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management measures, with model calibration and validation using observational data. You will test the representation of various water management measures in the model (e.g., weirs, controlled drainage
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mind. Research at the Donders Institute is focused around four themes: Language and communication Perception, action and control Plasticity and memory Neural computation and neurotechnology. Excellent
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blotting, etc.). Excellent command of the English language (both written and spoken). Ability to work independently and in a team. Preferred: Prior experience working with RNA and related techniques (RT-PCR
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significant controversies regarding the exact mechanism of action. To understand the molecular and biophysical principles of protein folding, we aim to build fully controllable chaperone-like machines using DNA
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frequently proposed as a safeguard, research suggests that human involvement does not automatically lead to better and fairer outcomes—challenges such as cognitive overload, uncalibrated (dis)trust in AI, and
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the related biogeochemical controls. Position 2: Anaerobic methane removal. High-latitude coastal sediments are increasingly subject to an increased input of organic matter and metal oxides from land
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conducting fieldwork, ethnography or other relevant qualitative methodologies. You have an excellent command of written and spoken English, as evidenced by a writing sample. You are a proactive team worker
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considered. Excellent command of English. Applicants whose native language is not English are therefore required to demonstrate English proficiency by: – proof that the language of instruction of their entire
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(python or similar) or are willing to obtain these, and you like to work with large datasets Enthusiastic, pleasant and intrinsically motivated colleague who takes initiative; For this position your command
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is an important control on hydrology. The latter will determine water supply, food security and sanitation to human communities. The paradigm is that wet regions become wetter and dry regions become