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Improved Irrigation Techniques for Strawberries

机译:改进草莓灌溉技术

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Cal Poly Irrigation Training and Research Center (ITRC) has conducted research on water use, salinity levels and various other factors related to strawberry transplant establishment for the Central Coast of California. The project's goal was to develop an analysis of irrigation practices of the strawberry growers on the Central Coast of California, primarily during the establishment of transplants. These methods conserve water, save pumping costs, and reduce the runoff that can potentially contaminate local waterways. California growers contributed control and research plots to thoroughly represent the production areas and this project was a great success due to their input. This project had a major impact on the strawberry industry and modified themethodology for irrigating a high value crop. This new methodology has been adopted by the innovative growers in California. After the developed irrigation methodology was in practice, growers reported up to a 15-percent yield increase, a 10-percent decrease in water usage and a peak production of strawberries earlier in the season. The key determinant in the transition to new irrigation management is the impact of salinity, which must be effectively managed. Another key determinant is a successful transition to new methods is understanding a key performance indicator - Distribution Uniformity.
机译:Cal Poly灌溉培训和研究中心(ITRC)对加利福尼亚州中央海岸有关的水使用,盐度水平和与草莓移植机构有关的各种其他因素进行了研究。该项目的目标是在加利福尼亚州中央海岸的草莓种植者的灌溉实践分析,主要是在建立移植过程中。这些方法节省水,节省泵送成本,减少可能污染当地水道的径流。加州种植者贡献了控制和研究地块,以彻底代表生产领域,这个项目由于他们的意见而取得巨大成功。该项目对草莓行业产生重大影响,并修改了对灌溉高价值作物的修改过的方法。加利福尼亚州的创新种植者采用这种新方法。在发达的灌溉方法,在实践后,种植者报多达15%的产量增加,用水量有10%的下降和生产高峰在本赛季早些时候的草莓。过渡到新灌溉管理的关键决定因素是盐度的影响,这必须有效管理。另一个关键决定因素是成功过渡到新方法是理解关键性能指标 - 分布均匀性。

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