engleski

Sprayable Biodegradable Polymer Membrane Technology for Cropping Systems: Challenges and Opportunities

In summary, the future of the SBPM technology depends on its ability to perform as well as prefabricated plastic and biodegradable mulch films which are currently in use, while also reducing the production cost. The scientific community will need to test various biodegradable polymer formulations in long-term field trials under different climatic conditions to define to what extent the SBPM technology can compete with plastic mulch films for agricultural performance. Further, little is known about the long-term impact of biodegradable mulches, such as SBPM, on soil health and ecosystem services, so long-term field assessments are needed. The biodegradable SPBM technology with a simple modus operandi is a promising solution to replace vast amounts of plastics in agriculture and prevent pollution of soil and water systems, while still supporting food production to keep pace with the perpetually growing global demands.

Biodegradation ; plastic pollution ; mulch ; agriculture ;

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