Im Rahmen einer Nachfolge ist zum nächstmöglichen Zeitpunkt in der „Abteilung Personal & Unternehmenskultur“ folgende Stelle zu besetzen:

Die Abteilung Einkauf des UFZ sucht Verstärkung im Bereich Beschaffung von Dienstleistungen.

Subject: Towards exascale readiness of parameter estimation tools used in Land Surface Modelling; Start at the earliste possible date, working time 100 % (39 hours per week), limited 30.09.2021.

Die Arbeitszeit beträgt 100% (39 Stunden pro Woche) und ist bis mindestens 30.09.2022 befristet. Es besteht die Option in ein unbefristetes Arbeitsverhältnis in leitender Funktion übernommen zu werden.

Subject: Improved vegetation modeling for soil moisture drought estimation; Start at the earliest possible date, working time: 100% (39 hours per week), limited to 18 months

The Department Catchment Hydrology is looking for a capable Research Assistant (m/f/d) for the topic: Homogenization and analysis of large hydrological datasets (e.g., inputs and outputs of hydrological models, reanalysis data, runoff events, floods, soil moisture) by means of scripts written in different programming languages.​

Thema: ExaScale Modelling of Multi-Field Earth System Processes; Beschäftigungsbeginn: zum nächstmöglichen Zeitpunkt, Arbeitszeit: 100% (39 Stunden pro Woche), befristet auf 2 Jahre

Studentische Hilfskraft (m/w/d) -Thema: Aufbau eines GIS-Projekts zur Unterstützung der Vorbereitung der MOSES Kampagne „Elbe 2020“

Die Arbeitsgruppe Erneuerbare Energien des Department Bioenergie führt räumlich explizite, hochaufgelöste und bundesweite GIS-Analysen zu erneuerbaren Energien und deren Umweltauswirkungen durch. Dafür suchen wir eine engagierte studentische Hilfskraft/Wissenschaftliche Hilfskraft .

The Helmholtz Centre for Environmental Research GmbH - UFZ Leipzig, Department of Isotope Biogeochemistry led by PD Dr. Hans Richnow, invites applications for a scientist position (m/f) within the DFG-funded priority program (PP) “Rhizosphere Spatiotemporal Organization – a key to Rhizosphere functions”.

Wissenschaftlicher Mitarbeiter - PostDoc (m/w/d)
Arbeitszeit: 100% (39 Stunden pro Woche), befristet auf 3 Jahre

Subject: Towards improved model-based assessment of regional scale water quality status under current and future conditions; Project start / start of employment: 01.02.2020 .Working time 65% (25,35 hours per week), limited to 3 years

Umweltrechtliche Doktoranden/innen im Rahmen des „Kompetenznetzes Zukunftsherausforderungen des Umweltrechts“

The Thematic Area ‘Environmental Engineering and Biotechnology’ at UFZ is currently offering four doctoral researcher positions for the collaborative project ‘FATE’. Our aim is to investigate the fate of antibiotics and the development and spread of antibiotic resistance in four interlinked environmental compartments making use of state-of-the-art research facilities and platforms. One position will be dedicated to the following topic:

The Thematic Area ‘Environmental Engineering and Biotechnology’ at UFZ is currently offering four doctoral researcher positions for the collaborative project ‘FATE’. Our aim is to investigate the fate of antibiotics and the development and spread of antibiotic resistance in four interlinked environmental compartments making use of state-of-the-art research facilities and platforms. One position will be dedicated to the following topic:

The Thematic Area ‘Environmental Engineering and Biotechnology’ at UFZ is currently offering four doctoral researcher positions for the collaborative project ‘FATE’. Our aim is to investigate the fate of antibiotics and the development and spread of antibiotic resistance in four interlinked environmental compartments making use of state-of-the-art research facilities and platforms. One position will be dedicated to the following topic:

The Thematic Area ‘Environmental Engineering and Biotechnology’ at UFZ is currently offering four doctoral researcher positions for the collaborative project ‘FATE’. Our aim is to investigate the fate of antibiotics and the development and spread of antibiotic resistance in four interlinked environmental compartments making use of state-of-the-art research facilities and platforms. One position will be dedicated to the following topic:

The Helmholtz Centre for Environmental Research (UFZ) is offering four PhD positions in the PhD cohort DYNAMO to investigate how hydrological and climatic events influence the movement and turnover of pollutants in catchments. This is part of an ongoing effort to improve our ability to predict and manage water quality in the face of global change. To this end, the UFZ is seeking to employ a PhD student on the following topic.

The Helmholtz Centre for Environmental Research (UFZ) is offering four PhD positions in the PhD cohort DYNAMO to investigate how hydrological and climatic events influence the movement and turnover of pollutants in catchments. This is part of an ongoing effort to improve our ability to predict and manage water quality in the face of global change. To this end, the UFZ is seeking to employ a PhD student on the following topic.

The Helmholtz Centre for Environmental Research (UFZ) is offering four PhD positions in the PhD cohort DYNAMO to investigate how hydrological and climatic events influence the movement and turnover of pollutants in catchments. This is part of an ongoing effort to improve our ability to predict and manage water quality in the face of global change. To this end, the UFZ is seeking to employ a PhD student on the following topic.

The Helmholtz Centre for Environmental Research (UFZ) is offering four PhD positions in the PhD cohort DYNAMO to investigate how hydrological and climatic events influence the movement and turnover of pollutants in catchments. This is part of an ongoing effort to improve our ability to predict and manage water quality in the face of global change. To this end, the UFZ is seeking to employ a PhD student on the following topic.

Masterarbeit zum Thema: Partitionierung und Upscaling von Evapotranspiration auf Plotskala mittels Saftflussdaten eines mitteldeutschen Waldes

Im Department Isotopenbiogeochemie sollen in einer Masterarbeit die Auswirkungen einer Leckage einer H2-Untergrundspeicherung in einen oberflächennahen Grundwasserleiter untersucht werden.

Long-read DNA-Sequenzdaten sollen genutzt werden um mikrobielle Gemeinschaften unter anderem auf Viren, Prophagen, Plasmide und Basenmodifikationen zu untersuchen.

The Geobiochemistry group of the Department Isotope Biogeochemistry offers a Master thesis project