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CID Bio-Science, Inc.

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CID Bio-Science, Inc.

Plant science tools that work where you work. For over 25 years, CID Bio-Science, Inc. Visit www.felixinstruments.com to learn more.

has been designing instruments for agricultural and environmental research. We specialize in creating light, compact tools that are fully functional on-site. Our instruments provide data on demand with no need for lab analysis with research applications including: photosynthesis, canopy analysis, leaf area, spectroscopy, and root function. CID is made up of engineers, scientists, assemblers, machi

nists, technicians, and businesspeople who have dedicated our careers to building tools for plant physiology research. Our Application Scientists and Sales staff work directly with science and agricultural professionals to equip them with the instruments that will best meet their needs. After decades of engineering tools for plant science, our subsidiary company, Felix Instruments-Applied Food Science, is providing a new line of sensing tools for commercial post-harvest applications. Headquartered in Camas, Washington in the United States, CID is represented by distributors in 44 countries around the world and is an expert in developing new global markets. Committed to the public good, CID considers our customers, distributors, vendors and public community in each of our actions. CID Bio-Science is proud to be a U.S. manufacturer—designing and assembling all products in Camas, Washington, USA, and supporting fellow businesses by sourcing materials locally whenever possible.

12/18/2024

🌳 Are you getting the most out of your orchard's potential? The right tree shape could be the game-changer you didn’t know you needed."

In this week’s Wednesday Research Review, we dive into a study on Zaosu pear trees grown in arid zones. Researchers set out to answer a critical question: How does tree shape impact fruit yield, light efficiency, and resource use?

Here’s what they found:
◾️ The single-arm and double-arm tree shapes stole the spotlight, producing the highest fruit yield (up to 3282 kg per mu) and better light distribution. 🍐
◾️ Light intensity pe*******on topped 50% in their canopies, ensuring healthier growth and higher-quality fruit.
◾️ Roots? The single-arm shape had an edge, with the largest root system and strongest adaptability for resource absorption.

How did they figure this out?
Using the Canopy Analyzer, the team measured canopy structure, leaf area index, and light radiation efficiency, pinpointing exactly how light interacts with different tree shapes.

Why does this matter for you?
Growers: Optimize tree structures for better yield and smarter resource use.
Agronomists & Advisors: Leverage these findings to tailor recommendations and improve orchard performance.
Innovators & Technicians: Dive deeper into tools like the CI-110 to measure and manage canopy efficiency.

💡 Whether you're in the field, in the lab, or behind the desk, this research proves that small changes to structure can lead to big results.

📢 Let’s talk! How do you optimize tree management in your work? Drop your thoughts below and join us every Wednesday for more actionable insights you can apply today.

🌱

12/17/2024

How do researchers measure leaf area across deserts, jungles, and mountains? 🌱

The CI-203 has been a trusted tool in 60 countries, contributing to 430+ papers and aiding the study of 485+ plant species in every environment imaginable. A great tool for ecologists, agronomists, and botanists worldwide!

12/12/2024

Do you know how high temperatures affect crop roots? Learn ways to enhance resilience in our recent article! 🔥

Read here: https://ow.ly/LuGI50UoxJ3

12/10/2024

🌱 Can improving transpiration efficiency be the key to higher crop yields with reduced water usage?

Enhancing transpiration efficiency (TE) is crucial for sustainable agriculture in the face of global water scarcity. Our latest article explores innovative approaches such as antitranspirants, genetic advancements, and limited transpiration techniques that can significantly increase crop productivity while conserving water.

Uncover how manipulating TE can lead to more resilient and productive crops, even in drought-prone regions. Dive into the mechanisms and traits shaping the future of food production with less environmental impact.

