IUCN Guidelines for conserving connectivity through ecological networks and corridors

July 7

The IUCN WCPA Connectivity Conservation Specialist Group released the first-ever global guidelines for protecting the ecological connectivity of nature. These free, public guidelines introduce common definitions, highlight applications around the world with 25 case studies, and recommend designation of ecological corridors that knit together protected and conserved areas to form ecological networks for conservation.

 

 

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New corridor tool: Makurhini

April 16

Makurhini (Connect in Purépecha language) is an R package for calculating fragmentation and landscape connectivity indices used in conservation planning. It provides a set of functions to identify connectivity of protected areas networks and the importance of landscape elements for maintaining connectivity.

 

 

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Connectivity across both space and time is important to facilitate range shifts

May 27

Stepping stone habitats will vary across space in the future, but knowing how they will also vary across time provides a more realistic way to predict connectivity under climate change. A study using white-tailed deer, grey wolves, and Canada lynx as examples examines the importance of spatio-temporal connectivity models in predicting how connectivity will change under future climates. 

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How do you build a corridor for invertebrates?

February 13

Although there are a lot of examples of corridors targeted toward large, mobile species, fewer focus on smaller species in need of connected spaces. Three studies give insight on how invertebrates can be a bigger focus in maintaining biodiversity through connectivity.

 

 

Forest borderExposure to past disturbances affects species’ response to current habitat fragmentation

January 14

The environment species evolve in is important to understanding how they will respond to future conditions. A global study of over 4,000 species shows that forest species that evolved in high-disturbance ecosystems show less sensitivity to habitat edges, and are more prevalent in high-latitude regions.