- Popular Article2017"PIKA-boo"Nature in Focus (Wildlife Photostory) https://www.natureinfocus.in/indian-wildlife-information/pika-boo
- Popular Article2017Murder in the MountainsSaevus Magazine, September
- Report2017Population Density Estimation of Snow Leopard from Upper Kinnaur, Himachal PradeshMalgaonkar, A., Khanyari, M, Ghoshal, A. & Suryawanshi, K. (2017) Population Density Estimation of Snow Leopard from Upper Kinnaur. Submitted to Himachal Pradesh Forest Department.
- Report2017Population Density Estimation of Mountain Ungulates from Upper Kinnaur, Himachal Pradesh.Khanyari, M., Malgaonkar, A., Ghoshal, A & Suryawanshi, K. (2017) Population Density Estimation of Mountain Ungulates from Upper Kinnaur. Submitted to Himachal Pradesh Forest Department.
- Popular Article2017"A Cat Among the People"Nature in Focus (Conservation Photostory)https://www.natureinfocus.in/nature-and-wildlife-conservation/a-cat-among-the-people
- Popular Article2017The Saiga Saga: Mongolian EditionSaiga News, August 2017 http://www.saigaresourcecentre.com/saiga-news/saiga-news-issue-22,-autumn-2017/
- Popular Article2017The fascinating world of fungiThe Hindu in School, 22 October
- Dataset2017Data from: Assessing changes in distribution of the endangered snow leopard Panthera uncia and its wild prey over 2 decades in the Indian Himalaya through interview-based occupancy surveys.DOI: https://doi.org/10.5061/dryad.hp4b3
The data set has occupancy values and local extinction probability values for 88 grids/sites of 15km X 15km each, for snow leopard, blue sheep, Asiatic ibex and wild prey (blue sheep and ibex combined), across an area of 14,616 sq.km in the Himalaya and Trans-Himalaya mountains of Himachal Pradesh, India.
- Journal Article2017Canine Conundrum: Domestic dogs as an invasive species and their impacts on wildlife in India.Animal Conservation. DOI 10.1111/acv.12389.
- Journal Article2017Commensal in conflict: Livestock depredation patterns by free-ranging domestic dogs in the Upper Spiti Landscape, Himachal PradeshAmbio 46(6): 655-666. DOI 10.1007/s13280-016-0858-6
- Book2017Birds of Tamil Nadu - pocket guide
- Book2017Birds of Kanha national park - pocket guide
- Journal Article2017Hunting or habitat? Drivers of waterbird abundance and community structure in agricultural wetlands of southern IndiaAmbio, 46(5): 613-620. DOI: 10.1007/s13280-017-0907-9
The relative impacts of hunting and habitat on waterbird community were studied in agricultural wetlands of southern India. We surveyed wetlands to document waterbird community, and interviewed hunters to document hunting intensity, targeted species, and the motivations for hunting. Our results show that hunting leads to drastic declines in waterbird diversity and numbers, and skew the community towards smaller species. Hunting intensity, water spread, and vegetation cover were the three most important determinants of waterbird abundance and community structure. Species richness, density of piscivorous species, and medium-sized species (31–65 cm) were most affected by hunting. Out of 53 species recorded, 47 were hunted, with a preference for larger birds. Although illegal, hunting has increased in recent years and is driven by market demand. This challenges the widely held belief that waterbird hunting in India is a low intensity, subsistence activity, and undermines the importance of agricultural wetlands in waterbird conservation.
- Popular Article2017Something strange in a bangle shop
- Popular Article2017Finding drama in everyday life
- Popular Article2017A snow leopard family album
- Book2017Birds of Cauvery and MM Hills Wildlife Sanctuary (Kannada) - Pocket guideProduced under the Integrated Tiger Habitat Conservation Programme supported by IUCN and KfWDownload
PDF, 1.04 MB
A pocket guide to common birds of Cauvery and MM hills Wildlife Sanctuaries in a handy, foldable format. Illustrations are available on 137 species, with winter migrants, marked separately. This pocket guide has 10 panels with bird illustrations laminated for protection and easy to use in the field. The pocket guide is in Kannada, with bird names listed in both Kannada and English.
