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Future-Proof Your Quality: How to Harness the Power of Spectroscopy in Commercial Agriculture – Pt. 3
Welcome to the third installment of our Future Proof Your Quality Webinar Series! In this episode, our esteemed Director of Applied Science, Galen George, guides us through the detailed steps of building a model, including pre-processing, various types of Near-Infrared Spectroscopy (NIRS) models, and wavelength selection. This webinar aims to deliver comprehensive insights on spectroscopy… Continue reading…
How AI Analytics is Transforming Fruit Quality Control and Monitoring
Food production systems’ enormous volumes of data must be precisely analyzed in real-time. AI analytics uses one or more AI tools. It extracts valuable information from big data on food quality, providing answers in an easy-to-understand manner during onsite food analysis. Three AI methods- machine/computer vision, machine learning, and deep learning are used for AI… Continue reading…
Five Significant Developments in 2022 to Improve Fruit Quality
Non-destructive, accurate, and real-time collection and analysis of fruit quality data continue to grow more critical. Their applications are being expanded to new fruits and to improve scientific research. Another trend is the search for non-toxic postharvest treatments to keep fruits safe for consumption and augment fruit nutritional value to meet consumer demands. Fruit quality… Continue reading…
Answering Common Questions About Near-Infrared Spectroscopy (NIRS)
Near-infrared spectroscopy (NIRS) is an increasingly valuable analytical tool in agriculture. It involves measuring NIR radiation’s absorption and reflection patterns by various compounds in crops, fruits, soil, and processed foods. NIR spectroscopy provides rapid, non-destructive, and accurate measurements of several chemical and physical parameters, making it an essential tool for farmers and researchers. In this… Continue reading…
Improving Fruit Quality and Grower Decision Making: An Interview with Dr. Ioannis Minas
Assistant Professor Dr. Ioannis Minas from Colorado State University joined us recently to discuss his research and give a behind-the-scenes look at how he uses the F-750 Produce Quality Meter. Our Director of Applied Science, Galen George, and Dr. Minas discussed how traditional fruit quality testing methods are being replaced by modern technology. Dr. Minaz… Continue reading…
Navigating Agtech: Expert Responses to 10 Common Questions About the Agricultural Technology Industry
There is an explosion of innovative agtech development and production. The amount of information can sometimes be overwhelming but is also fragmented, making it challenging to understand all aspects of agtech. Therefore, we are answering common questions about agtech to provide the big picture to help people make an informed choice. How can agriculture tech… Continue reading…
Utilizing Non-Destructive Sensors to Improve Fruit Quality and Grower Decision Making: An Interview with Dr. Ioannis Minas
Assistant Professor Dr. Ioannis Minas from Colorado State University joined us recently to discuss his research and give a behind-the-scenes look at how he uses the F-750 Produce Quality Meter. Our Director of Applied Science, Galen George, and Dr. Minas discussed how traditional fruit quality testing methods are being replaced by modern technology. Dr.… Continue reading…
Exploring the Advantages of NIR Spectroscopy in Agriculture: A Comprehensive Infographic
In the agriculture industry, the ability to accurately analyze the chemical composition of crops and soil is crucial for optimizing growth and yield. One powerful and efficient method for achieving this is Near Infrared Spectroscopy (NIRS). NIR spectroscopy is a non-destructive technique that allows for quick and accurate measurement of various properties in plants and… Continue reading…
Improving Mango Quality
Significant variations exist in the mango quality and yield from various regions worldwide. Integrating objective quality control and monitoring based on internal physiological parameters can help growers and suppliers maintain mango quality and their income in the supply chain. A systemic and coordinated approach is necessary to improve mango quality, as preharvest practices significantly impact… Continue reading…
Improving Kiwifruit Quality
Dry matter (DM) and postharvest management will determine the final kiwifruit quality, so precisely estimating DM at harvest is essential. The main aim of postharvest handling is to reduce fruit softening due to ripening, as the fruit is delicate. Research in postharvest handling and processing suitable for local conditions is in varying stages of readiness… Continue reading…