Articles
Fixed vs Portable Ethylene Monitoring Compared
Ethylene monitoring is central to maintaining fruit quality through storage, transport, and ripening. Even trace levels of ethylene, measured in parts per billion, can alter respiration rates, accelerate ripening, or shorten shelf life. Because ethylene’s impact varies across commodities and handling stages, the way it’s monitored determines how effectively operations preserve product quality and reduce… Continue reading…
Additional reading
What Is an Ethylene Monitoring System and Why Is It Critical for Fresh Produce?
Ethylene monitoring systems can have fixed or portable sensors. Other components of the monitoring systems could be data logging, data transmission, connectivity, remote access, and a control event scheduler. The sensors used to detect ethylene must be sensitive, selective, stable, rapid, and have the required lower limit and detection range. Ethylene monitoring in the postharvest… Continue reading…
How to Detect and Control Ethylene in Storage Rooms
Ethylene must be monitored and controlled as even trace amounts in parts per billion can cause over-ripening, decay, and spoilage. Fixed and portable gas analyzers that can detect and monitor ethylene levels in storage facilities are available on the market. Several strategies exist to lower ethylene levels, including venting, the use of ethylene inhibitors, scrubbers,… Continue reading…
What Is Ethylene Gas and Why Is It Shortening Your Fruit’s Shelf Life?
Ethylene is a natural phytohormone produced by plants and climacteric fruits, but also exists in the supply chain through anthropogenic sources. Ethylene accelerates unplanned ripening processes, causes decay, and increases susceptibility to physiological problems and pathogens. The effects of ethylene depend on fruit maturity stage, species, cultivars, the concentration and exposure duration of the gas,… Continue reading…
Cherry Harvest Time: How to Know the Best Day to Pick Sweet Cherries
Sweet cherries’ harvest maturity can be estimated by chronology and physical attributes like skin color, weight, size, and firmness. Internal quality parameters like soluble solids content, titratable acidity, and taste can also be used as harvest maturity indices. Skin color is considered the best indicator for the optimum harvest maturity of cherries. Simultaneous non-destructive estimation… Continue reading…
What Is Dry Matter Content and Why It’s Crucial for Fresh Produce Quality?
Dry matter is measured on farms to monitor maturity and determine the optimal harvest time for climacteric fruits and vegetables. In the postharvest stage, dry matter is used for quality control for sorting and grading fresh produce. Dry matter determines the storage, transport, and ripening conditions to achieve optimum quality and extended shelf life. Wholesalers,… Continue reading…
What Causes Avocado Quality Problems? Common Issues in the Supply Chain Explained
Avocados are challenging due to their unique ripening process, which requires a few days post-harvest to overcome the “tree factor.” The leading causes of quality problems are incorrect maturity at harvest, careless handling, and improper storage temperatures and gas mixtures in cool storage. Limiting problems starts with harvesting avocados at the correct maturity and quality… Continue reading…
