Bird conservation from obscurity to popularity: a case study of two bird species from Northeast India

This paper discusses how competing value systems of different interest groups, help the obscure and lesser known species to become a part of a global conservation project. We analyse two community-based conservation initiatives where two littleknown bird species Bugun liocichla (Liocichla bugunorum) and Amur falcon (Falco amurensis) have transformed the state of the landscape with a series of initiatives by Governments, NGOs and scientists. Bugun liocichla is found in only one location of Arunachal Pradesh and its population is currently as low as 14 individuals. Amur falcon is a migratory bird of prey that visits Nagaland in millions to roost for 2 months. This paper particularly, focuses on how the idea of conservation NGOs is introduced at the community level and how particular bird species gain popularity, locally and internationally. Using the notion of value, we examine how and why species gain specific value/s when the conservation projects are designed and implemented in community-based conservation projects in Northeast India. Based on ethnographic research, we have used semi-structured interviews and participant observation to gather information from key informants. We found that these bird species attain specific cultural, commercial and conservation values depending on various ecological, economic and social factors. In the process of conservation, the birds also become ‘development’ icons for the landscape. We argue that the two species have attained a ‘universal value’ attuned to the philosophies of global capitalist market and global conservation.by Ambika Aiyadurai and Sayan Banerje

Home range, habitat selection, density, and diet of golden jackals in the Eastern Plains Landscape, Cambodia

We used radio and GPS collars to determine the movements and habitat selection of golden jackals (Canis aureus) in a seasonally dry deciduous forest with no human settlements in eastern Cambodia. We also collected and analyzed 147 scats from jackals to determine their seasonal diet and prey selection. The mean (± SE) annual size of home-range ranges (47.1 ± 2.5 km2 ; n =4), which were mutually exclusive between mated pairs, was considerably larger than that previously reported for this species, resulting in an extremely low density (0.01 jackal/km2 ). The unusually large home ranges and low density probably were due to the harsh dry season when most understory vegetation is burned and nearly all waterholes dry up, thereby causing a large seasonal decline in the availability of small vertebrate prey. Resident groups consisted of an alpha pair, but no betas, and were situated only in areas not occupied by leopards (Panthera pardus) and dholes (Cuon alpinus). Jackals avoided dense forests and streams, and had a strong selection for dirt roads, possibly to avoid larger predators. Overall the jackal diet was diverse, with at least 16 prey items identified, and there was no significant difference in diet composition between the cool-dry and hot-dry seasons. Scat analysis showed that the main food items consumed by jackals were processional termites (Hospitalitermes spp.; 26% biomass consumed), followed by wild pig (Sus scrofa; 20%), muntjac (Muntiacus vaginalis; 20%), and civets (17%). Compared to available biomass, jackals were not random in their consumption of ungulates because muntjac were selectively consumed over larger ungulate species. Dietary overlap with dholes and leopards was relatively low, and consumption patterns indicated jackals were preying on ungulates rather than scavenging from kills of larger carnivores. Our results showed that the jackal is an extremely adaptable and opportunistic species that exhibits unique behaviors to survive in an extreme environment near the edge of its distributio