Intercropping Case Study

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Section III examines intercropping as a growing method. Many identified benefits were presented (i.e. yield advantage, space maximization, reduced need for chemical inputs). However, only a brief note on the relationship between increased yields, crop quality and intercropping was presented as limited information in this area is available. Moreover, it is generally accepted that there is an inverse relationship between crop quality and yield. Nonetheless, new research on intercropping is producing interesting results with positive implications for future efforts. However, the fact remains that current methods for evaluating crop quality and yield are not necessarily ideal, because they do not represent the complete lifecycle of a crop, …show more content…

Subsequently, by traditional standards, i.e. number or weight, as stated above, it may be illogical to believe that intercropping will yield a higher output without compromising some aspects of quality. However, until more research is conducted to prove otherwise, it may be in the best interest of all involved parties to reevaluate how maximum yield is measured, because efforts to achieve peak production have not produced universally desirable results, rather they have created a myriad of problems that are overwhelmingly difficult to address, the eutrophication of bodies of water, for example. Consequently, focus should be shifted towards crop optimization, which can be evaluated using factors, such as environmental contributions, higher nutrition content, better prices for suppliers, improved taste and decreased transportation and storage requirements, in addition to actual output. The incorporation of an interpretation of a total life cycle assessment could also be valuable, not only for the environment, but for consumers in general. This may, however, be unnecessary (albeit still progressive and in support of a more sustainable and functional food production system) if novel research on intercropping continues to refute current assumptions surrounding the relationship between crop quality and yield (see Bhat et al.,

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