The European Parliament has moved a step closer to transforming the future of agriculture by supporting new rules for New Genomic Techniques (NGTs). This is a category of advanced gene-editing technologies that could help farmers grow crops that are more resilient to climate change, require fewer chemical inputs, and deliver higher yields.
The proposed framework is designed to make Europe’s food system more sustainable while accelerating innovation in plant breeding. Under the new rules, certain gene-edited plants that could also be produced through conventional breeding methods will be treated similarly to traditional crops, reducing regulatory hurdles and enabling faster deployment of improved crop varieties.
Supporters argue that the technology could play a critical role in addressing some of agriculture’s biggest challenges, including drought, extreme temperatures, pest outbreaks, and pressure to reduce fertilizer and pesticide use.
Several gene-edited crops are already being cultivated outside the European Union, including varieties of rice, wheat, corn, bananas, and mushrooms that offer improved resilience and reduced resource requirements.
The legislation introduces two categories of NGT plants. The first category covers plants with genetic modifications that are considered equivalent to those achievable through conventional breeding and would therefore face simplified approval procedures. More complex gene-edited plants would continue to be regulated under existing GMO rules.
Advocates see the move as a significant boost for agricultural innovation, enabling researchers, startups, seed companies, and public institutions to develop next-generation crops tailored to a changing climate.
Industry groups and scientific organizations have argued that a modern regulatory framework is essential if Europe is to remain competitive in plant science and food security innovation.
The proposal remains a subject of debate, particularly around patent rights, farmer access, and market concentration. However, supporters believe that gene-editing technologies could become one of the most important innovation tools available to agriculture over the next decade. ______________________________________________________________________________
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