 438

Von 03/2019 bis 02/2023

Projektleiter: Stefan Peiffer, Thilo Behrends
Mitarbeiter: Karel As

Project description: This project is part of the European H2020 Marie Sklodowska-Curie Innovative Training Network P-TRAP (Preventing Phosphorus Input to Surface Waters – New Concepts in Trapping, Recycling and Management). P-TRAP tackles two urgent interlinked global problems: Potential shortages of phosphate for producing agricultural fertilizers and the decline of surface water quality upon excess phosphate input. P-TRAP targets the P flux from artificially drained agricultural areas and the internal P load of lakes. By this, P-TRAP aims at intercepting the undesired flux of phosphate from agricultural systems into surface waters and developing a phosphate recycling strategy. The project of ESR 9 aims to determine the dynamics of major biogeochemical cycles (C,N,Fe,S) and solute fluxes studying pore-water composition, solid phase speciation and turnover rates (e. g. sulphate reduction rates) in P-rich aquatic systems. The effect of biogeochemical cycles on the mobilisation of P considering will be numerically simulated using an early diagenetic modelling approach emphasizing the role of iron hydroxides as a geochemical barrier

Homepage: https://h2020-p-trap.eu/esr-9/

Aktuelle Termine

Mo. 18.07.2022
BayCEER Retreat 2022
Sa. 23.07.2022
Zertifizierung Feldbotanik
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Do. 07.07.2022
Postponed to WS 22/23: Preserving ecosystem services and biodiversity on agricultural land
Do. 21.07.2022
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Der Süden Neuseelands – Ursprüngliche Ökosysteme und ihre Bedrohung
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