Articles
Advances in Near-Infrared Spectroscopy for Root Crop Quality Detection
Near-infrared (NIR) spectroscopy is an interesting technology because it can detect quality nondestructively, rapidly, and precisely. NIR spectroscopy can correctly estimate internal quality parameters like protein, sugar, water content, starch, and anthocyanins. NIR spectroscopy helps in the early detection of potato diseases and their severity. NIR spectroscopy for root crops has been applied in laboratories,… Continue reading…
Additional reading
What Causes Postharvest Senescence in Fresh Produce
Senescence is one of the top two postharvest processes that cause food loss of fresh produce by curtailing shelf life. Ethylene production, programmed cell death, and cellular energy supply are significant processes associated with senescence in postharvest fresh produce. The mechanisms by which the three processes cause senescence are not entirely understood. Premature senescence and… Continue reading…
What Is the Avocado Harvest Maturity Index and How Is It Measured?
Physical and chemical parameters and crop chronology are avocado harvest maturity indices. Physical quality parameters, especially appearance, are commonly used worldwide. Dry matter content measured by near-infrared spectroscopy-based devices has become the industry standard maturity index. Sugar content is not a reliable avocado harvest maturity index. Avocado fruits go through four stages of maturity and… Continue reading…
How to Determine the Right Avocado Harvest Maturity Index for Optimal Quality
Physical and chemical parameters and crop chronology are used as harvest maturity indices for avocados. Physical quality parameters, especially appearance, are commonly used worldwide. Dry matter content measured by near-infrared spectroscopy-based devices has become the industry standard maturity index. Sugar content is not a reliable avocado harvest maturity index. Avocado fruits go through four stages… Continue reading…
Five Significant Research Findings on Fruit Quality Management in 2024
Fruit quality studies in 2024 aim to future-proof food production against the vagaries of climate change and to meet increasing demand. As in previous years, the focus remains on eradicating chemicals to improve food and environment safety. Research on AI-based models and tools is a standard theme, but it is diversifying to produce cost-effective versions… Continue reading…
How Real-Time 1-MCP Measurement is Revolutionizing Post-Harvest Freshness
When it comes to extending the shelf life of fresh produce, the industry has long relied on 1-MCP (1-Methylcyclopropene) to slow down ripening and keep fruits fresher for longer. But up until now, one major challenge has remained: measuring 1-MCP accurately and in real-time. Felix Instruments is changing that with the launch of the 1-MCP… Continue reading…
Felix Instruments Unveils the F-751 Grape Quality Meter – Available February 18, 2025
Felix Instruments is set to transform grape quality management with the release of the F-751 Grape Quality Meter, launching on February 18. This cutting-edge device provides non-destructive, instantaneous measurements of key grape quality indicators, helping growers, distributors, and researchers make informed decisions more precisely. A Smarter Way to Measure Grape Quality Traditional grape testing methods… Continue reading…
