16 Environment-"London-School-of-Economics-and-Political-Science--------" research jobs at University of Leeds in England
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to apply your research skills to understand the whole life carbon impacts of the transport system? Do you thrive on working in an exciting and creative environment committed to making a difference? Inspiring
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depending on geographic location (space) and invasion stage (time) and do not scale to the complexity of natural environments. This project will form part of an ambitious Future Leaders Fellowship to develop
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: Faculty of Environment School/Institute: School of Earth and Environment Section: Institute of Geophysics and Tectonics (IGT) Category: Research Grade: Grade 7 Salary: £37,099 to £44,263 per annum
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to train early-stage engineers and scientists to enable a new approach to the human-centric indoor climate in Healthcare Environments. You will join a cohort of 11 doctoral researchers across seven European
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methods to understand role and performance of corrosion inhibitors in suppressing both general and localised corrosion of carbon steel across a variety of demanding corrosive environments. The aim
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of corrosion inhibitors in suppressing both general and localised corrosion of carbon steel across a variety of demanding corrosive environments. The aim of the study is to utilise existing methods developed
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/Service: Faculty of Environment School/Institute: School of Food Science & Nutrition Category: Research Grade: Grade 7 Salary: £37,099 to £44,263 per annum Working Time: 100% Post Type: Full Time
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) program that will provide a bespoke training environment for 13 Doctoral Candidate Researchers (DCRs), focussed on understanding and mitigating material degradation phenomena across the entire CCS chain
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Science for Food Tel: +44 (0)113 343 0883 Email: [email protected] Location: Leeds - Main Campus Faculty/Service: Faculty of Environment School/Institute: School of Food Science & Nutrition Category
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) that have evolved to function in this fascinating, unique environment, that may be a rich source of new targets for antibacterial intervention. Exploiting recent developments in biochemical/biophysical assays