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Dataset for evaluating the threat of plastic pollution to global agriculture
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Researchers assembled a dataset synthesizing the long-term effects of plasticulture on crop yields and greenhouse gas emissions, aimed at evaluating how macro- and microplastic accumulation in agricultural soils threatens food and climate security globally.
Plastic pollution is a pervasive threat in global ecosystems. Plasticulture is a widely adopted method that increases crop yield, yet its long-term use results in macro- and microplastics accumulation in farmland soils, threatening food and climate security. Here, we synthesized to assess the long-term impacts and drivers of plasticulture use on crop productivity and GHG emissions.
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Dataset for evaluating the threat of plastic pollution to global agriculture
AI summary Read the abstract
Researchers compiled a dataset to evaluate the long-term impacts of plasticulture on crop productivity and greenhouse gas emissions, synthesizing evidence on how accumulation of macro- and microplastics in farmland soils poses a threat to both food security and climate stability.
Software for evaluating the threat of plastic pollution to global agriculture
AI summary Read the abstract
Researchers synthesized data on long-term plasticulture use to assess its impacts on crop productivity and greenhouse gas emissions, developing software tools to evaluate the compounding threat of macro- and microplastic accumulation in global agricultural soils on food and climate security.
Software for evaluating the threat of plastic pollution to global agriculture
AI summary Read the abstract
Researchers developed software to assess the long-term impacts of plasticulture — plastic film use in agriculture — on crop productivity and greenhouse gas emissions, synthesizing evidence on how accumulated macro- and microplastics in farmland soils threaten food and climate security.
Dataset for:
AI summary Read the abstract
Scientists compiled a massive global dataset combining hundreds of studies on how plastic pollution, from microplastics to plastic mulch films, affects soil health, specifically looking at how it changes the release of two gases: nitrous oxide (a powerful greenhouse gas) and ammonia. This matters because soil is the foundation of our food supply, and understanding how plastic waste disrupts the natural nitrogen cycle can help researchers predict impacts on crop growth, air quality, and climate change as plastic pollution continues to build up in farmland worldwide. While this dataset itself doesn't declare a single finding.
Dataset for:
AI summary Read the abstract
Scientists combined data from studies worldwide to see how plastic pollution in soil, like microplastics and plastic mulch films, affects the release of two gases, nitrous oxide and ammonia, from farmland. This matters because nitrous oxide is a powerful greenhouse gas that contributes to climate change, and ammonia pollution can harm air quality and ecosystems, so understanding how plastic waste in soil worsens these emissions could help farmers and policymakers reduce environmental damage. The dataset itself doesn't report final conclusions but provides the raw material for future research to pinpoint exactly how different types of pl
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