Challenges and Innovations in France’s Fruit Sector Amidst Regulatory Changes

The fruit industry in France is navigating one of its most challenging periods as government regulations tighten on crop protection. This includes a suspension of imports of foods containing residues of five pesticides banned within the EU and a halt to the reauthorization of previously banned insecticides. As a result, growers are facing escalating agronomic and regulatory pressures.

Economic Strain Evident in Trade Deficits

The economic strain on the sector is clear; in 2025, France reported its first agri-food trade deficit in nearly fifty years. Moreover, exports of apples, which were once a cornerstone of profitability, have fallen from 30% to less than 25% within the last decade.

Addressing Threats at SIVAL 2026

During the SIVAL 2026 event in Angers, the premier international trade fair for plant production technologies located in France’s primary orchard region, leaders identified three significant threats: decreased competitiveness, increasing climate risks—particularly related to water—and the challenge of generational renewal.

“We have drier summers and wetter winters,” stated Albert Richard, SIVAL’s president. “We need new storage areas to buffer against drought and excessive rainfall. An apple comprises eighty percent water; without sufficient irrigation, apple production becomes unfeasible.”

The Impact of Climate Change on Pests and Diseases

While water scarcity poses a significant challenge, the impact of pests and diseases exacerbated by climate change also threatens the sector. According to Claude Coureau, a research and development engineer at the Centre Technique Interprofessionnel des Fruits et Légumes (CTIFL), French growers are experiencing a geographical divide: higher rainfall in the northern regions hinders the effectiveness of fungicides, while southern areas face increased pest outbreaks due to rising temperatures.

As traditional chemical options diminish, the pressure on growers continues to grow. “The number of registered chemicals available is dwindling,” Coureau explained. “The absence of neonicotinoids has worsened aphid infestations in the last two years.”

Varietal innovation is increasingly being seen as part of the solution. CTIFL is actively screening for quicker-maturing varieties that are less vulnerable to significant pathogens.

“If you develop scab-resistant varieties, you can reduce treatments by 30-50%. Harvesting earlier in August helps avoid autumn rains and subsequent storage diseases that affect late varieties like Pink Lady,” Coureau noted. “By combining lower sensitivity with shorter production cycles, you can drastically cut treatment requirements.”

Biocontrol measures are another area of development, albeit not yet a complete substitute for chemicals. “We are in the testing phase for many biocontrol solutions,” she mentioned, “though they often lack the effectiveness of traditional chemicals.”

The Retail Challenge: Consumer Acceptance of New Varieties

While advancements in science are evident, marketing these new varieties remains a significant hurdle. Varieties like Pink Lady and Jazz have enjoyed success in retail, garnering considerable consumer acceptance, particularly among those willing to pay a premium for quality.

“Promoting new varieties in supermarkets is becoming increasingly difficult,” Coureau cautioned. Without retail backing, climate-smart innovations could falter before reaching consumers.

Growers, however, remain pragmatic: “They are open to solutions that work.”

Debate Surrounding Pesticide Policy

Not all stakeholders agree on pesticide regulations. Françoise Roch, president of the National Federation of Fruit Producers, criticized what she called the “vilification” of pesticides in public discourse. Some support EU initiatives to expedite approvals for biocontrol and new plant protection products. Gilles Ravot from SBM Life Science argued that current regulatory obstacles are overly stringent, with a ten-year timeline for approval making return on investment difficult compared to faster markets in the U.S. and South America.

Innovative Winners at SIVAL 2026

The SIVAL Innovation 2026 awards showcased various new varieties designed to tackle the dual challenges of pesticide restrictions and climate change.

The Gold Medal winner, KIARA®, exhibits high tolerance to fire blight—a major concern for pear orchards—and a low susceptibility to scald, proving reliable even in warmer climates. This variety, bred from a Pierre Corneille x Harrow Sweet cross, performs well in storage and boasts exceptional taste, leading Richard to declare his hope that KIARA® will become “the Pink Lady of pears.”

A Heat-Resistant Apple for a Warming Europe

Another award-winning entry, STELLAR™ (Hot81A1), developed through the Hot Climate Partnership—itself a collaboration between IRTA (Spain) and PFR (New Zealand)—addresses heat stress specifically. It maintains color and quality under high temperatures and shows no known susceptibility to significant pests and diseases, providing immediate advantages in reduced input requirements.

Biocontrol and Low-Input Tools on the Rise

The SIVAL 2026 awards underscored a growing trend toward biocontrol adoption. The Biopose system from Agrodrone / Invenio Solutions, which utilizes drones for deploying mating disruption rings, offers a scalable, chemical-free insect control option for apples, pears, and stone fruits.

Terresis Agriculture presented SUNFORTIS®, a non-microbial biostimulant designed to enhance plants’ tolerance to sunburn, a growing threat as heatwaves intensify.

Additionally, the Gold Medal winner, AXPERA from Amoéba, employs patented amoebae technology aimed at controlling fungal diseases, with a commercial launch anticipated in 2026 upon securing regulatory approval.

AI’s Role in the Future of the Sector

For the first time, SIVAL also featured a 48-hour AI “hackathon,” labeled Agreen Défi, which engaged 40 students from agronomy and digital sectors to explore how AI can solve real-world challenges within the industry. Five functional prototypes emerged from this innovative exercise.

• AI analysis of plant variety protection trends: A digital tool visualizing application trends was developed by the Community Plant Variety Office.
• Automated varietal data extraction: A scraper-based system for collecting and standardizing varietal data was introduced by GEVES.
• AI-enhanced greenhouse tomato yield forecasting: A hybrid model predicting yields at two and four weeks was created by a CTIFL team.
• OCR-driven soil analysis tool: GAIAGO showcased a mobile app that utilizes OCR to generate agronomic recommendations from soil test images.
• AI career matching for agricultural transition: A platform to assist career-changers in finding agricultural roles was presented by Les Cols Verts.

SIVAL organizers noted the event illuminated a new generation of digitally adept agronomists, capable of rapidly designing operational AI solutions. This proves indicative of how AI will potentially shape the future of horticulture, seeds, and fresh produce.

A Sector at a Crossroads

In conclusion, SIVAL 2026 provided a compelling look at the future of France’s orchard sector, which is increasingly reliant on genetics, biocontrol, and digital tools, while simultaneously moving away from chemicals and grappling with more severe climate conditions and pest pressures. The pressing question remains: can innovation, regulatory changes, and acceptance from retailers and growers alike accelerate quickly enough to ensure that French orchard growers remain competitive in an evolving global marketplace?