28 otsaila, 2023
Published by BC3Research at 28 otsaila, 2023
Categories
The Basque Centre for Climate Change (BC3) offers a full-time Postdoctoral Researcher Position within the project BridgingVALUES, project reference 2021-674 approved by BiodivERsa (the European Biodiversity Partnership) and funded by MINECO (Proyectos de Colaboración internacional 2022-2 (PCI2022-134982-2)), a 3 year research project co-coordinated by BC3 with consortium partners in Germany, Switzerland, Sweden, Brazil and South Africa. The position will be associated with BC3’s research Terrestrial Ecosystems research line, under the supervision of Prof Unai Pascual.
Do you like it?
2 martxoa, 2023
Published by BC3Research at 2 martxoa, 2023
Categories
The Basque Centre for Climate Change (BC3) offers a full-time one-year position as research assistant in the project MENDindi: Understanding uncertainties and their role in the coproduction of indigenous knowledge about the “grafting of glaciers” for water security: the case of High-Mountain Asia. This is a joint project of the BC3 Research Lines 1 (Climate Basis) and 4 (Adaptation) involving BC3´s Collaboration Laboratory ColLab and the low-temperature laboratory IzotzaLab.
7 martxoa, 2023
Published by BC3Research at 7 martxoa, 2023
Categories
The Basque Centre for Climate Change (BC3) offers a full-time postdoctoral scientist position in order to support the research activities of Research Line (RL) 5 on Integrated Modelling of Coupled Human-Natural Systems, supported by the IKUR programme of the Basque Government on Supercomputing and Artificial Intelligence (HPC/AI).
Do you like it?
20 martxoa, 2023
Published by BC3Research at 20 martxoa, 2023
Categories
The Basque Centre for Climate Change (BC3), offers a 6-month full-time research assistant position.Plant water-use efficiency (WUE) is the ratio of biomass gained, per unit of water lost. This parameter intimately describes the link between the carbon and the water cycles at the global scales. Thus, precise estimates of WUE are crucial to predict vegetation-climatic feedbacks in a global change scenario.