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Soy Containers: Growing Promise Growing Plants:Part 2 of our series discusses how the new bioplastic containers can actually help grow a better plant

机译:大豆容器:有前景的植物生长:我们系列的第2部分讨论了新型生物塑料容器如何真正帮助种植更好的植物

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There are several potential benefits of using biocontainers in greenhouse crop production. The most apparent of these benefits are that biocontainers are biorenewable and have the potential to degrade when buried in soil or composted, reducing contributions to landfills and improving sustainability. Additionally, a recent study showed that consumers are attracted to biocontainers and are willing to pay more for a premium product that's produced sustain-ably and has a perceived environmental benefit.These are all excellent benefits that provide growers with opportunities to market and retail sustainable crops grown in biocontainers. But what if biocontainers provided even more benefits—additional practical functions not provided by conventional petroleum-plastic containers?In the last issue of GrowerTalks, we described our progress with bioplastic container prototypes that are suitable for commercial greenhouse production and how several of these prototypes can end their life cycle by degrading in soil or compost. In thisarticle, we'll highlight the added function of soy-based bioplastic containers that provide a fertilizer effect during crop production and we'll discuss strategies growers can employ when these new containers become available.
机译:在温室作物生产中使用生物容器有几个潜在的好处。这些好处中最明显的是,生物容器具有生物可再生性,并且在埋入土壤或堆肥后可能会降解,从而减少了对垃圾填埋场的贡献并提高了可持续性。此外,最近的一项研究表明,消费者被生物容器所吸引,并愿意为可持续生产的优质产品支付更高的价格,并具有明显的环境效益,这些都是为种植者提供销售和零售可持续作物的机会的卓越收益。生长在生物容器中。但是,如果生物容器能提供更多好处-传统的石油塑料容器无法提供的其他实用功能呢?在上一期的GrowerTalks中,我们介绍了适用于商业温室生产的生物塑料容器原型的进展,以及这些原型中的几种可以如何使用?通过降解土壤或堆肥来结束其生命周期。在本文中,我们将重点介绍基于大豆的生物塑料容器的附加功能,该功能可在农作物生产过程中发挥肥料作用,还将讨论当这些新容器可用时种植者可以采用的策略。

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