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that can actively control temperature (via infra-red heating lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke microprocessor-based feedback control system will be
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lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke microprocessor-based feedback control system will be used to maintain a fixed temperature (+2°C) and CO2
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construct field-based open-top plant growth chambers that can actively control temperature (via infra-red heating lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke
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database of maps and properties for evaluation of CO2, hydrogen and energy storage. PD1 Salary Range: €46,305 - €52,863 per annum PD2 Salary Range: €54,307 - €59,063 per annum Appointment on the above range
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(hydrogenotrophic archaea) to convert H2 and CO2 to CH4. The proposed project seeks novel methods to overcome the bottlenecks of hydrogen-to-biomethane process such as poor gas-liquid mass transfer and low hydrogen
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their capacity to improve air quality in urban environments. The research examines how different tree species capture particulate matter (PM) from the atmosphere and identifies the leaf traits
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in Africa (Tanzania, Rwanda, Ethiopia and Uganda) to capture pregnancy, postpartum, neonatal and paediatric data including data on infectious diseases and vaccinations. The system will support maternal
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the LINDA-FAMILIA project, we propose to adapt and scale up a digital health system across a region in each of the following four countries in Africa (Tanzania, Rwanda, Ethiopia and Uganda) to capture
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understanding of veteran history around the world in the period but also help us reimagine the concepts we use to analyse veterans and their stories so they can better capture the diversity of veteran experiences
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veterans and their stories so they can better capture the diversity of veteran experiences. For an insight into the project’s work, please see the project website:https://colvet.eu/ This post is funded by