Sustainable agricultural research and education have gained acceptability within the land-grant system in less than a decade, an impressive change. Attitudes were changed by a set of forces which include lobbying by sustainable agriculture advocates, requests from farmers as a result of the cost-price squeeze of the early 1980's, changing demands for both environmental quality and less pesticide residues from food consumers, and the availability of new funding sources. Despite its hard-won acceptability, there are tensions with respect to sustainable agriculture within the land-grant system. Sustainable agricultural issues are not yet integrated into the fabric of the land-grant institution. In order to integrate it fully, challenges remain in three key areas: knowledge generation, research and education, and funding. The challenge to generate new knowledge embraces not only biological and ecological systems, but also the socioeconomic systems of the humans who manage agriculture. We must move beyond anecdotal evidence of biological integration efficiencies to scientific understanding of the underlying processes and opportunities for human intervention. The biological research agenda covers a plethora of plant-animal-environment interactions from the microbial level on upward. Socioeconomic research must grapple with human motivations to change farming methods, as well as the likely impacts of change on farmers, consumers, other species, and the quality of the environment in which we live. One important area for such knowledge-generation is the relative merits of government policy tools, which have been and will continue to be central to environmental quality assurance. Attempts to generate new sustainable agriculture knowledge have already begun to raise new challenges for the integration of research and education. Research trials conducted off the research station pose new quandaries for scientific analysis and validation. Having farmers set the research and outreach agenda can be threatening to land-grant personnel as the old distinction between research and extension begins to dissolve. This situation is complicated by the budgetary stress on land-grant institutions and uncertainty about the dividing line between public and private responsibilities in a rapidly changing agricultural business environment. Funding is the third area where more integration into the land-grant university is needed. Earmarked funding for sustainable agriculture has helped to legitimize it in the land-grant university. But earmarked funding is a two-edged sword. If sustainable agriculture fails to become integrated into the routine land-grant agenda for research and education, it will lose its newly gained momentum if those funds disappear. It needs to gain full acceptance as legitimate science that will allow its researchers to compete for "mainline" funding sources such as the USDA National Research Initiative grants. Sustainable agriculture has made strong gains within the land-grant university system. But it can easily slip from the land-grant agenda or become co-opted if sustainable agriculture research and education are not integrated further into the system while retaining a clear focus on its original goals.
[1]
Scott M. Swinton,et al.
Bioeconomic Models of Crop Production Systems: Design, Development, and Use
,
1993
.
[2]
W. Lockeretz.
Information requirements of reduced-chemical production methods
,
1991
.
[3]
George R. Hallberg,et al.
Pesticides pollution of groundwater in the humid United States
,
1989
.
[4]
D. Johnson.
Wheats waxy bloom fights off drought
,
1983
.
[5]
G. Shearer,et al.
Organic farming in the corn belt.
,
1981,
Science.
[6]
W. Lockeretz,et al.
Sustainable agriculture research in the ideal and in the field
,
1992
.
[7]
Pete Nowak,et al.
Why farmers adopt production technology Overcoming impediments to adoption of crop residue management techniques will be crucial to implementation of conservation compliance plans
,
1992
.