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metals. In collaboration with the ICSM's experimentalists, the aim will be to study the foams used in this process to separate ionic species. The work will implement a molecular description of water/air
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impacts of climate change on biodiversity, and how adapting to new climatic conditions can affect these processes. The project takes advantage of long-term experiment in semi-natural mesocosms in which
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generated by the MAEWA project will be used to develop technical solutions, monitoring tools and guidelines for the implementation of effective bioremediation processes. The person recruited will be
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, computer vision and the history of photography. Working with the interdisciplinary High Vision team, he/she will implement machine learning, natural language processing and computer vision technologies
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biomineralisation are still largely unknown. In order to gain a better understanding of this process, the person recruited will have to use a combination of approaches 1. The work will start with genetic
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the interface between global, regional and local scales • Autonomy, creativity, reliability, ability to synthesize and work as part of a team • Computer skills: Unix, Python and R • English: very good oral and
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on the couplings between observations of natural objects, experimentation and modeling. associated complex processes. ISTerre also provides solid Earth observation missions, hosts and maintains national parks