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Innovative Systems for Weed Control in Small ScaleOrganic Production

机译:小型超山生产中杂草控制的创新系统

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The use of herbicides is not allowed in organic vegetable production, so weeds must be controlled by mechanical means, usually by the use of mulches or by cultivation, or a combination of both, as well as through cultural methods. Plastic film mulches, which are very effective at controlling weeds within the vegetable bed, are used extensively in both conventional and organic production, but weed control between the rows of plastic mulch is still very challenging, especially for organic growers. Mulching with round bales of hay and straw is a method used by some organic growers to control weeds. An offset bale unroller offers a simple concept for modifying a standard implement for unrolling hay bales into a new configuration that can straddle a rowof plastic and unroll the bale in the space between rows for mulching. It greatly reduces the labor requirements for this practice. Precision cultivation is another important method used for weed control in organic vegetable production. A power steeringretrofit for an older, inexpensive cultivating tractor, makes precision cultivation considerably easier, both for bare ground and plasticulture cultivating applications. A study looking at GPS-based automatic guidance system applications in plasticulturevegetable production is giving an indication of some of the potential benefits, but the high cost of the technology isa significant challenge for smaller scale vegetable growers. With the reduction in costs for various automation technologies, it will be important to conduct further investigations into applications of these technologies to benefit weed control for smaller-scale organic production.
机译:在有机蔬菜生产中不允许使用除草剂,因此杂草必须通过机械手段控制,通常通过使用覆盖物或通过培养,或两者的组合以及通过文化方法的组合。塑料薄膜覆盖物在蔬菜床内控制杂草非常有效,在常规和有机生产中广泛使用,但塑料覆盖的行之间的杂草控制仍然非常具有挑战性,特别是对于有机种植者来说。覆盖圆形的干草和稻草是一种有机种植者使用的方法来控制杂草。 Offset Bale Unroller提供了一种简单的概念,用于修改用于将干草捆展开的标准工具进入一个新配置,可以跨越塑料卷曲,并在行之间展开覆盖的空间中的捆包。它大大降低了这种做法的劳动要求。精密栽培是用于有机蔬菜生产中杂草控制的另一种重要方法。用于较旧的廉价培养拖拉机的动力转向器,使得精密栽培变得更加容易,既适用于裸机和血液栽培应用。一项研究血液植物生产生产中基于GPS的自动引导系统应用,旨在表示一些潜在的好处,但技术的高成本是针对较小规模蔬菜种植者的重大挑战。随着各种自动化技术的成本降低,必须进一步调查这些技术的应用,使杂草控制较小规模的有机生产。

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