Hudson River and Plantik Will Develop Heat-Tolerant Berries
The firms will use gene-editing technology to boost strawberry climate resilience by 2028.
Updated on Oct. 12, 2026 in Biotech
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Hudson River and Plantik have announced a partnership to engineer heat-tolerant strawberries using advanced gene-editing tools. Commercial field trials for these climate-resilient crops are scheduled to begin in spring 2028.
Why it matters
Rising global temperatures increasingly threaten commercial strawberry production by negatively affecting berry size, sugar content, and fruit set. This genetic approach aims to stabilize yields as unpredictable weather patterns create more frequent heat stress for farmers.
Hudson River utilizes its proprietary BioMaas DNA-free genome-editing system and hydrogel technology for protoplast regeneration. This process is expected to provide efficiency gains of two to three times over conventional tomato breeding, with up to 10-fold potential in complex crops.
The players
Hudson River
This Netherlands-based company develops DNA-free plant genome-editing systems to improve crop characteristics.
Plantik
Based in France, this organization specializes in cloud data infrastructure and machine learning for biological research.
The details
Researchers are identifying specific genetic regions associated with heat tolerance to edit the strawberry genome directly within elite commercial varieties. By avoiding the time-consuming process of repeated backcrossing, the companies aim to rapidly introduce these traits to support crop health during extreme weather.
Timeline
Commercial field trials are scheduled for spring 2028.
Field trials are expected to conclude in summer 2028.
The Tech Race
This collaboration aligns with the European Union NGT-1 regulatory framework as researchers look toward evolving gene-editing standards to bring climate-resilient produce to market. It mirrors a broader industry transition toward replacing traditional multi-year breeding cycles with direct genetic optimization.
This development could eventually lead to more stable supply chains for produce, potentially reducing price volatility caused by weather-related crop failures. Consumers may see higher-quality berries available even in regions currently experiencing increased heat stress.
The takeaway
Gene-editing technology is rapidly moving from laboratory testing to agricultural implementation to combat climate-induced crop loss. Implementing these specific traits in commercial strawberries may soon serve as a blueprint for improving the resilience of other staples like potatoes and lettuce.
What happens next
Commercial field trials for the heat-tolerant strawberries are expected to commence in the spring of 2028.
Further reading
For more developments in agricultural innovation, explore the Biotech section.
Live Poll
Do you support the use of gene-edited crops to help ensure food stability during climate change?
