Matches in SemOpenAlex for { <https://semopenalex.org/work/W2076298913> ?p ?o ?g. }
- W2076298913 endingPage "235" @default.
- W2076298913 startingPage "217" @default.
- W2076298913 abstract "Projection 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 study we apply the principles of the bioclimatic envelope approach to examine the response of 26 lichen species whose distributions are well characterised within the British Isles. Lichen species were subjectively selected based on their contrasting distributions, and their ecological traits, which fulfilled as closely as possible the assumptions of the bioclimatic envelope method. We used a split-sampling approach to model the species-response to present-day climate using confirmed records and pseudo-absences as input data, and testing each model against an ‘independent’ calibration dataset. Predictive models were projected using standard climate change scenarios comprising the UKCIP02 data. Projections indicate broad trends in the response of species placed into contrasting biogeographic groups, and point to the potential for significant change in the spatial distribution of the British lichen flora. We highlight putative threats to montane and Boreal elements of the lichen flora, and emphasise significant uncertainty in projected response of the UK’s internationally important oceanic flora." @default.
- W2076298913 created "2016-06-24" @default.
- W2076298913 creator A5007695872 @default.
- W2076298913 creator A5022184995 @default.
- W2076298913 creator A5045670775 @default.
- W2076298913 creator A5075455835 @default.
- W2076298913 date "2007-12-01" @default.
- W2076298913 modified "2023-10-16" @default.
- W2076298913 title "Response of British lichens to climate change scenarios: Trends and uncertainties in the projected impact for contrasting biogeographic groups" @default.
- W2076298913 cites W1481562153 @default.
- W2076298913 cites W1497737742 @default.
- W2076298913 cites W1519918296 @default.
- W2076298913 cites W1586888322 @default.
- W2076298913 cites W1620630482 @default.
- W2076298913 cites W1766029576 @default.
- W2076298913 cites W1838542636 @default.
- W2076298913 cites W1852799765 @default.
- W2076298913 cites W1897486692 @default.
- W2076298913 cites W1968663356 @default.
- W2076298913 cites W1972532828 @default.
- W2076298913 cites W1974690785 @default.
- W2076298913 cites W1979393896 @default.
- W2076298913 cites W1985618776 @default.
- W2076298913 cites W1986186627 @default.
- W2076298913 cites W1986643700 @default.
- W2076298913 cites W1986790946 @default.
- W2076298913 cites W1990748933 @default.
- W2076298913 cites W1996364967 @default.
- W2076298913 cites W2002368560 @default.
- W2076298913 cites W2003960782 @default.
- W2076298913 cites W2004750764 @default.
- W2076298913 cites W2008770596 @default.
- W2076298913 cites W2009065289 @default.
- W2076298913 cites W2009313389 @default.
- W2076298913 cites W2016459127 @default.
- W2076298913 cites W2019650805 @default.
- W2076298913 cites W2023198973 @default.
- W2076298913 cites W2024649846 @default.
- W2076298913 cites W2026293165 @default.
- W2076298913 cites W2040085089 @default.
- W2076298913 cites W2047049443 @default.
- W2076298913 cites W2047889776 @default.
- W2076298913 cites W2050191260 @default.
- W2076298913 cites W2051498979 @default.
- W2076298913 cites W2052935521 @default.
- W2076298913 cites W2053314725 @default.
- W2076298913 cites W2055394180 @default.
- W2076298913 cites W2056868695 @default.
- W2076298913 cites W2062800894 @default.
- W2076298913 cites W2065719038 @default.
- W2076298913 cites W2068211709 @default.
- W2076298913 cites W2068680774 @default.
- W2076298913 cites W2070308933 @default.
- W2076298913 cites W2074466297 @default.
- W2076298913 cites W2074955809 @default.
- W2076298913 cites W2075809877 @default.
- W2076298913 cites W2081459286 @default.
- W2076298913 cites W2083562920 @default.
- W2076298913 cites W2084183559 @default.
- W2076298913 cites W2088626174 @default.
- W2076298913 cites W2089454337 @default.
- W2076298913 cites W2091738010 @default.
- W2076298913 cites W2093693757 @default.
- W2076298913 cites W2096152168 @default.
- W2076298913 cites W2097788276 @default.
- W2076298913 cites W2102501963 @default.
- W2076298913 cites W2106605070 @default.
- W2076298913 cites W2110248929 @default.
- W2076298913 cites W2117793462 @default.
- W2076298913 cites W2122806992 @default.
- W2076298913 cites W2125118617 @default.
- W2076298913 cites W2125640623 @default.
- W2076298913 cites W2129913788 @default.
- W2076298913 cites W2130354003 @default.
- W2076298913 cites W2133501143 @default.
- W2076298913 cites W2135224306 @default.
- W2076298913 cites W2140534668 @default.
- W2076298913 cites W2141075017 @default.
- W2076298913 cites W2154160829 @default.
- W2076298913 cites W2155060993 @default.
- W2076298913 cites W2156319159 @default.
- W2076298913 cites W2156987792 @default.
- W2076298913 cites W2157117061 @default.
- W2076298913 cites W2157641482 @default.
- W2076298913 cites W2158375226 @default.
- W2076298913 cites W2161770775 @default.
- W2076298913 cites W2163816695 @default.
- W2076298913 cites W2171932653 @default.
- W2076298913 cites W2178954295 @default.
- W2076298913 cites W2182526330 @default.
- W2076298913 cites W3141208004 @default.
- W2076298913 cites W4239879676 @default.
- W2076298913 cites W4243871771 @default.
- W2076298913 cites W4250071819 @default.
- W2076298913 cites W4375905910 @default.
- W2076298913 doi "https://doi.org/10.1016/j.biocon.2007.08.016" @default.
- W2076298913 hasPublicationYear "2007" @default.
- W2076298913 type Work @default.