DeepTYLCV, developed at Sungkyunkwan University, uses artificial intelligence and viral genome sequence data to predict tomato yellow leaf curl virus virulence. Published in Plant Communications, the model identifies mild and severe TYLCV strains before field symptoms appear, supporting early diseas
Researchers in Japan have discovered a copper-dependent hydrogen peroxide sensing system in plants, reshaping understanding of crop stress signaling and immunity. Published in Nature Communications, the study shows CARD1/HPCA1 detects H₂O₂ through metal-based redox chemistry, offering new insights f
Rothamsted Research has planted the UK’s first crop under a Precision Bred Organism Release Notice, marking a milestone for gene-edited field trials. The CRISPR-Cas9 Camelina sativa trial will test increased seed size, yield and oil content, supporting future oilseed crop innovation, sustainable agr
New research from ISTA shows that plants use two parallel cAMP signaling pathways to manage normal cell functions and stress responses. The discovery could help scientists better understand plant resilience and support future crop development for changing climates.The post Scientists Decode Crop Str
JIC and CIMMYT are advancing wheat research through molecular breeding, disease surveillance and rapid diagnostics, linking discovery science with farmer-focused delivery to develop more resilient, nutritious wheat varieties.The post CIMMYT and John Innes Centre Partnership Advances Wheat Research a
Tunisian researchers sequenced the complete genomes of Mahmoudi and Chili durum wheat landraces, uncovering valuable traits for drought tolerance, disease resistance and climate resilience. The genomic data, available through OpenDurumGPT on Zenodo, supports global wheat breeding efforts while prese
Researchers identified a novel Fusarium Head Blight resistance locus in Elymus repens, a wild wheat relative, and successfully transferred it into cultivated wheat. The new locus, Fhb.Er-1StL, reduced diseased spikelets by up to 69% in greenhouse trials and 60% in field trials, offering a valuable n
Scientists have developed a comprehensive watermelon super-pangenome integrating 138 wild and cultivated genomes, revealing genetic variants linked to sweetness, flesh colour, and disease resistance. Published in Nature Genetics, the research provides a powerful new resource for genomics-assisted br
Rothamsted Research and University of Oxford spin-out SugaROx has secured £2.5 million from The Mosaic Company to advance precision crop biostimulants. The Series A investment will support field trials, regulatory work, commercial scale-up, and development of SugaROx’s T6P-based platform, designed t
Researchers used genome editing to alter flavonoid production in red-leaf lettuce, removing red pigmentation while increasing beneficial compounds such as quercetin. The modified lettuce maintained normal growth, highlighting a potential crop breeding strategy for developing functional lettuce varie
New University of Bristol research published in Nature finds that pollinator decline threatens crop production, human nutrition and farm incomes. Studying smallholder farms in Nepal, researchers found pollinators support 44% of farming income and more than 20% of key vitamin intake, highlighting the
Representatives from eight leading Nordic research institutions gathered at the University of Helsinki in late March to officially launch NordPheno, the Nordic Research Infrastructure Hub for Digital Plant Phenotyping.The five-year NordForsk-funded network (2026–2030) brings together partners from F
A new report by Leaps by Bayer, Boston Consulting Group and Ipsos UK examines public trust in agricultural innovation, including new genomic techniques and cultivated meat. Based on interviews in China, Germany and the United States, and a 2025 survey of more than 13,000 people across 13 countries,
University College Dublin researchers identified a genetic sex switch in cannabis that may also control sex in hops. The study, published in New Phytologist, found key genes on the X chromosome that influence male, female and monoecious development, offering potential benefits for cannabis and hop b
New research finds maize under simultaneous root and leaf pest attack releases distinct root chemicals that strongly attract wireworms. Scientists recreated the cue as a synthetic blend, effective in lab, semi-field and field tests. The discovery highlights the rhizosphere’s role in crop protection
Denmark’s AVENUE project is testing 200 oat varieties to develop climate-resilient, nutritious crops for sustainable organic farming. By studying yield, quality, adaptability and health traits, researchers aim to create 'super oats' that support food security, lower climate impact and future plant b
A new global biochar model helps predict how biochar affects crop yields, soil carbon storage and greenhouse gas emissions across farming systems. Tested with data from 48 field sites, the study shows biochar can support climate-smart agriculture, but results depend on climate, soil type and applica
African researchers used CRISPR to successfully edit grapevine DNA for the first time in a woody crop on the continent. By switching off the VvDMR6.1 gene, the study reduced susceptibility to downy mildew and improved drought response, highlighting genome editing’s potential for climate-resilient gr
IPK researchers used CRISPR/Cas to reduce or remove chromosomes in wheat and other large-genome plants by targeting satellite DNA. Published in Plant Communications, the breakthrough shows how precise chromosome editing can create new genetic variants, accelerate wheat breeding and support the devel
Traditional sorghum lines may hold the key to more efficient crop nutrition as agriculture shifts toward recycled fertilisers. A University of Queensland study found landraces outperformed modern sorghum when phosphorus was less soluble, thanks to stronger root traits and exudate chemistry. The find
Agrovoltaic tomato systems could help agriculture save water while producing renewable energy on the same land. Research in Spain found that combining solar panels with deficit irrigation cut water use by about 50%, with roughly a 20% yield penalty. The findings highlight new opportunities for breed
The Darwin Tree of Life Project could generate nearly £3 billion in economic value across the UK and Ireland by sequencing all complex life. For agriculture, gains of £800 million to £1.4 billion could boost crop resilience, pest control and climate adaptation. Open-access reference genomes are stre
Seed World Europe’s April 2026 edition highlights the 20 Most Promising Young Plant Breeders in Europe, showcasing innovators shaping the future of agriculture. Combining classical breeding with genomics, AI, and data science, these young experts are advancing crop resilience, sustainability, and pr
Drones and artificial intelligence are transforming how scientists monitor wheat crops and identify climate-resilient varieties. By tracking crop growth with advanced imaging and sensors, researchers can predict yield and stability before harvest. This approach helps breeders select wheat crops that
