Did you know that before reaching consumers, around 20–50 percent of fresh produce is lost in postharvest processes? In our latest article, we dug up 5 significant research studies from 2023 that focused on solving this massive problem. Here's a quick overview:

1) Advances in Hydroponics

2) Calcium chloride as preservatives

3) Eco-friendly mango storage in Zero Energy Cool Chamber

4) Melatonin-enhancing shelf life

5) Isothermal storage keeps apples fresher

Each discovery is a step towards reducing food waste and enhancing food quality. Read the full article below for a deeper look!

Click here to read the full article.

- Upcoming Events -

- The Final Part of Our NIRs Webinar Series -

Join us for the last part of this comprehensive 5-part series on internal quality assessment, spectroscopy, chemometrics, and more in commercial agriculture.

In Part 5, Director of Applied Science Galen George will explain Calibration Transfer, Model Maintenance, and Optimization. This informative session is suitable for both beginners and experts in the field. Register or view the other parts of the series below!

Click here to register | View the whole series here

Facing harvest timing challenges? Our article Why Color Remains an Important Fruit Maturity Index is the perfect guide. Discover how fruit skin color, a simple yet reliable maturity indicator, can optimize harvest time and enhance marketability.

Learn about non-destructive methods for color estimation, from basic color cards to advanced AI, making this process more accessible and precise. This article is a valuable resource for anyone in agriculture looking to improve fruit quality and consumer appeal. Dive in to master the art of using color as a key to perfect harvest timing.

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

2023's Breakthroughs in Fungi Research:

Researchers discovered that arbuscular mycorrhizal fungi (AMF) can enhance flax growth under salinity stress by an impressive 35.2%. This fact, derived from a study investigating AMF's impact on plant resilience, spotlights the potential of these fungi in transforming agricultural practices in salt-affected soils. This research, along with 4 others, is a part of the article looking into the symbiotic power of AMF and its groundbreaking implications for crop productivity in challenging environments.

Beyond flax, AMF's influence extends to 70-90% of plant species, playing a crucial role in nutrient cycling and ecosystem health. This article provides a detailed exploration of AMF's diverse benefits, including enhanced nutrient and water uptake and resilience against abiotic stresses like drought. Check them out through the link below.

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

In an urgent quest for sustainable energy solutions, this article offers fresh insights. It addresses the pivotal role of microalgae and artificial photosynthesis in combating global warming and energy crises.

This research is vital for environmental scientists and renewable energy experts as it explores how these natural systems can be harnessed for clean, efficient energy production. The article reveals the potential of algae-powered biofuels and artificial photosynthesis to provide renewable, zero-emission energy alternatives.

Dive into this cutting-edge research below to uncover how these innovative technologies are setting the stage for a sustainable energy future.

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

How do the roots in brackish marshes shape entire ecosystems? This recent article explores research written using the minirhizotron technique, offering a rare glimpse into the vital role of fine roots. This study provides key insights into how these roots impact nutrient cycling, carbon storage, and soil stability in diverse marsh vegetation.

Delve into this research to understand the intricate balance of life beneath the marsh surface and its implications for ecosystem conservation. learn more about the hidden yet crucial foundations of wetland environments below.

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

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!