Browsing by Author "Sharma, Lalit Kumar"

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Comparative study of man-leopard conflict and socio-economic impacts on rural community in Mandi and Hamirpur districts, Himachal Pradesh (2004-2008)
(Wildlife Institute of India, Dehradun, 2010) Chauhan, N.P.S.; Kumar, Devende; Sharma, Lalit Kumar
Objectives of the study are : To prepare land cover and landuse pattern maps and determine areas suitable to leopard using Geographical Information System. ii. To study distribution and relative abundance of leopard in relation to habitat characteristics (terrain and vegetation). iii. To assess impacts of biotic pressures on leopard habitat. iv. To study nature and extent of man-leopard conflict problems in relation to land use pattern. v. To study food habits in relation to prey species (wild and domestic) availability. vi. To study the socio-economic impacts of leopard menace on rural community. vii. To make comparison of man-leopard conflict problem of Mandi and Hamirpur districts with that of Pauri Garhwal. viii. To suggest measures to minimize/contain man-leopard conflict in Mandi and Hamirpur districts. ix. To develop education awareness package for people living in the vicinity of man leopard conflict areas
Habitat, food resource utilization of Himalayan brown bear (Ursus arctos isabellinus, Horsfield 1826) and conflict with humans in Lahaul valley, Himachal pradesh
(Wildlife Institute of India, Dehradun, 2023) Kumar, Vineet; Adhikari, B.S.; Sharma, Lalit Kumar
Himalayan brown bear (Ursus arctos isabellinus) is one of the top carnivores dominating the higher altitudes of the North and Western Himalayan landscape. In India, based on the 2005 estimate the approximate brown bear distribution range is reported to be 36,800 km2 , whereas only 10% of the total distribution area of the brown bear comes under the protected areas. There is very low density of brown bear lies in its distribution range throughout the Western Himalaya, in alpine meadows, scrub and sub-alpine forests of two Union Territories (Jammu and Kashmir; and Ladakh) and two Indian Himalayan States, Himachal Pradesh and Uttarakhand. Due to its inaccessible and high altitude habitat, the brown bear has been poorly studied in India, as well as in other parts of the Asian highlands.In the recent decade, the widespread exponential growth of the human population, infrastructure development, and agricultural intensification has led to the alteration of natural habitats into human-modified landscapes, bringing humans and wildlife into close proximity. In areas where brown bear and human habitation are in close proximity, brown bears feed on agricultural/horticultural crops and livestock predation leads to human-brown bear conflict and lessens local tolerance for bears. As the human settlements encroach further into remote areas, bear-human conflict escalates. Himalayan brown bear in its distribution range in India facing prevailing threats such as habitat loss, cropland expansion, anthropogenic disturbances, human brown bear conflict and climate changes. The present study was proposed to understand in detail the habitat use and feeding habits of brown bear with respect to human-brown bear conflict to develop mitigation strategies. For conducting this study, the vast geographic area of Lahual valley was stratified into different habitats and then divided into 10 km × 10 km grids for extensive study. First objective of this study aimed to understand the habitat utilization pattern of the Himalayan brown bear in selected grids of Lahaul Valley across the seasons (Intensive study area). To achieve this objective sign survey and camera trapping data was used and sixty-five logistically possible grids were surveyed across the seasons (summer and pre-hibernation), in different habitats and elevation gradients.he findings of the present study highlight a distinct seasonal pattern in habitat use of the Himalayan brown bear. In summer, bears predominantly utilized the areas with extensive vegetation cover as evidenced by a positive association with rangeland and Shannon diversity index and NDVI-summer, particularly away from the human settlements in the elevation range of 3000m to 4500m. Conversely, in the per-hibernation phase, Himalayan brown bear tends to avoid high-altitude areas with limited vegetation, opting for areas with available vegetative materials. Notably, habitat use was concentrated in the elevation range of 2800m to 3800m closer to the human settlements in comparison to summer. Regardless of the season, the Himalayan brown bear utilizes areas near roads, emphasizing the availability of anthropogenic food resources.
Ranging Patterns of Asiatic Black Bear (Ursus thibetanus) with reference to food availability in Dachigam National Park, Kashmir
(wildlife Institute of India, 2012) Sharma, Lalit Kumar; Sathyakumar, S.
Asiatic black bear are threatened due to poaching for gall bladder (medicine), skin (ornamental), retaliatory killings to reduce bear-human conflicts, and due to large scale habitat degradation or loss. The present study was carried out during 2007-2011 to address the issues related to movement patterns of black bear in relation to food availability in Dachigam landscape and to understand the food and feeding habits of black bear in different seasons. Habitat characterization and mapping were carried out to assess habitat quality and to understand the level of fragmentation and composition of Dachigam landscape. The forest fragmentation analysis in the present study suggested intermediate level of fragmentation and it is likely to increase because of human encroachment on the forest land. The forested fragmentation can adversely impact the movement of bear in the landscape which may lead to demographic as well as genetic isolation of species, hence leading to population fragmentation and extirpation.
The conservation of musk deer: integrating ecology and genetics in North-Western Himalaya
(Wildlife Institute of India, Dehradun, 2023) Sharief, Amira; Chinnasamy, Ramesh; Sharma, Lalit Kumar; Thakur, Mukesh
This study highlights the combined use of ecological models and genetics of musk deer in the North-Western Himalayas. By employing both ecological models and genetics, this research aims to identify populations and regions that require high conservation priority to ensure the species' survival.