Diversity and utilization patterns of fodder resources in a Himalayan protected area.

Islam, Tajamul; Ali, Liyaqat; Nawchoo, Irshad A.; Khuroo, Anzar Ahmad

In the Himalaya, collection of fodder from protected areas by local communities for sustenance of their livestock is an integral part of mountain farming systems. Here, we assess the diversity and utilization patterns of fodder resources collected by local communities from Overa-Aru wildlife sanctuary in Kashmir Himalaya. A multi-stage random sampling was employed to select sample villages (5) and households (81) for the survey. Data were collected through personal interviews of household heads administering an interview schedule and then analyzed using descriptive statistics and linear regression model. The results revealed that 74 fodder species were collected by the local communities from the sanctuary. The diversity and magnitude of fodder resource utilization varied across the study area. The fodder collection and utilization on per day and annual basis ranged from 25 to 90 and 2760 to 13,770 kg/household, respectively. Across the surveyed villages, the fodder was mainly collected by the females (60%). A positive but non-significant relationship was found between the number of persons collecting fodder and quantity of fodder collection/household/day, while a positive and significant relationship was found between the herd size and quantity of fodder collection/household/day. We also found a negative but non-significant relationship between the education status of respondents and the number of livestock holding. Based on our findings, we suggest policy and management interventions such as regulating livestock grazing, promoting plantation of frequently collected fodder species, and better use of agriculture byproducts to guide the sustainable management of fodder resources in this Himalayan protected area, with learning for elsewhere.

HIMALAYA Mountains; PROTECTED areas; FODDER crops; ANIMAL feeds; LINEAR statistical models; HILL farming; WILDLIFE refuges

Environmental Monitoring & Assessment, 2023, Vol 195, Issue 9, p1

0167-6369

Academic Journal

10.1007/s10661-023-11739-z