Beyond Conventional and GMO: The Role of New Genomic Techniques in Organic Farming

The Potential of New Genomic Techniques in Organic Farming

A recent opinion piece by a group of international researchers highlights the potential of new genomic techniques (NGTs) to revolutionize organic agriculture within the European Union. According to the researchers, current EU regulations that restrict these techniques are hindering progress toward the bloc’s goal of having 25% of farmland dedicated to organic production by 2030. They argue that NGTs could help close the approximately 20% yield gap between organic and conventional farming.

What Are New Genomic Techniques?

NGTs refer to advanced genetic engineering methods that involve making targeted changes to a plant's existing genes. These techniques differ from traditional plant breeding and genetically modified organisms (GMOs), which often involve introducing foreign DNA into a plant. Tools like CRISPR-Cas9 allow scientists to precisely edit specific parts of a plant’s genome, leading to improvements such as higher yields, better pest resistance, drought tolerance, and enhanced nutritional content.

Unlike GMOs, NGTs typically do not introduce foreign genes, which makes them distinct in both scientific and regulatory terms. This distinction has led to a unique regulatory status for NGTs in the EU, where they are currently treated more like GMOs despite their differences.

Regulatory Challenges and Opportunities

In 2021, the EU acknowledged that NGTs require a different regulatory framework compared to GMOs. A proposal was introduced in 2023 to adjust this regulation, treating NGTs more like conventional plants. However, this proposed change does not extend to organic agriculture, where NGTs remain subject to the same strict rules as GMOs.

The researchers argue that this exclusion is based on the perception that NGTs are incompatible with organic farming principles. However, they emphasize that there is strong scientific support for integrating NGTs into organic production, as they can enhance sustainability and productivity.

Benefits of NGTs in Organic Farming

One of the key advantages of NGTs is their ability to boost organic yields, which have historically been lower than those of conventional farming. Researchers highlight that numerous NGT crops are in development, aiming to improve traits such as flowering rates, seed production, and root growth. These innovations could help the EU meet its 2030 target without expanding farmland.

NGTs also offer the potential to reduce pesticide and herbicide use by enhancing a plant’s natural resistance to diseases and pests. For example, some studies show that editing specific genes in maize can significantly reduce water usage, making it more resilient to environmental stressors.

Addressing Concerns and Moving Forward

Despite the benefits, many in the organic community remain skeptical about the use of NGTs. However, the researchers suggest that there is room for more open-mindedness among organic farmers and researchers. They propose that the legislative process should include input from citizens and the organic food and farming community to ensure a more nuanced approach.

To address concerns around consumer perception, the researchers suggest labeling organic products made using NGTs as “organic+NGT” to differentiate them from traditional organic produce. This would give consumers more choice while still allowing NGTs to be used in organic farming.

Conclusion

The integration of NGTs into organic agriculture presents a significant opportunity for the EU to enhance sustainability and productivity. With proper regulation and stakeholder engagement, these techniques could play a vital role in meeting the 2030 organic farming targets. As the EU continues to refine its policies, it is essential to consider the scientific evidence and evolving perspectives on NGTs to ensure a balanced and forward-thinking approach.