AI & Data: AI-assisted international press reviewPress review

Greenhouse Horticulture: Towards Data-Driven and Robotic Production

In greenhouse cultivation, genetics is no longer just about improving yields; it has become a lever for industrial optimization. By leveraging data and varietal selection, Rijk Zwaan develops plants designed for more predictable production systems, less reliant on labor, and compatible with the automation and robotization of greenhouses.

Innovation Awards 2026: 9 Selected Candidates, AI and System Integration at the Heart of Horticultural Challenges

GreenTech Amsterdam has revealed the 9 nominees for its Innovation Awards 2026, selected from 37 applications. The categories include Concept, Innovation, and Impact, the latter highlighting products that have proven their effectiveness in the market. The winners will be announced during the event taking place from June 9 to 11, 2026, at RAI Amsterdam.

Towards Ultra-Precise Fertilization: TerraBlaster Digitizes Real-Time Soil Analysis

TerraBlaster, an innovative startup, utilizes laser spectroscopy technology to provide detailed real-time soil nutrient maps. With a commercial launch planned for late 2026, this technology promises to transform precision agriculture by enabling a more efficient and cost-effective application of fertilizers compared to traditional sampling methods.

Regenerative Agriculture: A Scientific Tool Quantifies Water Gains from Soil Health

In response to the increasing risk of drought on American farmland, the Soil Health Institute has introduced the Drought Resilience Calculator, a tool that utilizes historical climate data. This calculator assists farmers in understanding how soil health management can enhance water availability and crop resilience. By modeling the water cycle in the soil, it highlights the importance of increased residue cover and soil organic carbon for better drought resistance.

Sensors, satellites, targeted irrigation: a plan to transform Haitian agriculture

John Deere and CNH Shape Autonomous Agriculture Through Strategic Acquisitions

Eight Nordic Institutions Unite to Industrialize Plant Phenotyping

In response to climate change, Nordic countries are accelerating agronomic data initiatives with NordPheno, a project led by the University of Helsinki and funded by NordForsk. Bringing together eight research institutions, it aims to establish a digital plant phenotyping infrastructure that combines AI, IoT, and interdisciplinary training. The goal is to expedite varietal selection and enhance crop resilience while training over 100 researchers in five years, aligning with the European Green Deal.

Pest Management: AI Achieves 88% Accuracy in Predicting Thrips Outbreaks

A Texas A&M study reveals that artificial intelligence can accurately predict thrips outbreaks, enabling farmers to anticipate threats before they impact crops. With machine learning models achieving 88% accuracy, researchers demonstrated that AI can analyze thousands of environmental data points to provide localized forecasts and enhance pest management.

Syngenta Reports 2% Growth and Strengthens Focus on AI and Bioproducts

In the first quarter of 2026, Syngenta Group recorded a 2% increase in sales, reaching $6.4 billion. The company emphasizes innovation, particularly through next-generation trait technologies and AI-based agronomy solutions. Crop Protection sales performed particularly well in China and Europe, driven by strong demand for biological products.

Biosolutions and Seeds: Syngenta Reports 2% Growth in Q1 2026

In the first quarter of 2026, Syngenta Group reported sales of $6.4 billion, reflecting a 2% increase compared to the previous year. The Crop Protection division achieved sales of $3.5 billion, driven by strong demand for biological products, while the Seeds division experienced significant growth, particularly in Latin America.