A study was conducted during the year 2000 to investigate flock size and egg production performance of backyard chicken maintained by woman in rural areas of Peshawar, NWFP, Pakistan. One hundred and thirty female farmers were selected at random from 13 randomly selected nearby villages of Peshawar city. Average flock size maintained by a household in rural areas of Peshawar was 26.1 ± 0.69 chicken with a higher number of adult birds (14.5 ± 0.50) than chicks (11.6 ± 0.41). Fewer chickens was found in flocks given no housing facility (24.3 ± 1.02 ) than those given part time housing facility (29.4 ± 0.85). Higher number of chickens/household was found with flock owners vaccinating their chicken against ND+Fowl-pox than those not vaccinating their chicken against these diseases. On the average 2315 ± 66.2 eggs were obtained by a household. Egg production/bird irrespective of the breed was found to be 142 ± 3.17 eggs. Of the total eggs produced, 703 ± 3.8 eggs were consumed by the household on annual basis. More eggs per bird were produced by Rhode Island Red (RIR) than Desi chicken. Flocks given a part time housing facility produced more eggs/bird than those given no housing. Flocks reared in normal human dwellings also produced higher number of eggs per bird than those given no housing. More eggs/bird were obtained from flocks vaccinated against ND+fowl-pox disease than non-vaccinated flocks. RIR produced higher number of eggs/bird under scavenging conditions than desi, Fayumi and White Leghorn chickens. Effective health coverage, housing facilities and rearing of highly productive chicken will improve backyard chicken production in rural areas of Peshawar.

Information from 400 randomly selected female farmers was obtained during the year 1997 to assess the production performance of backyard chicken in Charsadda district, North West Frontier Province (NWFP), Pakistan. Only 16.3% of the farmers were regularly vaccinating their flocks. The majority of the farmers initiated immunization only at the time of disease onset (29.7%) followed by those (28.5%) who did not vaccinate. A high proportion (53.3%) provided no housing, 29.8% provide night shelters and 17% had no housing. Average flock size was 22.0 birds, comprising 8.86 chicks, 2.03 pullets and 11.1 layers. The local Desi chicken dominated the flocks (10.2 birds) followed by Fayumi (6.76), Rhode Island Red (4.20) with White Leghorn least popular (0.83 ). Average mortality in a flock was 23.6%. Mortality was higher in layers (28.1%) than in pullets (18.7%) and chicks (24.2%). Significantly higher losses were found in White Leghorn (35.6%) than in Desi chicken (17.5%). Similarly, higher mortality was found in chicken without housing facilities (26.7%) than in those with access to houses (21.6%). Regular vaccination was associated with higher productivity than vaccination at the onset of disease or no vaccination. Average annual egg production was 76.4 for Desi, 109 for Fayumi, 169 for Rhode Island and 153 for White Leghorn. Mean hatchability was 61.2% with an annual frequency of 4.6 settings and 15.1 eggs set per broody hen. Farmer preference for the "local" Desi chicken reflected their greater capacity to survive and adapt to scavenging management systems. Fayumi and Rhode Island chickens appear to merit further studies as breeds that could improve the productivity of scavenging systems, as they had higher egg production and only slightly higher mortality than Desi chicken.

This study explores the impact of climate change, social capital, and gender differences on the resilience of smallholder farmers in South Asia. Analysing data from Bangladesh, India, Nepal, and Pakistan from 2000 to 2020, the researchers have found that climate change significantly reduces agricultural productivity, while social capital acts as a crucial support mechanism. The paper summarizes gender-sensitive interventions in the improvement of adaptive ability and equality in the agriculture sector. It describes innovative farm-level practices and policy measures at various levels to strengthen resilience from environmental challenges. This approach gives room for researchers to find how the elements of climate change, put together with social capital and gender disparities, influence agricultural resilience. The present analysis recaps gender-sensitive interferences aimed at improving adaptive ability and equality in the agriculture sector, describing ground-breaking farm-level performs and policy measures to strengthen resilience against environmental tasks. Data shows that the climate change has a negative impact on agricultural output; therefore, any rise in temperature, change of precipitation, and extreme weather events worsen susceptibility. Social capital is also an essential part in resilience, being a source of resources, information, and support networks that can be drawn on. It calls for the interaction with the opposite gender and gender-sensitive interventions that increase adaptive ability and equality between men and women in agriculture. This study reveals that agri-diversification is pivotal for conservation agriculture enhancing climate resilience in South Asia.