f-750 Archives - Page 2 of 8 - Felix Instruments

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…

What Is The Best Apple Harvest Maturity Index?

Apple harvest maturity indices are mainly based on physical and chemical attributes. The most reliable method is the starch index. The harvest maturity index values differ based on cultivars and the storage time. Each fruit is distinctive, and the methods used to fix harvest time must be customized for each cultivar. Determining the optimum harvest… Continue reading…

What is The Best Grape Harvest Maturity Index to Determine Harvest Time?

Harvest maturity indices overlap significantly, but as a standard practice to fix harvest time for grapes meant for winemaking, more parameters are used than for fruits for fresh consumption. Total soluble solids, titrable acidity, taste, color, and phenols are critical aspects of the harvest maturity index. Non-destructive near-infrared spectroscopy-based techniques are increasingly used to estimate… Continue reading…

How to Improve Shelf Life and Fruit Quality: A Conversation on Tech and Collaboration with Dave Giannini from Apeel and Felix Instruments

In a recent webinar, Galen, Director of Applied Science at Felix Instruments, and Dave Giannini, Chief Software Architect at Apeel Sciences, unveiled a groundbreaking collaboration aimed at reducing food waste in the produce industry. This partnership leverages Felix Instruments’ cutting-edge spectrometer technology combined with Apeel Sciences’ innovative software solutions to empower growers, pack houses, retailers,… Continue reading…

Peach Harvest Maturity Indices for Better Yield

Crop chronology and fruit physical and chemical parameters are useful as peach harvest maturity indices. Firmness, size, color, sugar, and acidity content are objective and quantifiable indices. External colors estimated with charts are subjective. None of the peach harvest maturity indices can be used alone, and additional indices are needed to estimate maturity accurately and… Continue reading…

What Are Tomato Harvest Maturity Indices and Are They Crucial?

Tomatoes are harvested in five maturity or ripening stages, based on use and end-market. Different harvest indices are suitable for the varying ripening stages. Chemical, physical, and chronological harvest maturity indices are commonly used around the globe. Tomato has various uses and is grown for local and long-distance markets. The vegetable is harvested at different… Continue reading…

What are Harvest Maturity Indices? Why are they Important?

Harvest maturity indices can be fresh produce’s physical, chemical, physiological, or chronological attributes. The choice of harvest maturity indices will differ and must be based on species and economics. The optimum methods to measure harvest indices are objective, quantitative, non-destructive, and easy to use. Fresh produce suffers the maximum loss and waste. One reason is… Continue reading…

How to Use Mango Harvest Maturity Indices to Improve Fruit Quality and Yield

The mango harvest maturity indices can be physical, computational, physiological, and biochemical attributes. Physical indices are simple but subjective and unreliable. Biochemical harvest maturity indices are the most reliable, and standard NIR spectroscopy-based non-destructive estimation methods are the best. Mango fruits must be harvested at optimum maturity to continue developing internal and external quality attributes… Continue reading…

How Fruit Quality Monitoring Improves Sustainability and Reduces Food Loss

Fruit quality monitoring is an integral part of the fresh produce supply chain. Fruit quality monitoring improves productivity and reduces food loss on farm and postharvest stages to enhance food security and responsible production. The environmental impacts indirectly through quality monitoring are reduced carbon footprint, less water resource depletion and pollution, and better biodiversity protection… Continue reading…

Application of Handheld Near-Infrared Spectroscopy (NIRS) as a Portable Phenotyping Tool in Horticultural and Agronomic Breeding Programs

By Galen George, Director of Applied Science at Felix Instruments. Introduction Plant breeding stands as a cornerstone of horticulture and agronomy, disciplines vital for the sustainability and advancement of agriculture worldwide. This scientific practice, which involves the selective crossing of plants to produce new cultivars with desirable traits, is fundamental in addressing the multifaceted challenges… Continue reading…