(500) Http failure response for https://api.library.tamu.edu/scholars-discovery/individual/search/findByIdIn?ids=n404152SE,n98150SE,n98049SE,n98062SE,n98133SE,n98171SE,n385680SE,n46132SE,n98204SE,n98109SE,n383092SE,n290721SE,n322241SE,n98126SE,n98149SE,n98132SE,n46121SE,n135261SE,n98155SE,n98084SE,n98027SE,n98061SE,n98056SE,n98188SE,n62956SE,n59741SE,n333080SE,n98161SE,n385861SE,n98203SE,n290688SE,n371176SE,n98022SE,n98095SE,n98089SE,n379805SE,n290672SE,n98194SE,n98121SE,n98177SE,n98078SE,n367445SE,n333079SE,n98110SE,n98166SE: 500 Internal Server Error
Conservation priorities to protect vertebrate endemics from global urban expansion | Academic Article individual record
abstract

© 2018 The Authors Earth is undergoing unprecedented urban growth, with urban areas forecasted to increase by 120 million ha from 2000 to 2030, impacting natural habitat. However, to date it is unclear where conservation investments can best mitigate biodiversity loss due to urban expansion into natural habitat. Here we combine spatially-explicit global forecasts of urban expansion, information on terrestrial vertebrate endemism, and data on current land cover and protected areas to define conservation priorities. Globally, 13% of endemics are in ecoregions under high threat from urban expansion. Biodiversity losses are highly spatially concentrated, with 78% of endemics threatened by urban growth occurring in just 30 priority ecoregions (4% of all ecoregions). Natural habitat protection of 4.1–8.0 million ha, <7% of total forecasted urban expansion, would be needed in these priority ecoregions. As an added benefit, such protection would also reduce GHG emissions by an amount worth up to 87.6 billion USD.

author list (cited authors)
McDonald, R. I., Guneralp, B., Huan, C., Seto, K. C., & You, M.
publication date
2018
publisher
Elsevier bv Publisher
published in
keywords
  • Carbon Storage
  • Ecoregions
  • Urban Growth
  • Endemics
  • Habitat Loss
  • Cities
altmetric score

25.29

citation count

5