Estimation of massive cats begins in Valparai estates

The Forest Department has begun the estimation of tigers, leopards and different animals utilizing digicam traps exterior the protected areas within the Valparai plateau, largely comprising tea and low estates.

The train, which follows pointers of the National Tiger Conservation Authority (NTCA), will cowl non-public estates and different areas falling throughout the jurisdictions of the Valparai and Manabolly forest ranges of the Anamalai Tiger Reserve (ATR).

The Department has created 150 grids the place a complete of 300 digicam traps have been positioned for the estimation. Estates within the Valparai plateau are unfold throughout 220 sq.km. Though 125 grids of two sq.km. every are sufficient to cowl the full property space of 220 sq.km. for the train as per pointers, the Department created 25 grids moreover in locations with recurring incidents of human – animal conflicts.

D. Venkatesh, Chief Conservator of Forests and Field Director of ATR, stated the train will assist the Department establish property areas frequented by tigers and leopards, the place measures could be improved for his or her safety, in addition to intensifying efforts to forestall human – animal battle.

Devendra Kumar Meena, Deputy Director of Pollachi Division of ATR, is supervising the estimation.

The information on the presence of the large cats utilizing estates, particularly leopards, can be helpful for the Department in sensitising plantation staff to keep away from detrimental interactions with the carnivores.

Though the train is primarily aimed toward monitoring tigers and co-predators, the Department can be hopeful of getting vital information on different animals, together with sloth bears. Valparai plateau has witnessed a number of cases of sloth bear assaults.

Ok. Anvar, biologist with ATR, stated the cameras have been mounted in all of the 300 grids within the final a number of days. Their functioning can be examined for just a few days, earlier than beginning the precise estimation.