| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 4491498 | Agricultural Systems | 2011 | 6 Pages |
Agricultural technology has increased farm production to unprecedented levels. However, return on investment is diminishing and environmental concerns conflict with current input intensive farm practices. Conventional technologies and their application such as crop breeding and management practices have focused on monocultural systems that are dependent on chemical inputs to produce optimum yields. Current profit margins are low or non-existent with these conventional non-sustainable practices and must be changed if the family farm is to survive. We propose an ecologically based approach to farm management that strives to reduce reliance on chemically intensive inputs through better use of multiple attributes inherent within agroecosystems. This approach requires a redirection in the development and application of current and emerging technologies. Examples of redirections in research and development programs for pest management practices, genetic engineering, and precision agriculture necessary to provide a more ecologically-based and sustainable farming approach are illustrated.
Research highlights► Improving input-driven agriculture will not result in a sustainable system. ► A paradigm shift in the application of technologies is presented that proposes to foster technologies that are inherently sustainable. ► Several examples are provided that illustrate the need to redirect technologies towards sustainable principles. ► Several examples are provided as to how research could be re-directed to foster sustainability.
