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The registration of the SOLHY019 variety by Solynta in the Dutch national register marks a significant advancement for the potato industry. This global first, derived from true hybrid seeds, validates the company's breeding technology and paves the way for broader adoption of hybrid varieties. This variety promises improved agronomic performance, increased disease resistance, and more efficient seed distribution.

Towards More Resilient Crops Through Hormonal Seed Treatments

In the face of the need for sustainable pest management solutions, seed priming with methyl jasmonate (MeJA) proves promising. Previous research has shown that this technique enhances pest resistance in Arabidopsis thaliana without compromising growth. This study explores whether these benefits extend to Brassica rapa, highlighting specific molecular mechanisms and the importance of tailoring priming strategies according to crop species and pest types.

In the Organic Market, Three Companies Are Transforming Agriculture

Three pioneering companies, NewLeaf Symbiotics, CXC-AG, and GreenLight Biosciences, have overcome manufacturing challenges to make organic products more accessible and effective. Their innovations, grounded in a deep understanding of biology, promise to transform the agricultural industry by providing stable and cost-effective solutions.

In the UK, a Producer Returns to Oilseed Rape Thanks to a Resilient Variety

Faced with the threat of flea beetles, a farmer in Lincolnshire has decided to reintroduce oilseed rape on his land after three years of absence. By choosing the LG Avenger variety, known for its resilience against this pest, he hopes to maximize his yields. Agronomic practices such as companion cropping and targeted fertilization have been implemented to enhance productivity, and he has observed rapid growth and low pest pressure.

Precision Fertilization: A Canadian Company Focuses on More Concentrated Granules to Reduce Volumes and Optimize Nutrient Efficiency

The Canadian company Ostara has introduced an improved formulation of its CG P2X fertilizer, increasing nitrogen and phosphorus concentration, thus allowing a reduction of 60 to 65% in application rates compared to conventional fertilizers. This innovation, validated by 151 field trials across various soil types and management systems, promises to enhance nutrient efficiency while minimizing environmental impacts associated with conventional fertilizers.

Low-Input Wheat Varieties: COPE Focuses on Nitrogen Efficiency with New Strain to Address Margin Pressures

British company COPE is set to unveil its new winter wheat variety, Chessum, at Cereals 2026, taking place from June 10 to 11, addressing the growing needs of farmers for low-input crops. With high nitrogen use efficiency and resistance to diseases such as yellow rust and septoria, Chessum aligns with a more sustainable crop management approach while maintaining grain quality potential.

Aphea.Bio and Bayer Join Forces to Accelerate Development of Microbial Metabolite-Based Bioinsecticides

Aphea.Bio has announced a strategic partnership with Bayer to accelerate the development of bioinsecticides targeting sap-sucking insects, major pests for crops. This collaboration aims to enhance crop protection tools by leveraging bioactive metabolites derived from microbial strains. Both companies are committed to working together to validate prototypes and navigate the regulatory process.

China: Supreme Court Strengthens Legal Protection for New Plant Varieties to Secure Seed Innovation

The Supreme Court of China has issued a directive aimed at regulating technical investigations in disputes concerning new plant varieties. This document seeks to enhance the protection of intellectual property rights in the seed industry, improve the management of counterfeiting cases, and ensure a legal environment conducive to innovation. It proposes a systematic framework clarifying the roles of judges and experts.

Combating Moroccan Locusts in Central Asia: Kazakh and Chinese Scientists Collaborate on a Fungal Biopesticide

Kazakh and Chinese scientists have tested a new biological pesticide based on the fungus Metarhizium anisopliae to combat Moroccan locust infestations. Results show a mortality rate of 70-80% of locusts within five days of treatment. This project aims to control locust invasions in cross-border breeding areas.

Agriculture in Arid Environments: UAE Unveils New Generation of High-Protein Wheat

The Sharjah Desert Wheat Project in the UAE has produced second-generation plants with a protein content of 19.3%, surpassing global standards. The integration of precision agriculture, AI, and ground sensors optimizes irrigation and reduces water loss, providing an innovative solution for food security in arid regions.

After New Molecules, Agrochemistry Focuses on Improving Existing Substances

The agrochemical industry is turning to the optimization of existing molecules, such as glufosinate-ammonium, through isomeric enrichment technologies that enhance herbicide efficiency and reduce operational volumes required. Companies are exploring alternative innovation pathways to the discovery of new molecules, aiming to maximize the value of active ingredients in the face of increasingly stringent regulations and high development costs.

A French Company Secures Emergency Authorization in Italy for Its Biofungicide Against Basil Downy Mildew

Amoéba, a French company specializing in natural microbiological solutions, has received a 120-day emergency authorization for its biofungicide AXPERA in Italy, aimed at combating basil downy mildew that can destroy up to 80% of crops. This measure addresses the growing pressure on basil producers, a key market in Europe, where conventional solutions are increasingly limited and inadequate.

Canola: Australia Invests in Genetics to Enhance Frost Tolerance, Acid Soil Resilience, and Yield Efficiency

Microbial Fertilizers: A Beneficial Bacteria-Enriched NPK Fertilizer Hits the Market

Two Ukrainian companies, BTU and BINFIELD, announce the industrial production of an NPK fertilizer incorporating beneficial microorganisms directly into the granules. This innovative approach, developed over five years, aims to enhance the efficiency of nutrients already present in the soil through five selected bacterial strains, while providing measurable yield gains for several crops.

Seed Coating: A Biopolymer Double Layer Enhances Conservation, Protection, and Yield of Oilseeds

A new biopolymer double-layer seed coating has been designed to counter yield losses in oilseed crops by integrating specific fungicides and biofertilizers. Results show superior germination rates (78.8–86.7%) compared to untreated seeds, with reduced seedling mortality by 60 to 75%.

An RNA Spray Against Potato Blight Recognized Among Sweden's Most Promising Agricultural Innovations

An innovative RNA-based spray targeting potato blight has been included in the IVA (Royal Swedish Academy of Engineering Sciences) list of high-potential projects for sustainable agriculture. This development could revolutionize crop protection by reducing economic losses from this disease, estimated at over five billion euros annually in Europe, while adhering to new environmental regulations. Greenhouse trials show a reduction in infections by up to 70%, with no negative impact on plant growth, paving the way for field trials and upcoming commercialization.

Seeds: BASF Launches a Hybrid Rapeseed for Drier Areas Set for 2027

Switch Bioworks Launches First Field Trials of Genetically Engineered Microbial Fertilizer

Switch Bioworks, a biotechnology company, has initiated field trials for its innovative microbial fertilizer, approved by the USDA (United States Department of Agriculture) and the EPA (Environmental Protection Agency). This product utilizes microbes to extract nitrogen from the air, thereby replacing traditional chemical fertilizers. The trials, focused on corn, aim to optimize microbial performance under real agricultural conditions.

Genomic Editing: A Major Breakthrough for Early-Maturing Corn Without Yield Loss

A team of Chinese researchers has managed to overcome one of the main trade-offs in corn breeding: achieving earlier varieties without penalizing their yield. By finely modifying the regulatory mechanisms of the ZmRap2.7 gene using CRISPR genomic editing, scientists have advanced flowering by several days while maintaining the productive potential of the plants in field trials.

Hybrid Fertilizers: Microbe-Enveloped NPK Enters Industrial Production

After five years of development, BTU and BINFIELD are launching an innovative mineral NPK fertilizer that incorporates a consortium of beneficial microorganisms. This revolutionary technology integrates biological agents directly into the granules, enhancing soil nutrient efficiency. The use of bacterial spores ensures the viability of microorganisms under agricultural conditions.