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Article
Richard Whittet, Auteur ; Christopher J. Ellis, AuteurFor lichen epiphytes the loss of trees from a site represents a complete break in the availability of their primary habitat. Epiphytic species are therefore expected to provide powerful indicators for the ecological continuity of woodlands. Suit[...]
Article
Christopher J. Ellis, Auteur ; Brian J. Coppins, Auteur ; Terence P. Dawson, AuteurStudies in the response of vegetation to predicted future climate change have focussed on vascular plants and are therefore largely unrepresentative of wider botanical diversity (i.e. comprising cryptogams; algae, mosses, liverworts and fungi in[...]
Article
Christopher J. Ellis, Auteur ; Brian J. Coppins, AuteurRecent concern over human-induced climate warming has activated bioclimatic research projecting the species-response to climate change scenarios. However, climate change is one of a range of human-induced environmental drivers controlling biodiv[...]
Article
Christopher J. Ellis, Auteur ; Brian J. Coppins, Auteur ; Terence P. Dawson, Auteur ; Mark R. D. Seaward, AuteurProjection of species-response to climate change scenarios is a key tool in conservation strategy. Previous studies have projected climate change impacts for animal and vascular plant species using the 'bioclimatic envelope' approach. In this st[...]
Article
Christopher J. Ellis, Auteur ; Sally Eaton, Auteur ; Marios Theodoropoulos, Auteur ; Brian J. Coppins, Auteur ; Mark R. D. Seaward, Auteur ; Janet Simkin, AuteurCharacterising the future risk to biodiversity across multiple environmental drivers is fraught with uncertainty and is a major conservation challenge. Scenario planning - to identify robust decisions across a range of plausible futures - can ai[...]