Supporting conservation outreach in India, this guide has been produced as part of Integrated Tiger Habitat Conservation Programme supported by IUCN and KfW. These pocket guides are being distributed free of cost to schools, community members, social leaders and others in the project landscape.
- Journal Article2017Conflict to coexistence: Human – leopard interactions in a plantation landscape in Anamalai Hills, IndiaConservation and Society 15(4): 474-482.Download
PDF, 1.18 MB
When leopards are found in human-dominated landscapes, conflicts may arise due to attacks on people or livestock loss or when people retaliate following real and perceived threats. In the plantation landscape of the Valparai plateau, we studied incidents of injury and loss of life of people and livestock over time (15 – 25 y) and carried out questionnaire surveys in 29 plantation colonies and eight tribal villages to study correlates of livestock depredation, people's perception of leopards, and preferred management options for human – leopard interactions. Leopards were implicated in an average of 1.3 (± 0.4 SE) incidents/year (1990 – 2014) involving humans and 3.6 (± 0.8 SE) incidents/year (1999 – 2014) involving livestock, with no statistically significant increasing trend over time. Most incidents of injury or loss of life involved young children or unattended livestock, and occurred between afternoon and night. At the colony level, livestock depredation was positively related to the number of livestock, but decreased with the distance from protected area and number of residents. Half the respondents reported seeing a leopard in a neutral situation, under conditions that resulted in no harm. All tribal and 52% of estate respondents had neutral perceptions of leopards and most (81.9%, n = 161 respondents) indicated changing their own behaviour as a preferred option to manage negative interactions with leopards, rather than capture or removal of leopards. Perception was unrelated to livestock depredation, but tended to be more negative when human attacks had occurred in a colony. A combination of measures including safety precautions for adults and children at night, better livestock herding and cattle-sheds, and building on people's neutral perception and tolerance can mitigate negative interactions and support continued human – leopard coexistence.
- Conference Proceedings2017Migratory livestock grazing significantly impacts rangeland vegetation and wild-ungulate population in the Indian Trans-Himalaya12th International Mammalogical Congress, 2017. Perth, Australia
Intense livestock grazing outcompetes wild-ungulates in low-productivity rangelands. This is a long-standing and highly debated conservation problem globally. We examined impacts of migratory livestock grazing on Trans-Himalayan rangeland and Asiatic ibex, a wild-ungulate and primary prey of the endangered snow leopard. Vegetation and ibex were sampled in an intensely grazed (livestock density 63 sheep-goat/km2) and ungrazed areas, during spring (before-grazing), summer (during-grazing) and autumn (after-grazing). Proportionate to vegetated area, independent randomly laid 1mX1m plots were sampled for vegetation cover and biomass estimation (Cover: NUngrazed=237; NGrazed=127; Biomass: NUngrazed=119; NGrazed=64). Ibex density and young:adult-female ratios were estimated by repeatedly sampling 17 trails using double-observer method across both treatments for the three time periods and two consecutive years. Graminoid and herb biomass were significantly higher in ungrazed than grazed area (ANOVA; Graminoid: FTreatment=16.05; P=<0.001; Herb: FTreatment=22.75; P=< 0.001). Overall vegetation composition was dissimilar across ungrazed and grazed area (Morisita Index 0.18), however, palatable species composition was similar (Morisita Index 0.70). Biomass of palatable species was 2.25 times higher in ungrazed than grazed area. Total off-take of dry forage by migratory livestock from grazed pastures (61 km2) was 10,658 kgs km-2 over two months of grazing. Ibex density was 1.80-7.0 times higher in ungrazed than grazed area in 2015, while 2.45-4.7 times higher in ungrazed than grazed area during 2016. Ibex yearling:adult-female ratio was six times higher in ungrazed than grazed area. Significant reduction in forage availability lowered ibex density and yearling:adult-female ratios in grazed area, suggesting migratory livestock outcompetes ibex through exploitative competition.
- Popular Article2016The Bay Island Lizard: My Work CompanionsSanctuary Asia, January. http://www.sanctuaryasia.com/magazines/features/10184-the-bay-island-lizard-my-work-companions.html