21-Title: Performance of osmanabadi kids under various rearing systems

21-Title: Performance of osmanabadi kids under various rearing systems

Authors: TR Sontakke, MBA Siddiqui, MD Kharwadkar, PV Yeotikar and SM Ranvir

Source: Ruminant Science (2022)-11(1):101-104.

How to cite this manuscript: Sontakke TR, Siddiqui MBA, Kharwadkar MD, Yeotikar PV and Ranvir SM (2022). Performance of osmanabadi kids under various rearing systems. Ruminant Science 11(1):101-104.

Abstract

The study was conducted at the Goat Research Project, Vasantrao Naik Marathawada Agricultural University, Parbhani. 14 kids of either sex with similar age and size were randomly selected and divided into two groups i.e., loose housing (T1) and Conventional housing system (T2). The overall means for weekly body weight, weekly and daily body weight gain under T1 and T2 were 16.55±0.30 and 16.39±0.83 Kg, 327±0.24 and 220±0.35 gm, 47±0.03 and 32±0.05 gm respectively. A highly significant difference (P <0.01) was observed for weekly and daily body weight gain. The weekly and daily feed intake was 70.08±0.23 and 69.35±0.19 Kg, 10.01±0.23 and 9.91±0.19 Kg, respectively. The duration of the experiment was 90 days.   It was revealed that the rearing of Osmanabadi kids in a loose housing system was more suitable than the conventional housing system.

References

Baile CA and Forbes JM (1974). Control of feed intake and regulation of energy balance in ruminants. Physiological Reviews 54:160-214.

Bansode S, Salankar A, Shahapure S, Mainde UP and Chaudhary SB (2012). The growth performance of Osmanabadi kids under conventional and loose housing. International Journal of Science, Environment and Technology 6(2):1075-1079.

Bothra T, Patel AK, Kumar Vijay, Narula HK and Jain D (2021). Effect of improved nutrition and shelter on milk yield of Magra ewes in two different lambing seasons. Ruminant Science 10(1):95-100.

De K, Kumar D, Kumar K, Sahoo A and Naqvi SMK (2015). Effect of different types of housing on behavior of Malpura lambs during winter in semi-arid tropical environment. Journal of Veterinary Behavior 10:237-242

Dhaliwal Aman Deep Singh, Kasrija Rajesh, Singh Parminder and Jadoun YS (2021). Perceived constraints in goat farming by stakeholders in Punjab. Ruminant Science 10(2):429-432.

Ehrhart-Bornstein M and Bornstein SR (2008). Cross-talk between adrenal medulla and adrenal cortex in stress Annals of the New York Academy of Sciences 1148:112-117.

Gupta S, Earley B and Crowe MA (2007). Effect of 12-hour road transportation on physiological, immunological and haematological parameters in bulls housed at different space allowances. Veterinary Journal 173:605-616.

Karim SA and Metha BS (2007). Carcass traits of Bharat Merino male and female lambs maintained on grazing with concentrate supplementation. Indian Journal of Animal Sciences 77:18790

Kaya Serafettin (2011). Effect of outdoor housing and cafeteria feeding on growth performance and behavior of Awassi lambs kept in hot humid climate. Journal of Animal and Veterinary Advances 10(19):2550-2556.

Maloiy GMO and Taylor CR (1971). Water requirements of African goats and haired sheep. Journal of Agricultural Science Cambridge 77:203-208.

Morrison SR and Prokop M (1983). Beef cattle response to air temperature: effect of body weight and ration composition Trims. American Society of Agricultural and Biological Engineers 26:893

More T and Sahni KL (1981). Effect of water intake on feed digestibility. World Review of Animal Production 17:33-39.

Oliveira Rde, Smlicio AA and Lima FAM de (2002). Clencia Veterinarianos Tropics 5:39.

Patil RA, Karanjkar LM, Jadhav VS, Hanmante AA and Narwade SG (2008). Physiological response of Osmanabadi weaned kids to various housing patterns. Indian Journal of Animal Research 42(4):296-300.

Santra A, Karim SA and Chaturvedi H (2002). Effect of concentrate supplementation on nutrient intake and performance of lambs of two genotypes grazing semiarid range land. Small Ruminant Research 44:37-45

Shakya NK, Shukla SN, Shrivastava OP and Inwati P (2019). Reproductive performance of goats under field condition in Jabalpur. Ruminant Science 8(2):189-190.

Singh Khushpreet, Kasrija Rajesh, Singh Ravdeep, Singh Bilawal, Kansal SK and Verma HK (2019). Specialized goat training programme as an extension tool for knowledge increment and adoption. Ruminant Science 8(1):65-67.

Thiruvenkadan AK, Karunanithi K, Narendra Babu R and Arunachalam K (2007). Comparative performance of mecheri lambs under different management systems. Indian Journal of Small Ruminants 14(1):84-88.

Vikas Sulya, Nanavati S,   Jamra MS, Yadav DS, Jha AK and Jamra N (2020). Growth performance of Sirohi goats under different rearing systems. Ruminant Science 9(1):101-102.

Yadav M Umesh, Rajeshwari YB, Patil Vivek M, Gouri Mahadevappa D, Kumar S Naveen, Prabhu TM and Prasanna SB (2020). Performance of lambs fed on milk replacer and its profitability in sheep rearing. Ruminant Science 9(1):119-124.

Yacob Y, Grewal SS and Yadav RS (2005). Effect of two types of housing system and level of feeding on Voluntary feed and water intake and associated changes in body weight and body measurements of crossbred female calves in winter season. Journals Animal Production 5(1):53-66.

Yasotha A, Arunachalam S, Sivakumar T and Ramesh V (2002). Influences of air pollution levels in sheep pens on the performance of Madras Red lambs. Indian Journal of Animal Sciences 72:933-935