- Featured Article -
Sweetness Predicted:
AI Revolutionizes Citrus Fruit Quality Assessment
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In her groundbreaking research at NUST, Dr. Ayesha Zeb sought to simplify the assessment of citrus fruit sweetness. The Produce Quality Meter was revolutionary - quickly gathering data from various citrus fruits.
Paired with an AI model, the precise data collected led to a breakthrough: an accurate prediction of fruit sweetness. Dr. Zeb's journey showcases this technology's transformative power and efficiency in shaping the future of fruit quality assessment.
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- Researcher Interview -
Exploring Potato Genotypes:
Response to Drought Stress with minirhizotron
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In this intriguing conversation, we get an inside look into the research conducted by Maverick, a researcher studying potato genotypes' response to drought stress in field conditions. With the help of non-invasive minirhizotron technology, Maverick shares how they overcame challenges to gather valuable data and insights into root growth and its correlation to yield and canopy area.
The conversation highlights the importance of collaboration between researchers and instrument manufacturers and provides a fascinating glimpse into the power of innovative technology in advancing scientific research.
If you're interested in the latest plant stress response research developments, this conversation should not be missed!
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Mastering Kenyan Avocado Farming: A Comprehensive 6-Question Guide
This comprehensive guide aims to shed light on these critical areas, share invaluable practices, and explore innovative technology's role in the Kenyan avocado farming landscape.
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We live in a time when the agricultural sector is about to undergo a complete transformation because of the ongoing advancement of technology and farming practices. This Q&A answers common questions.
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Aspiring to shed light on the mysteries of plant growth, a team of researchers from Meiji University in Tokyo, Japan, undertook an interesting study to explore the effects of different liquid fertilizer concentrations on the growth of paprika roots in hydroponic cultures.
Utilizing the capabilities of the Root Imager, the team carried out their experiment with careful precision and control. Hydroponic cultivation, a practice often used for growing paprika, typically involves high-concentration liquid fertilizer. Although one might expect such conditions to hinder plant growth, paprika plants thrive.
Continue exploring this research below!
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Latest Articles & Resources |
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The Impact Transpiration Has on Fruit Quality |
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Fruit transpiration causes most weight loss in postharvest commodities and drives the engineering of storage and transport conditions in a supply chain. However, the phenomenon is less studied and understood than leaf transpiration.
Moreover, recent research findings show that fruit transpiration can also be crucial in the preharvest stage during fruit development. Find out what we know about fruit transpiration in our recent article.
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Root Systems’ Role in Ecosystems |
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Ever wondered about the impact of roots on our ecosystems? They're more than just anchors for plants; they're essential contributors to soil structure, nutrient cycling, water management, and carbon sequestration.
In a fascinating new article, experts delve into how roots help form soil, improve its structure, and enhance its ability to hold and distribute water. Additionally, roots interact with microbes, fostering biodiversity and encouraging the breakdown of bedrock. These contributions affect everything from agricultural practices to climate change management.
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What is Fruit Flavor, and How to Measure it |
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Interest in fruit flavor is resurgent due to consumer pressure for better and fresher flavors. Difficulty estimating flavor has hampered flavor development, but new technology can change that.
This article dives into the science behind fruit flavor and its origins. It also goes over how we can measure fruit flavor to provide better insights for improvement.
Learn more about fruit flavor and how we can measure it.
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What is Plant Productivity, and How to Measure It |
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Explore the mechanics of the green world. Understand the growth and prosperity of the world surrounding us, a crucial piece in our planet's ecosystem puzzle.
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Understanding plant productivity, its measurement, and the factors affecting it isn't just for the botanically inclined. It plays a crucial role in climate change, ecosystem services, and even the food we eat.
- We live in a world where human actions significantly affect natural processes. This article explains how anthropogenic activities and changes in our atmosphere directly impact plant productivity, thereby shaping the future of our planet.
- Exploring this article allows you to comprehend how scientific tools and techniques are used in measuring plant productivity. This knowledge is fundamental to improving agricultural practices, fostering biodiversity, and addressing environmental concerns.
Read the full article below!
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Schedule a live demo of our instruments: |
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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!
Get an overview of functionality, see how the tool can be used in your specific application, and get your questions answered in real-time.
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