🔗 Read the full article here: https://ow.ly/rhIF50UnKzN

🌾

12/05/2024

Plant Stress Detection with Leaf Spectroscopy 🌟

From drought to pests, salinity to nutrient deficiencies, plant stress takes many forms. Traditional monitoring methods can't always keep up—but leaf spectroscopy can! Using light absorption, reflection, and fluorescence, this non-destructive tech provides real-time insights into plant health, enabling early intervention. 🧪

📉 With hyperspectral imaging, portable spectrometers, and AI models, you can identify issues like:

Water stress 🌊
Nutrient deficiencies 🌾
Pest/disease stress 🐛
Herbicide impact 🚜

The result? Better yields, reduced agrochemical use, and improved food security—all while safeguarding the environment. 🌍

Learn how this tech is transforming precision agriculture and supporting sustainable farming in this article: https://ow.ly/vxfb50Uju4R

12/04/2024

What if you could boost crop yields by over 25%, save water, and maximize resources—all while tackling climate challenges?

In this week's Wednesday Research Review, we're spotlighting groundbreaking research from Southwest China that tested the game-changing potential of drip fertigation combined with dense planting for maize. Here’s what they uncovered:

📈 The Findings: By fine-tuning irrigation and fertilization techniques, researchers saw a 25% increase in maize yield, along with better nitrogen efficiency, improved light capture, and 32% higher economic returns. They also optimized resource use, with radiation and water use efficiencies rising by nearly 50% and 14%, respectively. The results show promise for farmers and the entire agriculture industry.

🌟 What This Means for You: Whether you're a farmer, an agribusiness manager, or in agricultural policy, the takeaways are clear:

Optimize your practices: Pair irrigation with precise fertilization for better yields and resource efficiency.
Think sustainably: Reduce waste and improve outcomes, even in challenging climates.

💬 What do you think? Could drip fertigation fit into your agricultural practices? Let’s discuss this in the comments!

📆 Catch us next week for another "Wednesday Research Review" as we dive into insights that could transform how we grow, manage, and innovate in agriculture. View the full research here: https://ow.ly/hNr650UjrQW

12/03/2024

🌱💭 How confident are you in your harvest timing? Are you maximizing quality or leaving profits on the vine?

This Newsletter edition asks and answers the critical questions:
1️⃣ Are you leveraging harvest maturity indices to cut waste and boost ROI? 🍎
2️⃣ How can tools like the Produce Quality Meter inspire future STEM leaders? 🌟
3️⃣ Who’s using the CI-110 Plant Canopy Imager to reshape global research? 🌍
4️⃣ Are you optimizing Leaf Area Index for sustainable yield growth? 🌾
5️⃣ What’s the role of senescence in breeding resilient, high-yield crops? 🌱

🌟 Bonus: Let us know what tradeshows you want to see us at in 2025!

📖 Read the full insights: https://conta.cc/4fPbZvf

11/28/2024

Want to Learn More About Our Leaf Area Meter? Check Out Ambimets Latest Video! 🌿

This unboxing and tutorial video in Spanish covers all the essentials, showing you exactly what’s in the box and how to set it up for quick, accurate leaf measurements.

From capturing data quickly to using the transparent cover for delicate samples, the CI-202 simplifies non-destructive plant analysis!

Full video here: https://ow.ly/lFB250Uajmy

11/27/2024

🌱 How do plants survive when hit with heat, drought, and salty soil—at the same time? 🌞💧🌊

This week’s Wednesday Research Review uncovers groundbreaking insights into how plants tackle the harshest environmental challenges. Researchers explored how Brachypodium distachyon—a grass species—adapts to combinations of drought, heat, and salinity, revealing strategies that balance survival, growth, and reproduction under extreme stress.

Here’s what they discovered:
🔥 When facing heat and drought, plants "escaped" by speeding up their life cycle but sacrificed grain yield by 19%.
💧 Salinity and heat led to an "avoidance" strategy, where plants prioritized maintaining leaf water content and reproductive output—keeping yields steady.
🚨 However, a combination of drought and salinity caused severe damage, cutting reproduction by 74% and significantly reducing seed germination rates.

How did they measure it?
The CI-710 Miniature Leaf Spectrometer provided quick and precise, noninvasive measurements of carotenoid levels and leaf senescence. This allowed scientists to track stress responses and metabolic shifts in real time, identifying which strategies plants use to adapt.

What does this mean for you?

Understanding these stress-response strategies could guide better decision-making whether you’re breeding crops, managing irrigation systems, or planning sustainable agricultural practices. Apply this knowledge to optimize water use, improve crop resilience, or rethink planting schedules under climate stress.

