30 Works
Selected CPR Phytoplankton taxa
David JohnsWGEAWESS Atlantic ITA CPR data
David JohnsGridded Phytoplankton Colour Index 1958 - 2018
Clare OstleShelf waters CPR assorted plankton data
David JohnsNW Atlantic CPR Thecosomata
David JohnsSouth-West Marine Ecosystems Report for 2019
Keith Hiscock, Bob Earll & Richard WhiteLocal-scale climatic refugia offer sanctuary for a habitat-forming species during a marine heatwave
Jana Verdura, Jorge Santamaría, Enric Ballesteros, Dan Smale, Maria Elena Cefalì, Raül Golo, Sònia De Caralt, Alba Vergés & Emma Cebrian
1. Gradual climate change and discrete extreme climatic events have driven shifts in the structure of populations and the distribution of species in many marine ecosystems. The most profound impacts of recent warming trends have been generally observed at species’ warm edges and on large conspicuous species. However, given that different species and populations exhibit different responses to warming, and that responses are highly variable at regional scales, there is a need to broaden the...
GMIT Unlocking the archive CPR dataset
David JohnsNorth Sea CPR select functional groups
David JohnsS3 Eurohab Selected CPR Taxa
David JohnsCPR example dataset
David JohnsCeltic Sea selected CPR zooplankton
David JohnsSelected CPR zooplankton for Ireland
David JohnsNiche conservation in copepods between ocean basins
Niall McGinty, Andrew Barton, David Johns, Zoe Finkel & Andrew Irwin
This dataset provides the necessary data to test for niche conservatism as demonstrated in the article "Niche conservatism in copepods between ocean basins; 10.1111/ecog.05690". Our study examined niche conservatism (i.e. a species' niche remains stable in space and time) between populations of the same species of marine copepod in different ocean basins. We used two approaches to test for niche conservatism which can be defined as a Princpial Component Analysis (PCA) and Environmental Niche Model...