| Active Filters |
| | | | | | | | | | | | | |
| 43088 | | | | 1996 IPCC default | Enteric Fermentation Emission Factor | | | Country: Developed Countries | | | 55 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 4-3 on Page 4.10 of the Reference Manual) | |
| 43089 | | | | 1996 IPCC default | Enteric Fermentation Emission Factor | | | Country: Developing Countries | | | 55 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 4-3 on Page 4.10 of the Reference Manual) | |
| 43318 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = adult males; weight = 350 to 550 kg; weight gain kg/day = 0; milk kg/day = 0; work hrs/day = 1.37; pregnant = 0%; digestibility of feed = 50%; CH4 conversion = 7.5%; day weighted population mix = 14% | Region: Indian Subcontinent | | | 55-77 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 43319 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = adult females; weight = 250 to 450 kg; weight gain kg/day = 0; milk kg/day = 2.7; work hrs/day = 0.55; pregnant = 33%; digestibility of feed = 55%; CH4 conversion = 7.5%; day weighted population mix = 40% | Region: Indian Subcontinent | | | 57-80 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 43320 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = young; weight = 100 to 300 kg; weight gain kg/day = 0.15; milk kg/day = 0; work hrs/day = 0; pregnant = 0%; digestibility of feed = 55%; CH4 conversion = 7.5%; day weighted population mix = 46% | Region: Indian Subcontinent | | | 23-50 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 43321 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = adult males; weight = 350 to 550 kg; weight gain kg/day = 0; milk kg/day = 0; work hrs/day = 1.37; pregnant = 0%; digestibility of feed = 50%; CH4 conversion = 7.5%; day weighted population mix = 45% | Region: Other Countries | | | 55-77 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 43322 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = adult females; weight = 250 to 450 kg; weight gain kg/day = 0; milk kg/day = 0.15; work hrs/day = 0.55; pregnant = 25%; digestibility of feed = 55%; CH4 conversion = 7.5%; day weighted population mix = 45% | Region: Other Countries | | | 45-67 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 43323 | | | | 1996 IPCC default | Data for Estimating Enteric Fermentation Emission Factors for Buffalo | Feeding situation: stall fed | Type = young; weight = 100 to 300 kg; weight gain kg/day = 0.15; milk kg/day = 0; work hrs/day = 0; pregnant = 0%; digestibility of feed = 55%; CH4 conversion = 7.5%; day weighted population mix = 10% | Region: Other Countries | | | 23-50 | kg/head/yr | Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table A-3 on Page 4.34 of the Reference Manual) | |
| 45680 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Coefficient for Calculating Net Energy for Maintenance (NEm) for non-lactating cattle; Cfi | Animal Production | | | | | 0.322 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.4 on Page 4.15) | |
| 45682 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Coefficient for Calculating Net Energy for Maintenance (NEm) for lactating cattle; Cfi | Animal Production | | | | | 0.335 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.4 on Page 4.15) | |
| 45686 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Activity Coefficients Corresponding to Animal"s Feeding Situation (Ca) | Animal Production | Stall; animals are confined to a small area (i.e. tethered, pen, barn) with the result that they expend very little or no energy to acquire feed. | | | | 0 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.5 on Page 4.15) | |
| 45687 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Activity Coefficients Corresponding to Animal"s Feeding Situation (Ca) | Animal Production | Pasture; animals are confined in areas with sufficient forage requiring modest energy expenses to acquire feed. | | | | 0.17 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.5 on Page 4.15) | |
| 45688 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Activity Coefficients Corresponding to Animal"s Feeding Situation (Ca) | Animal Production | Grazing large areas; animals graze in open range land or hilly terrain and expend significant energy to acquire feed. | | | | 0.36 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.5 on Page 4.15) | |
| 45702 | - 4A1 - Cattle
- 4A2 - Buffalo
| - 3.A.1.a - Cattle
- 3.A.1.b - Buffalo
| | 1996 IPCC default | Constant for Use in Calculaing Net Energy for Pregnancy (NE p); C pregnancy | Animal Production | | | | | 0.1 | No dimension | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.7 on Page 4.19) | |
| 45710 | | | | 1996 IPCC default | Methane Conversion Rate (Ym) for Buffalo | Animal Production | Dairy buffalo and their young | | | | 0.06 (+/- 0.005) | fraction | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.8 on Page 4.26) | |
| 45712 | | | | 1996 IPCC default | Methane Conversion Rate (Ym) for Buffalo | Animal Production | Other buffaloes that are primarily fed low quality crop | | | | 0.07 (+/- 0.005) | fraction | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.8 on Page 4.26) | |
| 45714 | | | | 1996 IPCC default | Methane Conversion Rate (Ym) for Buffalo | Animal Production | Other buffaloes in Africa - grazing | | | | 0.07 (+/- 0.005) | fraction | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.8 on Page 4.26) | |
| 45716 | | | | 1996 IPCC default | Methane Conversion Rate (Ym) for Buffalo | Animal Production | Other buffaloes in developing countries other than Africa - grazing | | | | 0.06 (+/- 0.005) | fraction | IPCC Good Practice Guidance and Uncertainty Management in National Greenhouse Gas Inventories (Table 4.8 on Page 4.26) | |
| 423951 | | | | Other (e.g. compiled) | Country-specific EF for dairy buffaloes enteric fermentation (indigenous and improved breeds) | Tier 2 from the 2006 IPCC Guidelines was applied to estimate EF | This EF was estimated using Equation 10.16 of 2006 IPCC Guidelines (to estimate Gross Energy Intake) and Equation 10.21 (to estimate country-specific EF). The improved buffaloes constituted only 9% of the total population, and thus weighted emission factors were derived using the Tier 2 method for dairy buffaloes, considering the percentage of local and improved buffaloes in the total population. Sixty percent digestible energy was assumed for improved buffaloes, while 55% digestible energy was assumed for local buffaloes based on expert opinion; a methane conversion factor Ym 6.0% was considered. Milk yields were derived as weighted-average based on the share of livestock population per different agro-ecological zones of Sri-Lanka (Dry, Intermediate, Wet Hilly and Low country wet). | Sri Lanka, South Asia | | Improved breeds include Murrah and Nilli Ravi | 65 | kg CH4/head/yr | Peer-reviewed journal | |
| 423952 | | | | Other (e.g. compiled) | Country-specific EF for other (non-dairy) buffaloes enteric fermentation (indigenous and improved breeds) | Tier 2 from the 2006 IPCC Guidelines was applied to estimate EF | This EF was estimated using Equation 10.16 of 2006 IPCC Guidelines (to estimate Gross Energy Intake) and Equation 10.21 (to estimate country-specific EF). The improved buffaloes constituted only 9% of the total population, and thus weighted emission factors were derived using the Tier 2 method for dairy buffaloes, considering the percentage of local and improved buffaloes in the total population. Sixty percent digestible energy was assumed for improved buffaloes, while 55% digestible energy was assumed for local buffaloes based on expert opinion; a methane conversion factor Ym 6.0% was considered. | Sri Lanka, South Asia | | Improved breeds include Murrah and Nilli Ravi | 44 | kg CH4/head/yr | Peer-reviewed journal | |