🔎 Come back every Wednesday for actionable research insights that help you lead in the agriculture industry. 🌾 Share your thoughts below!

11/26/2024

More leaves don’t always mean more yield! 🌿

The optimal Leaf Area Index (LAI) is key to maximizing yield without wasting resources. As LAI increases, plants risk shading lower leaves, reducing photosynthesis while consuming energy for unnecessary growth. This delicate balance between foliage density and resource allocation determines yield quality and quantity.

For example, in soybeans, a 40% rise in LAI resulted in only a 3% yield increase—proving that efficiency, not excess, drives success. 🍃

Want to learn more about how the canopy affects yield? Check out our latest article here: https://cid-inc.com/blog/leaf-area-index-and-yield/

11/21/2024

🌍 Did you know that light quality, not just quantity, influences plant resilience? Our latest newsletter dives into fresh studies on plant adaptations, fruit quality control, and more.

Key insights include:

📊 Techniques for managing fruit spectroscopy batch variability—perfecting quality without constant recalibration.
🌱 Red/far-red light helps ferns like Platycerium bifurcatum acclimate to intense light, enhancing photosynthetic efficiency.
🍌 Nanoparticle coatings that significantly extend the shelf life of Cavendish bananas.
🧪 A nitrogen-sensitive model to predict CO₂ & H₂O gas exchange across key grassland species.
🌾 Insights on alpine meadows' root dynamics and survival factors under changing conditions.

If you want to read more from this newsletter, check out the full edition here: https://conta.cc/4fqKzeH

11/20/2024

What if the secret to thriving crops in drought-prone areas was hiding underground?

🌱 Researchers are digging deeper to understand how root systems in barley and wheat could be key to more resilient agriculture. Recent field trials reveal that the stay-green trait in these crops, marked by deep-root growth and delayed senescence, is making strides toward drought adaptation and yield stability.

Using the advanced CI-600 In-Situ Root Imager, the team observed root length and growth at different soil depths, shedding light on traits that support drought tolerance and higher yield. This tool allowed for detailed, in-field root tracking, revealing that deeper roots and delayed senescence directly correlate with improved crop resilience under water scarcity.

Anyone in agriculture, from breeders to farmers, can leverage this insight by selecting or developing crop varieties with root traits suited to dryland farming. Whether focused on boosting yield or maintaining quality under stress, this research offers a practical framework for thinking beyond the surface.

Check out the research here: https://doi.org/10.1002/ppj2.20050

11/19/2024

A big thank you to the ASA, CSSA, and SSSA International Annual Meeting for an outstanding tradeshow!

It was a pleasure connecting with so many attendees and engaging in great conversations about plant science.

We appreciate everyone who stopped by our booth – looking forward to the next opportunity to connect!

11/14/2024

Curious about how scientists measure photosynthesis in the field, from Arctic tundras to tropical jungles? 🌍

The CI-340 handheld system has powered over 430 studies, helping researchers across 54 countries explore the complexities of plant physiology. Discover how this device is transforming our understanding of plant ecosystems!

11/13/2024

Here is a fascinating study for this week's Wednesday Research Review 🐜

How do ants navigate dense forests with limited visibility? This week, we dive into fascinating ant behavior to reveal adaptable navigation strategies that can inspire our practices in agriculture, forestry, and beyond.

Researchers observed that ants employ a mix of navigation tactics—like path integration, view-based navigation, and olfaction—to find their way. This study found that ants adapt their strategy to suit conditions depending on their environment. In open spaces, ants often rely on path integration, using celestial cues to chart their course, while in dense canopies, they switch to scent-based trails.

To get these insights, researchers used the CI-110 Plant Canopy Imager to measure canopy cover around ant habitats, allowing them to study how environmental cues affect navigation preferences. This specialized tool provided key data, connecting dense canopy areas with a higher reliance on olfactory navigation and the open regions with visual navigation.

What does this mean for us? Whether you're in crop management, environmental conservation, or precision agriculture, understanding adaptive navigation can inspire new ways to optimize workflows based on environmental feedback. Just like ants, the best strategies adjust to their surroundings—think sensory-driven navigation and dynamic decision-making to improve efficiency in your field.

