| Hi, you are logged in as , if you are not , please click hereYou are shopping as , if this is not your email, please click hereSchool of Geography, Earth & Environmental SciencesDescriptionThe University of Birmingham Catchment Science Summer School is a 6-day shortcourse that is intended for post-graduate students and post-docs. The registration cost of £880 includes dinner at the Welcome event on the Sunday, lunch on the Monday, Tuesday, Thursday and Friday (students will be required to bring a packed lunch for the field trip on Wednesday). Dinner will also be provided on Wednesday. Please Note We may take pictures to post on social media or to be used in future promotion of further events. https://www.birmingham.ac.uk/events/pgr-catchment-science-summer-school  DescriptionEarly Bird Abstract Submission still available - Register now If you would like to attend without submitting an abstract, please put N/A in the abstract boxes and register as normal. Any questions, please email s.hira@bham.ac.uk HydroEco is back! The 8th international multidisciplinary conference on the topic of “HydroEcology meets One Health” will take place from 14th – 18th September 2026 at Birmingham University, UK. The interface of water and health is of great importance to research, the environment and society as we see increasing pressures including hydrological extremes and water pollution, effecting water security and global health. This event will bring together researchers, public and private sector practitioners, regulators, and NGOs, to exchange knowledge, experience and best practise. Ecohydrology as a scientific discipline has been emerging from the need to address the interaction and feedback between ecological, hydrological, geomorphological and atmospheric processes, and aims to understand and predict fast changing aquatic-terrestrial environments. Over the last decade, the scientific discipline of Ecohydrology has seen rapid technological and conceptual developments. One Health approaches acknowledge that tackling interconnected environmental and human health challenges requires understanding the links between human, environmental and animal health. There is therefore great potential to utilise process understanding of ecohydrological mechanisms, traits and functions to underline solutions to global One Health challenges.
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