He was previously employed as an academic at the University of Reading and as a researcher at City, University of London, where he obtained his PhD in 1994. Victor Becerra is a Professor of Power Systems Engineering at the University of Portsmouth, where he has been since 2015. This event is suggested for ages 13+. This event is free for Ri Young Members 13 and over. The event was made possible by the generous support of The University of Portsmouth. Exhibits after the talks will explore how batteries are made, how nuclear energy works, how to build a hyrogen fuel cell and even how we can use electrical circuits to communicate with the brain! Meet and talk to experts and specialists as well as people just starting out in this field, and get hands on with ground-breaking scientific research from around the UK. You will then have the opportunity to try out a range of activities and demonstrations run by the Ri, Researchers from Portsmouth University and a number of other companies and university groups. From generating energy with solar panels to making trains run more efficiently, technology can play a helping hand to build a cleaner, more sustainable future for everyone.Īt this interactive event, you will hear from scientists working in a range of different areas of this sector, how their jobs are helping to improve our world, and also how they became scientists. Whatever function is selected, the way that desert tortoise habitat is being valued will be transparent and unbiased by where habitat is found.How we create, distribute and use energy is one of the fundamental aspects of how societies function. In contrast, the right curve (blue line) shows the ’Importance’ of an area increasing steadily as habitat connectivity increases. Using our prioritization approach, a decision maker first decides how they theoretically value Mojave Desert tortoise habitat suitability and connectivity by identifying an appropriate curve that converts habitat suitability or connectivity to a standardized ‘Importance.’ For example, the left curve above (orange line) indicates that we think even low suitability habitat is relatively important. As you might imagine, different stakeholders often have different opinions and motivations for different designation. So what level of habitat suitability qualifies as high conflict? And how do we account for small areas that connect highly suitable habitat patches? This process often involves subjective judgments made using maps of suitable habitat and habitat connectivity. To guide these decisions, the BLM wants to identify areas that are in high, medium, and low conflict with tortoises based on where suitable tortoise habitat is found. One of the main issues under consideration is the designation of areas of critical environmental concern and solar development zones - designations that determine where solar energy projects can and cannot be cited. In the Mojave Desert, Defenders of Wildlife is working with the Bureau of Land Management (BLM) southern Nevada district, which encompasses roughly 1/3 of the Mojave Desert tortoise’s range, to make more informed land management decisions through better science. By making these subjective judgements explicit and up-front, this approach helps avoid cherry picking areas for development or conservation that correspond to pre-existing preferences. These valuation decisions are then translated to a map to define areas of high, medium, and low conflict with tortoise habitat. The online tool we have built helps decision makers decide how they value tortoise habitat suitability and connectivity before seeing how much habitat is available or where. CCI is working with Defenders’ Landscape Conservation program and others to create a transparent, objective, and replicable approach to making decisions about where to prioritize solar development that minimizes impacts to desert tortoise. We use science and technology to inform policy – in this case by developing tools that federal land management agencies can use to prioritize the lands they manage for wildlife conservation. At the Center for Conservation Innovation (CCI) our mission is to find new and improved ways to protect species that are close to the brink of extinction.
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