FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3087081570> ?p ?o ?g. }

• W3087081570 endingPage "2142" @default.
• W3087081570 startingPage "2131" @default.
• W3087081570 abstract "Abstract Aim Connectivity among ecosystems is necessary to sustain ecological processes that promote biodiversity, community stability and ecosystem resilience, such as organism and nutrient dispersal. Along with human land use and habitat fragmentation, connectivity can also be affected by faunal changes. Here, we address this issue by studying how human‐driven late Quaternary extinctions and extirpations of terrestrial mammals have affected the movement capacity of assemblages, an estimate of the potential connectivity among ecosystems promoted by wildlife. Location Global. Time period Late Pleistocene to the Anthropocene. Major taxa studied All 4,395 (4,073 extant and 322 extinct) terrestrial mammals alive in the Late Pleistocene. Methods We combined macroecological estimates of home range size with range maps of current and natural geographical distributions of species to investigate how human pressure has modified natural movement capacity of terrestrial assemblages and how movement capacity will respond to future extinction and rewilding scenarios. Results Our results showed that 74% of average and 83% of maximum movement capacity of Late Pleistocene mammal assemblages has been lost owing to prehistorical and historical extinctions and extirpations. We also found that movement capacity will decrease further if current extinction trajectories are not averted. However, our results showed that current average and maximum movement capacity can be restored to twice their current values under a full rewilding scenario and that average, but not maximum movement capacity, will increase under a conservative rewilding scenario, that is, without restoring the largest megafauna most likely to cause major human–wildlife conflicts. Main conclusions Prehistorical and historical losses of megafauna have caused severe decreases in movement capacity of mammal assemblages, hence large reductions in ecosystem connectivity. Reintroductions can partly restore biotic connectivity, especially when the largest megafauna are also restored. However, natural levels of movement capacity cannot be recovered fully without including ecological replacements for extinct species in rewilding efforts." @default.
• W3087081570 created "2020-09-25" @default.
• W3087081570 creator A5088421096 @default.
• W3087081570 creator A5090092063 @default.
• W3087081570 date "2020-09-14" @default.
• W3087081570 modified "2023-10-16" @default.
• W3087081570 title "Megafauna extinctions have reduced biotic connectivity worldwide" @default.
• W3087081570 cites W1556779599 @default.
• W3087081570 cites W1820471307 @default.
• W3087081570 cites W1825242443 @default.
• W3087081570 cites W1860836819 @default.
• W3087081570 cites W1958910030 @default.
• W3087081570 cites W1972978214 @default.
• W3087081570 cites W1979744913 @default.
• W3087081570 cites W1981213426 @default.
• W3087081570 cites W1987720655 @default.
• W3087081570 cites W1993693242 @default.
• W3087081570 cites W1996800093 @default.
• W3087081570 cites W2012259509 @default.
• W3087081570 cites W2023200511 @default.
• W3087081570 cites W2024762537 @default.
• W3087081570 cites W2045944293 @default.
• W3087081570 cites W2053133278 @default.
• W3087081570 cites W2054643735 @default.
• W3087081570 cites W2068274912 @default.
• W3087081570 cites W2078822756 @default.
• W3087081570 cites W2099978526 @default.
• W3087081570 cites W2103948957 @default.
• W3087081570 cites W2105273665 @default.
• W3087081570 cites W2114795157 @default.
• W3087081570 cites W2118576169 @default.
• W3087081570 cites W2127597920 @default.
• W3087081570 cites W2129775337 @default.
• W3087081570 cites W2138043077 @default.
• W3087081570 cites W2138845535 @default.
• W3087081570 cites W2143990694 @default.
• W3087081570 cites W2146381121 @default.
• W3087081570 cites W2146935668 @default.
• W3087081570 cites W2150279966 @default.
• W3087081570 cites W2153008496 @default.
• W3087081570 cites W2156736935 @default.
• W3087081570 cites W2157270203 @default.
• W3087081570 cites W2158214141 @default.
• W3087081570 cites W2159641034 @default.
• W3087081570 cites W2167525415 @default.
• W3087081570 cites W2175423925 @default.
• W3087081570 cites W2175757521 @default.
• W3087081570 cites W2252655501 @default.
• W3087081570 cites W2255127665 @default.
• W3087081570 cites W2465723385 @default.
• W3087081570 cites W2510167197 @default.
• W3087081570 cites W2593282806 @default.
• W3087081570 cites W2604980278 @default.
• W3087081570 cites W2618300049 @default.
• W3087081570 cites W2725236051 @default.
• W3087081570 cites W2761128794 @default.
• W3087081570 cites W2768940999 @default.
• W3087081570 cites W2784805535 @default.
• W3087081570 cites W2791664311 @default.
• W3087081570 cites W2792114288 @default.
• W3087081570 cites W2794673779 @default.
• W3087081570 cites W2799694924 @default.
• W3087081570 cites W2803067477 @default.
• W3087081570 cites W2872629569 @default.
• W3087081570 cites W2889595393 @default.
• W3087081570 cites W2896792218 @default.
• W3087081570 cites W2902743507 @default.
• W3087081570 cites W2912610896 @default.
• W3087081570 cites W2924730023 @default.
• W3087081570 cites W2941067874 @default.
• W3087081570 cites W2945265614 @default.
• W3087081570 cites W2952883628 @default.
• W3087081570 cites W2953091547 @default.
• W3087081570 cites W2975015725 @default.
• W3087081570 cites W3012811057 @default.
• W3087081570 cites W4211192242 @default.
• W3087081570 cites W4234721969 @default.
• W3087081570 cites W4235011715 @default.
• W3087081570 cites W4248220600 @default.
• W3087081570 cites W4299627282 @default.
• W3087081570 cites W4384487843 @default.
• W3087081570 doi "https://doi.org/10.1111/geb.13182" @default.
• W3087081570 hasPublicationYear "2020" @default.
• W3087081570 type Work @default.
• W3087081570 sameAs 3087081570 @default.
• W3087081570 citedByCount "18" @default.
• W3087081570 countsByYear W30870815702020 @default.
• W3087081570 countsByYear W30870815702021 @default.
• W3087081570 countsByYear W30870815702022 @default.
• W3087081570 countsByYear W30870815702023 @default.
• W3087081570 crossrefType "journal-article" @default.
• W3087081570 hasAuthorship W3087081570A5088421096 @default.
• W3087081570 hasAuthorship W3087081570A5090092063 @default.
• W3087081570 hasConcept C101991246 @default.
• W3087081570 hasConcept C110872660 @default.
• W3087081570 hasConcept C11731853 @default.
• W3087081570 hasConcept C124886560 @default.
• W3087081570 hasConcept C128370203 @default.

• next