Pages tagged with: biogeochemistry
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Ex-footballer named a 'Face of Chemistry'
Plymouth University News: Graduate recognised alongside Marie Curie and Michael Faraday in prestigious project
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Facilities
University of Plymouth research group. Biogeochemistry and Environmental Analytical Chemistry (BEACh). Facilities including the Consolidated Radioisotope Facility, nutrient instrumentation and trace metal facilities.
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Biogeochemistry and Environmental Analytical Chemistry (BEACh)
University of Plymouth research group. Biogeochemistry and Environmental Analytical Chemistry (BEACh)
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![<p>The Celtic Sea off the western coast of Cornwall (STHLM [CC BY 3.0 (https://creativecommons.org/licenses/by/3.0)])</p>](https://d39ner1f41xyl1.cloudfront.net/uploads/production/media_asset/file/31/31677/small_Celtic_Sea_-_panoramio.jpg)
Report reveals seasonal iron depletion in UK coastal waters
Scientists from the University of Plymouth - contributing to the Shelf Seas: The Engine of Productivity report - have found that a lack of summertime iron could be having a major impact on the overall health of our coastal waters and shelf seas
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News archive
University of Plymouth research. Biogeochemistry and Environmental Analytical Chemistry (BEACh) research group. News archive 2014-2017
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Drinking glasses can contain harmful levels of lead and cadmium
Enamelled drinking glasses and popular merchandise can contain more than 1000 times the limit level of lead and up to 100 times the limit level of cadmium, a study by the University of Plymouth has shown
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Biogeochemistry
Plymouth University research group. Biogeochemistry and Environmental Analytical Chemistry (BEACh). Biogeochemistry theme.
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BEACh conferences
Plymouth University research group. Biogeochemistry and Environmental Analytical Chemistry (BEACh). Conferences
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Lack of bacterial absorption means common pharmaceuticals retain potential to cause damage in aquatic environments
Plymouth University news: More sophisticated methods may be required to assess the accumulation and impact of human and veterinary pharmaceuticals in the aquatic environment, scientists say following a research project led by the University of Plymouth
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Using bacteria to reduce impact of diazepam in UK rivers
Plymouth University News: Scientists identify a reaction pathway which could reduce the potentially harmful impact of diazepam and similar chemicals
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School of Geography, Earth and Environmental Sciences - PhD student Thomas Robson
Thomas Robson's graduate profile