Territorial analysis of the diffusion of organic farming in France: Between heterogeneity and spatial dependence
Gilles Allaire, Thomas Poméon, Elise Maigné, Eric Cahuzac, Michel Simioni, Yann Desjeux
INRA, US ODR, F-31326 Auzeville, France.
This paper discusses the development of organic farming (OF) in France from a collective point of view by focusing on the spatiotemporal diffusion of OF and considering different types of production. Based on the data on aid granted between 2007 and 2010 for conversion to OF (COF), the spatial dynamics of conversion is examined with regard to the distinctive capacities of micro-territories to accommodate farms engaged in OF to a greater or lesser extent. The hurdle model is applied to varying types of COF aid, which are related to different production systems. This allows for both the characterization of the geographical extent of the contracting of COF aid and its local intensity measured by the number of contracts within micro-territories. The spatial structure of COF contracting can be explained both by economic factors relating to the orientation of production systems and by phenomena of spatiotemporal dependence, which demonstrate the importance of producers’ experience and of collective capacities. We can therefore speak of path dependence in relation to the establishment and maintenance of market access capabilities and social networks, which determine the potential and effectiveness of the development of organic agriculture at the micro-territorial level.
Environmental Information System (ENVIS) provides national and international
environmental information in the disciplines of pollution control,microorganisms,envis,
toxic chemicals, central and offshore ecology, environmentally sound and appropriate
technology, bio-degradation of wastes and environment management.
microorganims,envis,environment information system centre, microorganisms
and environment management, environment management, microorganisms, microbes
Environment Information System Centre - microorganims,envis,environment
management, microorganisms, microbes, pollution control, toxic chemicals,
central and offshore ecology, environmentally sound and appropriate technology,
bio-degradation of wastes.