The Study On The Relationship Between Agricultural Mechanization Development And Transformation Of Economy Development Mode In China

China is currently undergoing the process of accelerating the transformation for agriculturaleconomy development mode. Under the circumstance, research on correlation between China’sAgricultural mechanization development and Agricultural Economy development modetransformation, analysis on the demand of Agricultural mechanization for Agriculturaldevelopment mode transformation, exploration on the development and coordination paths forChina’s Agricultural mechanization process, and seeking solutions to promote Agriculturalmechanization development, will all have significant impacts, both theoretically and practically,on speeding up the transformation of Agricultural development mode, improving the overallAgricultural production capacity, promoting balanced development among Agricultural regions,and accelerating the process of building a well-off society in all respects.By sorting out related documents and conducting analysis, this dissertation summarizestheories, concepts, contents, development features, development goals and influence that relatedto Agricultural mechanization development. Meanwhile elaborates the meaning, types andfeatures of Agricultural Economy development mode transformation.Main analytical methods and leading conclusions: First, utilize C-D production function tobuild exponential model for Agricultural Economy development mode transformation, and byquantitative calculation, lead to the conclusion that in past two decades, Agricultural Economydevelopment mode transformation has shown a fluctuating upward trend. That is, despite ofsome declining periods during the whole process, this transformation is in an overall risingperiod, indicating a good development momentum. Second, build an evaluation system forAgricultural mechanization development index, to analyse key factors affecting Agriculturalmechanization development, including overall operation level, level of power and level ofequipment for agricultural machinery; and use principal component analysis (PCA) to calculateAgricultural mechanization development index. Third, set up evaluation system for AgriculturalEconomy development mode transformation that based on theories related to AgriculturalEconomy development mode. Incorporate Agricultural mechanization development index andAgricultural Economy development mode transformation into this system, and elaborate in fourdifferent level of power input, technical level, benefit for intensive growth, and Agricultural resource and environment.The conclusion is that Agricultural mechanization development indexhas significant impact on Agricultural Economy development mode transformation. Fourth, useDEMATEL system analysis method, to screen driving factors for Agricultural mechanizationdevelopment, and thereby determine the leading factors for Agricultural mechanizationdevelopment, including scale of land management, extent of labour force transfer, level ofgovernment support, farmer income level, farmer education level. In the meantime, performquantitative analysis on the contribution of main driving factors on Agricultural mechanizationdevelopment, using Multivariate regression analytical methods. Also conduct simulation studyon action mechanism of these driving factors based on BP Neural Network model.Balanced development among Agricultural regions is one representing aspect for AgriculturalEconomy development mode transformation. This dissertation focuses on the differentiationamong regions in Agricultural machinery overall operation level, equipment level and speed ofAgricultural mechanization development; and sets up coordinate matrix between Agriculturalmachinery overall operation level and equipment level, to analyse reasons for differentiation inregional Agricultural mechanization development.Coordination degree model is introduced to perform analysis on the level of coordinationbetween Agricultural machinery and Agricultural development mode transformation, features ofeach coordination type, and conduct classification for provinces, cities and regions to analysepresenting pattern of this coordination in each classification. Meanwhile, this dissertationinquires into Agricultural machinery coordination issues inside each province, city or regionusing quantitative analysis methods. it also demonstrates the incoordination in Agriculturalmachinery development within each region and in cross-regional level in the view of endowmentof Agricultural resources, and explores coordination path for interprovincial Agriculturalmachinery development as well as development paths for Agricultural machinery development.