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• W2891979984 abstract "Abstract Question Do remote sensing signals represent β‐diversity? Does β‐diversity agree with community types? Location UNESCO Man and the Biosphere Reserve, La Palma, Canary Islands. Methods We recorded perennial, vascular plant species abundances in 69 plots (10 m × 10 m) in three pre‐defined community types along an elevational gradient of 2,400 m: succulent scrubland, Pinus canariensis forest and subalpine scrubland. The remote sensing data consists of structural variables from airborne Light Detection and Ranging (Li DAR ) and multispectral variables from a time series of Sentinel‐2 (S2) images. Non‐metric Multidimensional Scaling was used to assess β‐diversity between plots. K ‐means unsupervised clustering was applied to remote sensing variables to distinguish three community types. We subsequently quantified the explanatory power of S2 and Li DAR variables representing β‐diversity via the Mantel test, variation partitioning and multivariate analysis of variance. We also investigated the sensitivity of results to grain size of remote sensing data (20, 40, 60 m). Results The β‐diversity between the succulent and pine community is high, whereas the β‐diversity between the pine and subalpine community is low. In the wet season, up to 85% of β‐diversity is reflected by remote sensing variables. The S2 variables account for more explanatory power than the Li DAR variables. The explanatory power of Li DAR variables increases with grain size, whereas the explanatory power of S2 variables decreases. Conclusion At the lower ecotone, β‐diversity agrees with the pre‐defined community distinction, while at the upper ecotone the community types cannot be clearly separated by compositional dissimilarity alone. The high β‐diversity between the succulent scrub and pine forest results from positive feedback switches of P. canariensis , being a fire‐adapted, key tree species. In accordance with the spectral variation hypothesis, remote sensing signals can adequately represent β‐diversity for a large extent, in a short time and at low cost. However, in‐situ sampling is necessary to fully understand community composition. Nature conservation requires such interdisciplinary approaches." @default.
• W2891979984 created "2018-09-27" @default.
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• W2891979984 date "2018-11-22" @default.
• W2891979984 modified "2023-10-16" @default.
• W2891979984 title "Remote sensing of β‐diversity: Evidence from plant communities in a semi‐natural system" @default.
• W2891979984 cites W1273791837 @default.
• W2891979984 cites W1512932110 @default.
• W2891979984 cites W1597703900 @default.
• W2891979984 cites W1598416232 @default.
• W2891979984 cites W183004213 @default.
• W2891979984 cites W1839139904 @default.
• W2891979984 cites W1966081590 @default.
• W2891979984 cites W1967750577 @default.
• W2891979984 cites W1971855597 @default.
• W2891979984 cites W1973035951 @default.
• W2891979984 cites W1980222029 @default.
• W2891979984 cites W1983835499 @default.
• W2891979984 cites W1990634901 @default.
• W2891979984 cites W1999420160 @default.
• W2891979984 cites W2002690167 @default.
• W2891979984 cites W2005156666 @default.
• W2891979984 cites W2006802554 @default.
• W2891979984 cites W2011475440 @default.
• W2891979984 cites W2014121094 @default.
• W2891979984 cites W2017649339 @default.
• W2891979984 cites W2020042713 @default.
• W2891979984 cites W2020435910 @default.
• W2891979984 cites W2030683099 @default.
• W2891979984 cites W2036003376 @default.
• W2891979984 cites W2040428941 @default.
• W2891979984 cites W2041149648 @default.
• W2891979984 cites W2049398443 @default.
• W2891979984 cites W2052752940 @default.
• W2891979984 cites W2055930709 @default.
• W2891979984 cites W2058312673 @default.
• W2891979984 cites W2061707687 @default.
• W2891979984 cites W2063924843 @default.
• W2891979984 cites W2064497293 @default.
• W2891979984 cites W2066074592 @default.
• W2891979984 cites W2068237444 @default.
• W2891979984 cites W2073555669 @default.
• W2891979984 cites W2080550557 @default.
• W2891979984 cites W2087189381 @default.
• W2891979984 cites W2087325051 @default.
• W2891979984 cites W2099410216 @default.
• W2891979984 cites W2101077235 @default.
• W2891979984 cites W2101224191 @default.
• W2891979984 cites W2102689718 @default.
• W2891979984 cites W2103376484 @default.
• W2891979984 cites W2103728691 @default.
• W2891979984 cites W2109766949 @default.
• W2891979984 cites W2113397378 @default.
• W2891979984 cites W2113883269 @default.
• W2891979984 cites W2118778337 @default.
• W2891979984 cites W2122202888 @default.
• W2891979984 cites W2128791014 @default.
• W2891979984 cites W2131042289 @default.
• W2891979984 cites W2131207910 @default.
• W2891979984 cites W2136539381 @default.
• W2891979984 cites W2137290707 @default.
• W2891979984 cites W2140859203 @default.
• W2891979984 cites W2150593711 @default.
• W2891979984 cites W2152779720 @default.
• W2891979984 cites W2155432052 @default.
• W2891979984 cites W2161163382 @default.
• W2891979984 cites W2163214158 @default.
• W2891979984 cites W2167731475 @default.
• W2891979984 cites W2169286869 @default.
• W2891979984 cites W2170244367 @default.
• W2891979984 cites W2194958479 @default.
• W2891979984 cites W2216692843 @default.
• W2891979984 cites W2491477437 @default.
• W2891979984 cites W2530226841 @default.
• W2891979984 cites W2588982887 @default.
• W2891979984 cites W2765879042 @default.
• W2891979984 cites W3112717819 @default.
• W2891979984 cites W4233565155 @default.
• W2891979984 cites W4234074617 @default.
• W2891979984 cites W4236930049 @default.
• W2891979984 cites W4237686177 @default.
• W2891979984 cites W4242383230 @default.
• W2891979984 cites W4293618646 @default.
• W2891979984 cites W569582110 @default.
• W2891979984 doi "https://doi.org/10.1111/avsc.12403" @default.
• W2891979984 hasPublicationYear "2018" @default.
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