Examples of using Enteric fermentation in English and their translations into Spanish
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Colloquial
reduce methane CH4 emissions from enteric fermentation through fodder management,
the use of options to reduce enteric fermentation, the use of precision fertilizers application technologies,
Enteric fermentation.
Table 4.A Enteric Fermentation 52.
Agricultural emissions Enteric fermentation Manure management.
Reducing emissions from enteric fermentation in animals.
CH4 from enteric fermentation, animal waste and waste.
CCAFS also recently published guidelines for measurement of enteric fermentation.
A Includes source/sink categories: enteric fermentation and manure management.
Emissions from enteric fermentation increased 11 percent between 2001 and 2011.
In low productivity regions, enteric fermentation is the main emission source.
Enteric fermentation is the second largest source of emissions,
beef cattle are the main contributors to emissions from enteric fermentation and manure.
Most important is the agricultural sector- enteric fermentation and animal waste- with 262,000 tonnes corresponding to 65.
emission from enteric fermentation and rice cultivation.
emission from fugitive and enteric fermentation is less than 2 per cent.
Predominantly“medium” for fuel combustion, enteric fermentation, animal waste
Emissions from livestock supply chains originate from four main processes: enteric fermentation, manure management,
processing, and manure together are as important a source of emissions as enteric fermentation.
In the present inventory the fugitive fuel emissions, enteric fermentation and rice cultivation as sources of CH4 emission are taken into account.