In the study, wildlife scientists used machine learning and connectivity algorithms to delineate a previously undefined migratory corridor in order to save this vanishing natural phenomenon. Dr. Derek Lee, principal scientist at the Wild Nature Institute and senior author of the study said, “From a practical standpoint, we need better tools to understand how animals get from one place to another. Our work shows how data from multiple sources and the latest analytical techniques can be integrated to identify, connect, and protect an ecologically and economically important migratory corridor.”
“Given the growing demands on grazing lands in these migratory landscapes, there is an important need to accurately document core habitat used by migratory wildlife, and then provide this information to the policy makers who decide how land will be managed,” said Dr. Tom Morrison, of the University of Glasgow and co-author of the study. “Conserving migratory habitat for wildebeest will have the added benefits of protecting connectivity of rangelands used by Masai pastoralists and their livestock, and will benefit other wildlife species in this ecosystem, as they all use these habitats to move and graze.”
Science News and Updates From the Field from Wild Nature Institute.
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