Scatterplot showing the relation between % reduction in known occurrence sites and % reduction in range area by 2080 (consensus scenario for IPCC A2A and B2A climate models).

Caroline Zank (586679)
Fernando Gertum Becker (586680)
Michelle Abadie (586681)
Diego Baldo (586682)
Raúl Maneyro (586683)
Márcio Borges-Martins (586684)

Publication date

April 2014

DOI

10.1371/journal.pone.0094625.g004

Abstract

Conservation priority is high for species with high loss values measured in both % area and % occurrence points. 1 - M. montevidensis, 2 - M. spectabilis, 3 - M. stelzneri, 4 - M. sp.2, 5 - M. cambaraensis, 6 - M. sp.3, 7 - M. tumifrons, 8 - M. macrogranulosus, 9 - M.atroluteus, 10 - M. sanmartini, 11 - M. rubriventris, 12 - M. sp.1, 13 - M. simplex, 14 - M. pachyrhynus, 15 - M. fulvoguttatus, 16 - M. moreirae, 17 - M. dorsalis, 18 - M. langonei, 19 - M. krauczuki, 20 - M. estebani, 21 - M. devincenzii, 22 - M. klappenbachi, 23 - M. paraguayensis and 24 - M. cupreuscapularis</...

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Scatterplot showing the relation between % reduction in known occurrence sites and % reduction in range area by 2080 (consensus scenario for IPCC A2A and B2A climate models).

Abstract

Extracted data

Scatterplot showing the relation between % reduction in known occurrence sites and % reduction in range area by 2080 (consensus scenario for IPCC A2A and B2A climate models).

Abstract

Extracted data

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