Patterns of abundance across geographical ranges as a predictor for responses to climate change: Evidence from UK rocky shores

Autor: Siobhan R. Vye, Ben G. Holt, Katrin Bohn, Megan C. Evans, Stephanie Dickens, Nicola C. Dobson, Abigail L. Scott, Victoria West, Hannah S. Earp, Jacqueline B. Pocklington, Charlotte Foster, Jade Chenery, Jane Delany, Ruth E. Dunn, Leoni Adams, Michael T. Burrows, Hannah Grist, Gordon Watson, Heather Sugden, Susan L. Hull, Jane Pottas, Justine Millard, Sarah Long, Kathryn E. Pack, Stuart R. Jenkins, Leonie Richardson, Hannah Parry‐Wilson, Debbie Winton, Zoe Morrall, Nova Mieszkowska, Peter Lamont

Publikováno v: Diversity and Distributions
Vye, S R, Dickens, S, Adams, L, Bohn, K, Chenery, J, Dobson, N, Dunn, R E, Earp, H S, Evans, M, Foster, C, Grist, H, Holt, B, Hull, S, Jenkins, S R, Lamont, P, Long, S, Mieszkowska, N, Millard, J, Morrall, Z, Pack, K, Parry-wilson, H, Pocklington, J, Pottas, J, Richardson, L, Scott, A, Sugden, H, Watson, G, West, V, Winton, D, Delany, J, Burrows, M T & Blakeslee, A (ed.) 2020, ' Patterns of abundance across geographical ranges as a predictor for responses to climate change: evidence from UK rocky shores ', Diversity and Distributions . https://doi.org/10.1111/ddi.13118

Aim: Understanding patterns in the abundance of species across thermal ranges can give useful insights into the potential impacts of climate change. The abundant‐centre hypothesis suggests that species will reach peak abundance at the centre of the

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http://livrepository.liverpool.ac.uk/3092387/1/Vye_final_submission_version.docx