Plantations in the Amazon could be more wildlife friendly if they were surrounded by natural forest, according to a prize winning PhD study.
Lancaster’s Data Science Institute has been awarded £5.5 million for two large-scale research programmes that will bring significant new understanding and aid decision-making in the areas of environmental and public health policy.
Lancaster University is advertising three fully-funded PhD positions in the Centre of Excellence in Environmental Data Science, a joint venture between Lancaster University and the NERC Centre for Ecology & Hydrology (CEH). We have recently been awarded a large grant to develop a Data Science of the Natural Environment. As a PhD student, you will be at the heart of this project, benefitting from participating in a large cross-disciplinary team of scientists and all the excitement surrounding that.
A long term collaboration between a Lancaster professor and an Australian conservationist has produced a unique insight into the ecology and management of coral reefs.
Alastair Hodgetts, a Lancaster Environment Centre (LEC) student, wins a prize for his research project deciphering an unusual Icelandic tuya volcano which erupted through ice.
Arctic scientists set up an “immersive” tent encampment at the World Economic Forum, demonstrating to world leaders the need for urgent action to limit arctic change.
A Lancaster statistician’s ‘exceptional’ work to foster impactful research collaborations between academia and industry has been recognised by the Royal Statistical Society.
Elevating the literature review to the status of a science has won PhD student Paul Whaley Lancaster University's ‘Impactful Researcher’ Enterprise Award.
A student from Lancaster has celebrated their success after receiving a Diamond Jubilee Scholarship from the Institution of Engineering and Technology (IET). They are just one of a talented set of engineering students who have won the prestigious award.
Lancaster is part of a consortium that will undertake ground-breaking research into products utilising new composite materials that have the ability to regenerate or ‘self-heal’.