中国人口资源与环境
中國人口資源與環境
중국인구자원여배경
China Polulation.Resources and Environment
2013年
9期
48~55
,共null页
乡村性 乡村转型发展 耦合机制 三元结构 江苏省
鄉村性 鄉村轉型髮展 耦閤機製 三元結構 江囌省
향촌성 향촌전형발전 우합궤제 삼원결구 강소성
rurality index; rural transformation development; coupling mechanism; ternary structure ; Jiangsu Province
在快速城镇化过程中。具有中国特色的乡村发展及其机制研究具有重要意义。本文构建了基于力学的乡村转型发展评价模型。并通过乡村性与其耦合关系的研究,发现21世纪初江苏省乡村性在0.1488—0.8989之间。空间上呈现从南向北逐渐增高趋势;乡村转型发展评价模型发现。76.9%地区受困子农村居民点管理.农村居民点的无序扩张成为乡村转型协调发展的最主要阻碍力;江苏乡村地区发展采取的是一种不均衡发展模式,农村人口的转移是目前主要目标.乡村转型发展首先实现了生产空间的转移。而生活空间和身份空间依然滞留于农村地区。导致这一结果的根本原因源于我国独特的“三元”社会结构。
在快速城鎮化過程中。具有中國特色的鄉村髮展及其機製研究具有重要意義。本文構建瞭基于力學的鄉村轉型髮展評價模型。併通過鄉村性與其耦閤關繫的研究,髮現21世紀初江囌省鄉村性在0.1488—0.8989之間。空間上呈現從南嚮北逐漸增高趨勢;鄉村轉型髮展評價模型髮現。76.9%地區受睏子農村居民點管理.農村居民點的無序擴張成為鄉村轉型協調髮展的最主要阻礙力;江囌鄉村地區髮展採取的是一種不均衡髮展模式,農村人口的轉移是目前主要目標.鄉村轉型髮展首先實現瞭生產空間的轉移。而生活空間和身份空間依然滯留于農村地區。導緻這一結果的根本原因源于我國獨特的“三元”社會結構。
재쾌속성진화과정중。구유중국특색적향촌발전급기궤제연구구유중요의의。본문구건료기우역학적향촌전형발전평개모형。병통과향촌성여기우합관계적연구,발현21세기초강소성향촌성재0.1488—0.8989지간。공간상정현종남향북축점증고추세;향촌전형발전평개모형발현。76.9%지구수곤자농촌거민점관리.농촌거민점적무서확장성위향촌전형협조발전적최주요조애력;강소향촌지구발전채취적시일충불균형발전모식,농촌인구적전이시목전주요목표.향촌전형발전수선실현료생산공간적전이。이생활공간화신빈공간의연체류우농촌지구。도치저일결과적근본원인원우아국독특적“삼원”사회결구。
The research of rural development with Chinese characteristics and its mechanism is significant in rapid urbanization. In this paper, by analyzing the coupling rurality index and rural transformation development, the finding shows that the rurality index is located between 0. 148 8 - 0. 898 9, increasing gradually from the south to the north of Jiangsu Province in early 21s' century, and at the same time, the finding of evaluation shows that the 76.9% of whole province is trapped by the sprawl of rural residential, which is the most important obstructive factor for rural coordinated transformation development; rural areas of Jiangsu have been taking the unbalanced development mode. At present, the transformation of production space has achieved well, and the transfer of rural population is the main goal, but the living space and the identity space still strands in rural areas. The fundamental reason for this result stems from our unique ternary structure.