Scientists at Saitama University have visually captured how plants warn each other of danger. Utilizing advanced imaging and genetic modification, they've highlighted the flow of calcium signaling in plants exposed to volatile organic compounds from neighbors under threat.

This fascinating method reveals the hidden, dynamic interactions within plant communities. You can watch the video and explore this innovative study for an insight into plant communication.

Watch The Video | View The Research

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This engaging guide showcases the innovative features of our leaf area meters, the CI-202 and CI-203, focusing on the CI-202 model. Learn about its ease of use, maintenance, and data management - all essential for agronomy and forestry professionals.

View the tutorial | Ambimets Website

- Webinar Series -

Dive into the detailed world of chemometrics, model building, and validation across five insightful sessions. From the fundamentals of NIR Spectroscopy to the complexities of calibration transfer, our series offers a comprehensive understanding of these technologies in commercial agriculture.

Whether you're beginning your journey or refining your expertise, this series will enhance your approach to analytical testing and model accuracy. You can explore the sessions and gain valuable knowledge to optimize your application of fruit quality.

View the whole series here.

Did you know root diseases are the main culprits in reducing global crop yields? Understanding this hidden threat is crucial for plant scientists and researchers. This article explores the innovative use of minirhizotron systems, a ground-breaking technology capable of detecting various levels of root disease severity through images and scans.

Discover how these systems are transforming the field of plant science. The article highlights the significant role of roots in plant health and productivity and sheds light on the challenges of detecting root diseases due to their underground nature. With minirhizotron systems, we can now capture high-resolution images and monitor root health over time, providing invaluable insights for research and precision agriculture. You can read more below.

Click here to read the full article | CI-600 In-Situ Root Imager

This collection features a selection of pivotal articles from the past year, each shedding light on innovative approaches and solutions for prevalent challenges in fruit farming, such as extending shelf life, ensuring consistent quality, and boosting crop productivity.

Dive into articles discussing advanced ripening techniques, effective management of fruit respiration, and the revolutionary use of non-destructive sensors and NIR spectroscopy. This compilation is an invaluable resource for those striving to meet the demands of a rapidly evolving agricultural landscape. Explore these educational and ground-breaking articles to stay ahead in your field.

Click here to read the full article | F-750 Produce Quality Meter

The FDA's groundbreaking Final Food Product Traceability Rule, known as FSMA 204, is poised to revolutionize how we ensure the safety and quality of our food supply.

This innovative regulation focuses on rapidly communicating key data elements for critical tracking events, enabling swift identification and removal of unsafe food from the supply chain. By 2026, FSMA 204 promises to enhance product monitoring, streamline supply chain management, and significantly reduce food waste.

Don't miss out on this intriguing development; explore the rule that's reshaping the future of food safety.

Click here to read the full article | F-750 Produce Quality Meter

"The impact of high temperatures directly and alone on trees is significant without the associated drought." This statement from our latest article highlights a critical yet often overlooked aspect of climate change. It sheds light on the direct effects of extreme heat on trees, separate from drought conditions, emphasizing the need for more focused research and strategies in this area.

This article provides invaluable insights into the varied responses of trees to heat stress at cellular, leaf, and whole-tree levels. To better understand these impacts and how they shape our approach to forestry and ecosystem health, I invite you to explore the full article and join the conversation on developing effective responses to this urgent environmental challenge.

Click here to read the full article | CI-340 Handheld Photosynthesis System

Have questions about an instrument you'd like to ask our team of Application Scientists? Use the link below to schedule a live instrument demonstration!