Don’t miss our next Research Review! Join us every Wednesday for insights you can apply in your own work. 🧑‍🌾✨

11/12/2024

🌾 Senescence in Crops: A Game-Changer for Productivity and Resilience!

Did you know that controlled leaf senescence can boost crop yields and adapt plants to environmental stress? 🌱 Senescence isn't just plant aging—it's a carefully timed, strategic process that remobilizes nutrients to optimize growth, survival, and even postharvest quality. 🌾

Key Insights from our latest article:

◾️ Increased Yield: Delaying leaf senescence allows crops to recycle essential nutrients, reducing the need for added fertilizers.
◾️ Stress Adaptation: Adjusting senescence timing helps plants respond better to drought and nutrient-deficient soils.
◾️ Sustainable Farming: Leveraging natural processes like senescence can support food security and help tackle climate change.

Read on to explore how reshapes agriculture for a sustainable future! 🌍
🔗 Full article here: https://hubs.ly/Q02XMkZC0

11/07/2024

🌟 October was Manufacturing Month, and we’re thrilled to celebrate everyone contributing to the industry’s growth and innovation! Thank you to our dedicated team, partners, and clients who make success possible.

This month’s newsletter highlights:

🍏 Optimize Fruit Ripening - Discover how our monitoring systems, paired with Catalytic Generators, ensure ideal storage conditions to prevent spoilage and deliver fresh, high-quality fruit.
🌱 CI-202 Leaf Area Meter Video - Ambimet’s Spanish tutorial showcases easy setup and effective leaf analysis.
🌎 Upcoming Events—Join us at the ASA, CSSA, SSSA, and IX International Postharvest Symposium this November!
📘 Smithsonian's Guide to Trees - An inspiring read covering over 300 North American species.

🔗 Check out the full edition here: https://conta.cc/4fsSnMN

11/06/2024

Did you know the depth at which you incorporate straw and manure can make or break your crop yield? 🌽

🌱 For this week's , we’re exploring a breakthrough study from Northeast China. Researchers tested different incorporation depths to determine how they impact maize productivity, water efficiency, and soil health.

🔍 What They Found: The researchers uncovered that deep incorporation of straw and manure, using either subsoiling or deep-plowing, increased maize yields by an impressive 17.7%! Deep layers held 11% more water and stored vital nutrients like nitrogen and potassium, giving crops the resources they need right when they need them most.

🛠️ How They Found It: Equipped with the CI-600 root monitoring system, the team could track root growth as it happened, right in the soil. This innovative tech clearly showed how deeper soil engagement enables better root spread and nutrient access—two critical drivers of crop performance.

🌍 What This Means for You: Whether managing a farm, developing sustainable practices, or supporting agricultural innovation, these insights highlight a simple but powerful soil strategy: go deeper with your soil prep. Enhancing root growth and water retention can improve crop yield potential and contribute to sustainable, efficient farming practices.

Join us every Wednesday for insights that can transform your role in agriculture! And don’t forget to follow us to stay updated on the latest tips, tools, and trends reshaping our industry. Let’s make agriculture better together! 👩‍🌾👨‍🌾

Address

1554 NE 3rd Avenue
Camas, WA
98607

Opening Hours

Monday	8am - 5pm
Friday	8am - 5pm

Website

http://www.cid-inc.com/

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Videos

Do you know how high temperatures affect crop roots? Learn ways to enhance resilience in our recent article! 🔥 Read here: https://ow.ly/LuGI50UoxJ3 #ClimateChange #Agriculture #FoodSecurity

🌱 Can improving transpiration efficiency be the key to higher crop yields with reduced water usage? Enhancing transpiration efficiency (TE) is crucial for sustainable agriculture in the face of global water scarcity. Our latest article explores innovative approaches such as antitranspirants, genetic advancements, and limited transpiration techniques that can significantly increase crop productivity while conserving water. Uncover how manipulating TE can lead to more resilient and productive crops, even in drought-prone regions. Dive into the mechanisms and traits shaping the future of food production with less environmental impact. 🔗 Read the full article here: https://ow.ly/rhIF50UnKzN #Agriculture #PlantResearch #SustainableFarming #TranspirationEfficiency #WaterConservation #CropScience 🌾