Sustainable farming, and waysto achieve it, are important issues foragricultural policy. New Zealand provides aninteresting case for examining sustainableagriculture options because gene technologieshave not been commercially released and thereis a small but rapidly expanding organicsector. There is no strong governmentsubsidization of agriculture, so while policiesseem to favor both options to some degree,neither has been directly supported. Resultsfrom a survey of 656 farmers are used to revealthe intentions, environmental values, andfarming practices for organic, conventional,and GE intending farmers. The results show thatorganic (...) and conventional farmers are relativelysimilar but contrast to GE intending farmers,especially with respect to perceivedconsequences of each technology. While 75%of farmers have not yet made a commitmentto either technology, one fifth were GEintending and one quarter may become organic.Organic farmers have different attitudes tonature, matched in part by conventionalfarmers. In terms of policy for sustainableagriculture, the results suggest that organicand conventional farmers are incrementallymoving towards agroecological sustainabilitywhile GE intending farmers are committed tointensive production methods of which GEproducts are potentially important. GEintending farmers reject incrementalism infavor of a revolutionary technological fix forsustainability concerns in agriculture.Overall, the results show that there areclearly two different paradigms ofsustainability among farmers. Policies that areseeking to achieve sustainable agriculture needto address the tensions that span the differentparadigms. (shrink)

It is generally accepted that farmers manage a complex farm system. In this article we seek answers to the following questions. How do farmers perceive and understand their farm system? Are they sufficiently aware of their farm system that they are able to represent it in the form of a map? The research reported describes how causal mapping was applied to sheep/beef farmers in New Zealand and shows that farmers can create maps of their farm systems in ways that allow (...) expression of both individual maps and the formation of group maps which represent the general character of farm systems. A group map was made for all the farmers studied and for subgroups using conventional, integrated, and organic management systems. The results are discussed in terms of the depth of meaning associated with individual elements of the map, map complexity and the limitations of causal mapping. Causal mapping has the potential to contribute to our knowledge of how farmers see their farm systems, and this can benefit farmers and other stakeholders concerned with the management of farms and their economic and environmental performance. (shrink)

Research on organic farmers is popular but has seldom specifically focused on their motivations and decision making. Results based on detailed interviews with 83 New Zealand farmers (both organic and conventional) are presented by way of a decision tree that highlights elimination factors, motivations, and constraints against action. The results show the reasons that lie behind farmers' choices of farming methods and highlight the diversity of motivations for organic farming, identifying different types of organic and conventional farmers. Policies to encourage (...) organic production should focus on attitudes, technology, and finances. (shrink)