Knowler D,Bradshaw B.Farmers’ Adoption of Conservation Agriculture:A Review and Synthesis of Recent Research[J].Food Policy,2007,32(1):25-48.
[2]
Olaizola A M,Chertouh T,Manrique E.Adoption of a New Feeding Technology in Mediterranean Sheep Farming Systems: Implications and Economic Evaluation[J].Small Ruminant Research,2008,79(3):137-145.
Paulson N D,Schnitkey G D.Policy Concerns of Midwestern Grain Producers for the 2012 Farm Bill[J].American Journal of Agricultural Economics,2012,94(2):515-521.
[13]
Atari D,Yiridoe E,Smale S,et al.What Motivates Farmers to Participate in the Nova Scotia Environmental Farm Plan Program?Evidence and Environmental Policy Implications[J].Journal of Environmental Management,2009,90(2):1269-1279.
[14]
Ruto E,Garrod G.Investigating Farmers’ Preferences for the Design of Agrienvironment Schemes:A Choice Experiment Approach[J]. Journal of Environmental Planning and Management,2009,52(5):631-647.
[15]
FiBL A.Swiss Association for the Development of Rural Areas and Research Institute for Organic Agriculture[M].Switzerland:Deckungsbeitrge,2010.
[16]
Kaiser T,Rohner M S,Matzdorf B,et al.Validation of Grassland Indicator Species Selected for Resultoriented Agrienvironmental Schemes[J].Biodiversity and Conservation,2010,19(5):1297-1314.
[17]
Matzdorf B,Lorenz J.How Costeffective are Resultoriented Agrienvironmental Measures? An Empirical Analysis in Germany[J].Land Use Policy,2010,27(2):535-544.
[18]
Osterburg B,Techen A.Verifiability of Result Oriented Policy Measures to Reduce N Emissions from German agriculture[C]//ymantas Morkvnas, Gerald Schwarz. Indicator and Monitoring Framerworks for the Assessment of the Effectiveness of Agrienvironmental Measures: Key Issues for A Practical Application in Lithyania. Lithuania: Baltic Compass,2012:9-15.
[19]
Burton R J F,Schwarz G.Resultoriented Agrienvironmental Schemes in Europe and Their Potential for Promoting Behavioural Change[J].Land Use Policy,2013,30(1):628-641.
[20]
Rogers.Diffusion of Innovations[M].New York:Free Press of Glencoe,1962.
[21]
Bell C.The Acquisition of Agricultulal Technology:Its Determinant and Effects[J].Journal of Development Studies,1972,9(1):123-159.
[22]
Leggesse D,Michael B,Adam O.Duration Analysis of Technological Adoption in Ethiopian Agriculture[J].Journal of Agricultural Economics,2004,55(3):613-631.
[23]
Francisco A,María D M,Michael B.Duration Analysis of Adoption of Drip Irrigation Technology in Southeastern Spain[J].Technological Forecasting & Social Change,2011,78(6):991-1001.
[24]
Lindner R K.Farm Size and the Time Lag to Adoption of a Scale Neutral Innovation[M].Mimeographed Adelaide:University of Adelaide,1980.
[25]
Carey J M, Zilberman D.A Model of Investment under Uncertainty: Modern Irrigation Technology and Emerging Markets in Water[J].American Journal of Agricultural Economics,2002,84(1):171-183.
[26]
Schuck E C,Frasier W M,Webb R S,et al.Adoption of More Technically Efficient Irrigation Systems as a Drought Response[J].Water Resources Development,2005,21(4):651-662.
[27]
Jack B K.Barriers to the Adoption of Agricultural Technologies in Developing Countries[J].Agricultural Technology, 2009, 24(12):132-143.
[28]
Mackrell D D,Kerr D D,Hellens L V.A Qualitative Case Study of the Adoption and Use of An Agricultural Decision Support System in the Australisan Cotton Industry:The Sociotechnical View[J].Decision Support Systems,2009,47(2):34-35.
[29]
Brocke K V, Trouche G, Weltzien E,et al.Participatory Variety Development for Sorghum in Burkina Faso:Farmers’Selection and Farmers’Criteria[J].Field Crops Research,2010,119(1):183-194.
[30]
Balmann A.Farmbased Modelling of Regional Structural Change:A Cellular Automata Approach[J].European Review of Agricultural Economics,1997,24(1):85-108.
[31]
Berger T.Agentbased Spatial Models Applied to Agriculture: A Simulation Tool for Technology Diffusion,Resource Use Changes and Policy Analysis[J].Agricultural Economics,2000,25(2):245-260.
[32]
Mohapatra R.Farmers’ Education and Profit Efficiency in Sugarcane Production:A Stochastic Frontier Profit Function Approach[J].The IUP Journal of Agricultural Economics,2011,8(2):18-31.
[33]
Francis H D,Rick S L,Michael P B.Adoption of Conservation Tillage in Australian Cropping Regions: An Application of Duration Analysis[J].Technological Forecasting and Social Change,2006,73(6):630-647.
[34]
Michael B,Dan R,Trevor Y.Adoption and Abandonment of Organic Farming: An Empirical Investigation of the Irish Drystock Sector[J].Journal of Agricultural Economics,2010,61(3),697-714.
[35]
Davis F D,Bagozzi R P,Warshaw P R.User Acceptance of Computer Technology:A Comparison of Two Theoretical Models[J].Management Science,1989,35(8):982-1002.
[36]
Venkatesh V,Davis F D.A Theoretical Extension of the Technology Acceptance Model[J].Management Science,2000,46(2):186-204.
[37]
Lee Y, Kozar K A,Larsen K R T.The Technology Acceptance Model:Past,Present, and Future[J].Communication Association and Information System,2003,12(1):752-780.
[38]
Finger R,Benni N E.Farmers’Adoption of Extensive Wheat ProductionDeterminants and Implications[J].Land Use Policy,2013,30(1):206-213.
[39]
Sattler C, Nagel U J.Factors Affecting Farmers Acceptance of Conservation Measures:A Case Study from Northeastern Germany[J].Land Use Policy,2010,27(1):70-77.
[40]
EspinosaGoded M,BarreiroHurlé J,Ruto E.What do Farmers Want from Agrienvironmental Scheme Design?A Choice Experiment Approach[J].Agricultural Economics Society,2010,61(2):259-273.
[41]
Ahnstrm J,Hckert J,Bergea H L,et al.Farmers and Nature Conservation Null What is Known about Attitudes,Context Factors and Actions Affecting Conservation?[J].Renewable Agriculture and Food Systems,2009,24(1):38-47.
[42]
Serra T,Zilberman D,Gil J M.Differential Uncertainties and Risk Attitudes between Conventional and Organic Producers:The Case of Spanish Arable Crop Farmers[J].Agricultural Economics,2008,39(2):219-229.
Huang J K,Xiang C,Jia X P,et al.Impacts of Training on Farmers’ Nitrogen Use in Maize Production in Shandong,China[J].Journal of Soil and Water Conservation,2012,67(4):321-327.
