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The ongoing improvement of crop production systems has allowed for continual increases in productivity in horticulture. The relatively high returns per hectare for horticultural crops have allowed intensive use of a number of inputs to achieve this higher productivity. However, the increasing costs of those inputs as well as increasing concerns about the environmental and human health impact of some inputs have sparked interest in developing alternative crop production systems. The need to maintain farm viability while mitigating deleterious offfarm effects and long-term consequences has led some researchers to reconsider the RD rather, it requires implementing a balanced effort between conducting component vs. systems-level programs. The objectives of many research projects in the past have focused on one of these two extremes; more recently a larger percentage of project objectives stated in the literature list integration of component technologies into systems approaches for improving crop production systems. However, changes in the broader environmental, economic, and sociological system within which crop production systems operate require explicit changes in the R&D modelsused, to optimize the chances of successfully developing and implementing regenerative crop production systems in as timely a fashion as possible (Lowrance et al., 1986). Horticulture operates within an organizational hierarchy that includes biological/ecological management levels that are above, and below, the exclusively plant(or field-) scale focus of most basic (or applied) research projects. While some researchers may consider the effects of other levels (e.g., of neighboring fields or farms), these

Multilevel Habitat Management as a Paradigm for Developing Regenerative Crop Production Systems