tailieunhanh - Calculating the carbon footprint of rice production in Vietnam and formulating a proposal for mitigation options

This study aims to develop a method for calculating the carbon footprint of rice during its life cycle by combining Life Cycle Assessment (LCA) and the 2006 Guideline of the Intergovernmental Panel on Climate Change (IPCC) for National Greenhouse Gas Inventories (GL 2006) for paddy rice grown in Phu Luong commune, Dong Hung district, Thai Binh province, Vietnam. In the course of the study, a LCA survey that included activities in the upstream processes, the agricultural process, and the post-farm stage was conducted based on interviews with three groups of 30 farmer households that apply the conventional practice of rice production, the system of rice intensification (SRI), or the wide-narrow row method. These cultivation practices are applied for both the winterspring crop and summer-autumn crop seasons. The emissions were calculated by multiplying the activity data by the default emission factors in GL 2006 or in other relevant studies. The emission factors of methane (CH4 ) from rice cultivation and nitrous oxide (N2 O) from agricultural soil were adjusted using actual measurement results from the Institute of Agricultural Environment (IAE) in 2016. | Calculating the carbon footprint of rice production in Vietnam and formulating a proposal for mitigation options

• Môi trường
• Carbon footprint
• Greenhouse gas
• Calculating the carbon footprint
• The carbon footprint of rice production
• Formulating a proposal
• Mitigation options
• Knowledge regarding carbon footprints
• Carbon knowledge
• Rural households
• Carbon footprint in rural households
• Energy efficiency index
• Energy efficiency index improving
• Energy management strategy in campus towards
• Green campus
• Promoting carbon footprint
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• Competitive rivalry
• Reduce energy consumption
• Linked carbon footprint
• Smart buildings
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• Product life cycle
• Rice carbon footprints
• Development of a methodological framework
• Methodological framework
• Calculation of carbon footprint
• Global warming
• Greenhouse gas emission
• Residue burning
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• Greenhouse gases
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• Small households in Denmark
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• Household energy efficiency
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• Combining reference trials
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