In the process of manure treatment, the two modes of manure treatment are the same. Manure is made into organic fertilizer by compost, and urine sewage is put into the oxidation pond for harmless treatment to make liquid fertilizer. The main inputs in this process are electricity and diesel oil (Table 8). The discharge of this link includes the storage and discharge of manure and the energy consumption of organic fertilizer production. The greenhouse gas emission of urine polluted water in oxidation ponds is small [25] and can be ignored. Data users should take note of the following methodological advice: Account for the specific process of composting manure into organic fertilizer and the treatment of urine sewage in oxidation ponds when modeling the manure treatment process. Electricity and diesel oil are the main inputs in this process, which might need allocation when assessing environmental impacts. Emissions from manure storage and energy consumption for producing organic fertilizer, as well as the negligible greenhouse gas emission from the oxidation ponds, should be included in the life cycle assessment. The data set is calculated on the basis of total input and output per ton of Fat-and-Protein-Corrected Milk (FPCM) for a standard comparison across farms.