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Abstract�� Climate change has become the global focus. As one of the important industries, low-carbon agriculture has become an effective method to tackle climate change. Based on the carbon effect��s analysis framework and measurement method of typical farmers�� production projects, the study aimed to introduce an analysis framework and a measurement method to compute the carbon effect. Results show that, the analysis framework and measurement method are feasible. Both carbon emissions and carbon sinks exist in the household production projects, and the differences between the two effects are enormous. Farmers�� unreasonable behavior (such as straw burning) has a negative impact on the farmers�� low carbon production.

Keywords�� Carbon Effect Production Projects Typical Farmers The Loess Plateau

�ո�� 2017-05-11; �� 2017-05-11;

��:��Ȼ��ѧ��Ŀ(71573212);�й�CDM��Ŀ (2012027)

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�Ź��,��,��־��.��˸��ũ��Ŀ̼ЧӦ�о�[J]. ��þ�γ, 2017,3: 43-48

ZHANG Guang-cai, WU Shao-song, JIANG Zhi-de.A Study on Carbon Effect of Typical Farmers�� Production Projects in the Loess Plateau[J] Economic Survey, 2017,V34(3): 43-48

��ӱ��:

http://www.jjjw.org/CN/ �� http://www.jjjw.org/CN/Y2017/V34/I3/43

	��,��,�˸��.2011.�Ͼ��߲��̼�㼣��[J].ũҵ��ѧѧ��(9):1791-1796.
	�λ�ƽ,��,�Խ��,��.2011.�й�ũ��̬ϵͳ��̼�㼣��[J].ˮ��ѧ��(5):203-208.
	��,��׵�,��,��.2007.1981��2000��й�½��ֲ��̼��Ĺ��[J].�й��ѧ:D��(6):804-812.
	��,�԰��,��,��.2014.��̼��µ��Ϲ��˸��ֹ��ʵʩЧ��[J].ˮ��о�(21):144-157.
	�Ƽ��,��ԴȪ,��,��.2011.��ͬ��Ը��ģʽ��ũ��徻�ŷŵ�Ӱ��[J].�й�ũҵ��ѧ(14):2935-2942.
	��,��,��,��.2012.�й��в��ʡ��̼�ŷ��о�[J].��õ��(7):135-140.
	��,��,��,��.2008.�й�ũ��̼��[J].�й�ũҵ��ѧ(3):734-743.
	�,�ſ��.2012.��ҹ�ũ��÷�ʽ�仯��̼ЧӦ��ռ��о�[J].��õ��(7):12-17.
	��ޱ.2010.��仯��ũ��ũҵ��Ϊ�ݱ䡪��Ĵ�ʡʲ��ũ��ո��ΪΪ��[J].ũҵ��(4):49-56.
	��,�ſ��,��С��.2014.�й��ֲҵ��̼Ч��뾭��Ч��Э��Ƚ��о�[J].��õ�� (3):142-148.
	��,��,�ź��,��.2007.��Ը��ũ��̬ϵͳ��̼�ͷ��Ӱ��[J].��̬ѧ��־(12):2035-2039.
	CHRISTINE L,MICHAEL J A,RICHARD A,et al.2002.Forest carbon sinks in the Norehern Hemisphere [J].Ecological Applications, 12(3):891-899.
	ERNESTO G E, LUIS C, RODRIGUEZ,et al.2008.Carbon sequestration and farm income in west Africa:identifying best management practices for smallholder agricultural systems in northern Ghana[J].Ecological Economics,67(3) :492-502.
	LUYASSAERT S,SCHULZE E D,B�QRNER A,et al.2008.Old-growth forests as global carbon sinks [J].Nature ,455:213-215.
	POPP M,NALLEY L,FORTIN C,et al.2011.Estimating net carbon emissions and agricultural response to potential carbon offset policies [J].Agronomy Journal, 103(4):1132-1143.
	WEST T O,MARLAND G.2002a.A synthesis of carbon sequestration,carbon emissions,and net carbon flux in agriculture:comparing tillage practices in the United States[J]. Agriculture,Ecosystems & Environment,91(1-3):217-232.
	WEST T O,MARLAND G.2002b.Net carbon flux from agricultural ecosystems: methodlogy for full carbon cycle analyses[J].Environmental Polltuion,116(3):439-444.
	WEST T O,TRISTRAM O.2002c.Soil organic carbon sequestration rates by tillage and Crop rotation:a global data analysis[J].Soil Science Society of America Journal,66(6) :1930-1946.