Home » SCIENCE » Wildlife Report Calls for Better Human-Wildlife Management to End Conflicts
Crop damage caused by wildlife (Photo: Krithi Karanth)
Crop damage caused by wildlife (Photo: Krithi Karanth)

Wildlife Report Calls for Better Human-Wildlife Management to End Conflicts

Stressing the need to strengthen human-wildlife conflict management across India in view of up to 32 wildlife species damaging life and property in this nation of 1.2 billion people, a recent study published in the July 2017 edition of Human Dimensions of Wildlife sought a better management approach to end the conflict.

The researchers have called for the identification of effective prevention techniques, strengthening existing compensation schemes, and an open inclusive dialogue between local communities, governments, and conservationists.

The authors of the study, “History, Location, and Species Matter: Insights for Human–Wildlife Conflict Mitigation,” are Dr. Krithi Karanth, conservation scientist with the Wildlife Conservation Society and Sahila Kudalkar, research associate with the Centre for Wildlife Studies.

The study examined the patterns of human-wildlife conflict and mitigation use by 5,196 families from 2011 to 2014 from 2855 villages neighboring 11 wildlife reserves across western, central, and southern India. The study was designed to help inform better policies to mitigate human-wildlife conflict.

Some of the results of the research are here:

Of the more than 5,000 households surveyed around 11 reserves in India, crops were lost by 71% of households, livestock by 17%, and human injury and death were reported by 3% of households.

Rural families use up to 12 different mitigation techniques to protect their crops, livestock and property. Night-time watch, scare devices, and fencing are the most common mitigation techniques used by rural families in the periphery of reserves.

Families near reserves in Karnataka and Madhya Pradesh were most likely to use mitigation. In recent years, these states have recorded high levels of damage by wildlife, and are among states that provide the highest compensation payments across India. In contrast, families in Rajasthan were least likely to protect crops and property.

Across wildlife reserves, people reported average crop losses amounting to Rs. 12,559 (US$194) , and Rs.2,883 (US$44)of livestock losses annually. Such losses constitute a significant chunk of India’s rural economy, where the majority of the population earns less than Rs. 5,000 (US$77) per month.

Said Dr. Karanth: “Resolving human-wildlife conflict requires revisiting the goals of conservation policies and investments by people and organizations. This is especially true with respect to effort and money deployed associated with mitigation and protection. People may be better served by deploying early warning, compensation and insurance programs rather than by focusing heavily on mitigation.”

Said Sahila Kudalkar, “Combined with high poverty, and low awareness regarding government compensation, such families may be most vulnerable to impacts of wildlife damage upon their livelihoods.”

The study was supported by DST Ramanujan Fellowship, National Geographic Society, National Science Foundation, and Rufford Foundation.

Leave a Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

x

Check Also

In the Antarctic Peninsula, an adult Adélie penguin incubates a chick to keep it warm and dry. CREDIT Credits: Credit: Catherine Foley/SUNY Stony Brook University

Warming Antarctic: Penguins, starfish, whales: Who’ll win or lose survival race?

Marine Antarctic animals such as the humpback whale and emperor penguin, are most at risk ...

A life reconstruction of Au. sediba, commissioned by the University of Michigan's Museum of Natural History CREDIT © Sculpture Elisabeth Daynes /Photo S. Entressangle

Pair of skeletons found recently are from same early hominin species, say scientists

Separate skeletons suggested to be from different early hominin species are, in fact, from the ...

Flowers origin traced to 174 million years, 50 Mln years earlier than previously thought

Analysis of fossil specimens of a flower called Nanjinganthus from the Early Jurassic (more than ...

error: Content is protected !!