Effect of Supplementation of Rumensin and Level of Roughage on Methane Production
Keshab Barman, Madhu Mohini, K. K. Singhal
Abstract
Keshab Barman, Madhu Mohini, K. K. Singhal
Abstract
Twelve Murrah male buffalo calves were divided into three groups of four each in a Randomized Block Design. Concentrate mixture (19.7% CP and 75% TDN) and wheat straw was fed to group I and II in 70:30 while group III was fed 60:40 on DM basis. Additionally all animals were supplemented with 2 kg green berseem. Group II and HI was supplemented with 50 mg rumensin/animal/day. DMI was 3.95±0.09, 3.63±0.19, 3.91±0.51 kg and digestible DMI was 2.48±0.08, 2.11±0.22 and 2.14±0.30 kg in groups I, II and III respectively which did not differ significantly. Methane production was as per cent of DE intake was decreased by 3.03% and 2.75% per day in group II and III compared to group I (4.3%).
OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Twelve Murrah male buffalo calves were divided into three groups of four each in a Randomized Block Design. Concentrate mixture (19.7% CP and 75% TDN) and wheat straw was fed to group I and II in 70:30 while group III was fed 60:40 on DM basis. Additionally all animals were supplemented with 2 kg green berseem. Group II and HI was supplemented with 50 mg rumensin/animal/day. DMI was 3.95±0.09, 3.63±0.19, 3.91±0.51 kg and digestible DMI was 2.48±0.08, 2.11±0.22 and 2.14±0.30 kg in groups I, II and III respectively which did not differ significantly. Methane production was as per cent of DE intake was decreased by 3.03% and 2.75% per day in group II and III compared to group I (4.3%).
Key concepts: Randomized block design, Straw, Veterinary medicine, Murrah buffalo, Animal science, Biology, Medicine, Agronomy