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cosmochemistry of carbonaceous chondrites and the evolution of the outer protoplanetary disk, using high-precision isotope systematics to trace mixing and late infall during planet formation. The
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framework combining genomic data from historical museum specimens (up to 200 years old) with stable isotope analyses and environmental data to explore the historical dynamics of currently at-risk species
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project introduces a novel interdisciplinary framework combining genomic data from historical museum specimens (up to 200 years old) with stable isotope analyses and environmental data to explore the
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Skip to main content Postdoctoral Researcher in Isotope-Enabled Regional Ocean Modeling Apply now to Postdoctoral Researcher in Isotope-Enabled Regional Ocean Modeling Job #JPF03061 Earth Research
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metabolism, and in vivo substrate metabolism kinetics using stable isotope tracers to join the Sakamoto group. The position is a 2-year position starting January 1, 2027, or after agreement. Background The
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detection, analysis, and isotope systematics. You will participate in all phases of research from project development through implementation, data analysis and interpretation, and documentation and
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will investigate biological nitrogen fixation activity in ecological niches including soil, deadwood, and mosses through field and/or greenhouse experiments using techniques such as stable isotope
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design and testing of deuterium permeation experiments in support of the UKAEA’s LIBRTI project (https://ccfe.ukaea.uk/programmes/fusion-futures/librti/). This will include expanding capabilities on
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, DNA- and/or RNA-based omics, and stable isotope incubation experiments. You will have considerable freedom to shape the methodological approach and to develop your own ideas within the project
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isotope-based approaches for studying biological processes. In addition, experience conducting independent research, securing competitive research funding, and contributing to the development of external