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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.
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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.

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! 👩‍🌾👨‍🌾

11/05/2024

Critical Conservation Work at The Ridges Sanctuary 🌱

Using cutting-edge technology like the CI-110 Plant Canopy Imager, researchers at The Ridges Sanctuary are protecting some of the most vulnerable plant species in the Midwest. 🌲 This tool measures light levels under the forest canopy, providing critical data on how plants like the Dwarf Lake Iris (listed as threatened) and Lady’s Slipper orchids thrive in different environments.

By adjusting canopy conditions, Tony Kiszonas and his team are pioneering efforts to restore and preserve these species for future generations. 🌿 The research not only aids plant conservation but also offers broader insights into ecosystem resilience under changing environmental conditions.

📊 Data-driven research like this is essential in the fight against climate change and habitat loss. 🔬

10/31/2024

🧬🌿 Did you know that nearly 90% of terrestrial plants have a beneficial relationship with mycorrhizal fungi? These fungi are critical in soil fertility, plant growth, and crop productivity.

In 2024, studies are advancing our understanding of how arbuscular mycorrhizal fungi (AMF) enhance soil organic matter dynamics and nutrient cycles through four pathways: generating, reprocessing, reorganizing, and stabilizing. This new framework promises to improve the application of AMF in both natural ecosystems and agriculture, ensuring better soil health and sustainable crop growth. 🌾

📈 One study showed that crops treated with a combination of AMF species (rather than a single type) improved drought tolerance, boosting nutrient uptake, seed yield, and overall crop quality.

Learn more about this and 4 other important AMF Studies from 2024 in our latest article:
🔗: https://hubs.ly/Q02W0Bn20

10/30/2024

: This week, we are breaking down research and giving you actionable insights.

Did you know that the health of your plants can be detected before they show any visible signs of stress? This week’s research dives into groundbreaking methods for spotting plant stress early—and it’s all thanks to the power of reflectance-based vegetation indices (VIs).

In a recent study, researchers uncovered specific VIs that can identify cold, freezing, and nitrogen deficiency stress in tea plants long before visible symptoms appear. Using advanced hyperspectral technology, they found that indices like ZMI, VREI1, and RENDVI can differentiate between resilient and susceptible plants with remarkable accuracy.

So, how did they achieve these results? The research team utilized the CI-710s Miniature Leaf Spectrometer—a tool capable of capturing detailed leaf reflectance data in seconds. By analyzing this data, they could non-invasively monitor plant health and predict stress tolerance across large-scale tea crops.

What does this mean for you? Whether you're managing a farm, involved in plant breeding, or simply looking to optimize crop performance, these insights are invaluable. Early detection of plant stress allows for better decision-making, more resilient crops, and ultimately higher yields. Plus, the techniques applied in this research can be adapted across various plant species and farming practices.

🌱 Want to stay ahead in the agriculture industry? Keep following our Wednesday Research Review series for weekly insights that can help you optimize your practices.

Let’s chat! What tools or techniques are you currently using to monitor plant health?

10/24/2024

🌱 Did you know? Bio-based herbicides can control herbicide-resistant wild oats by up to 61%! Check out this month's research roundup to explore innovative agricultural breakthroughs.

In this edition:
🌾 Bio-based herbicide potential: Seed meals show promise in wild oat control.
🥭 Improving mango fruit quality: Dry matter manipulation increases BRIX levels without affecting fruit size.
🌿 Light spectrum’s impact on leaf development: Discover how different light wavelengths influence plant growth.
🍒 Enhancing litchi preservation: A new membrane technology extends shelf life using gas permeability controls.
🌱 Boosting nitrogen efficiency in oilseed r**e: Optimizing root morphology for better nitrogen uptake.

💡 Which of these innovations could have the most significant impact on your work? Let’s discuss this in the comments!

🔗 Check out the full newsletter here: https://conta.cc/3N81DKb

10/23/2024

Can a Simple Change in Irrigation Save 30% of Water?

Water scarcity is growing—but what if one change could reduce water usage by over 30% without cutting into crop yields? This week’s dives into groundbreaking research that could redefine water management in cotton farming, especially in dry regions.

Researchers tested a new "dry sowing and wet emergence" irrigation method, and the results were eye-opening: cotton yields remained steady, but water use dropped by nearly 40%. The key? High-frequency, targeted irrigation, which kept plants thriving even in arid conditions. Using the CI-340 photosynthesis system, the team precisely measured how water levels influenced plant growth, tracking improvements in photosynthesis and yield.

Here’s the real takeaway for you: whether you manage crops, develop agricultural tech, or consult on water management, this research shows how small adjustments can have a big impact. Better water efficiency doesn’t just help the environment; it boosts productivity and sustainability. Start considering how you can optimize resources in your role.

Join us each Wednesday to learn more practical insights that you can use in agriculture—because knowledge like this changes everything.

10/22/2024

See below the surface with the Root Imagers! 🌱👀

These tools let you study root systems without disturbing the plants. They’re already featured in 240+ research papers across 56 countries. Researchers have used them to analyze 180+ plant species in every environment, from deserts to jungles!

If you’re looking to advance your plant science research, this is the tool.

Learn more here: https://ow.ly/bXFV50TR8kg

10/10/2024

Check out this Essential Tool for Researchers!

The CI-710s has been used in over 100 research studies and used to study over 100 plant species. 😱

Discover the impact and versatility of non-destructive spectroscopy in our latest infographic. 🌍📊

10/09/2024

Did you know a simple natural compound could save crops from devastating frost damage?

In this week's , we’re diving into a game-changing discovery in agricultural science: how melatonin can protect crops like ginseng from freezing stress. Researchers found that applying melatonin after freezing events significantly boosted plant recovery, improving photosynthesis and leaf health. Ginseng leaves treated with melatonin saw a 23.79% increase in net photosynthetic rate under freezing conditions. 🌱

But how did they measure such detailed results? The team used the CI-710s, a precise tool that tracks leaf health and pigment changes, helping farmers quickly assess the impact of environmental stress. This non-invasive technique provided real-time insights that are crucial for understanding plant recovery.

What can this mean for you? Whether you’re managing a farm, working in crop research, or simply interested in better crop resilience strategies, knowing how to combat cold stress with natural solutions like melatonin can transform how you approach plant health. This knowledge isn’t just for ginseng—it’s applicable to any crop sensitive to temperature drops.

💡 Join us every Wednesday for actionable insights you can use in the field or lab. Let’s innovate and improve agricultural practices together! Have any thoughts on this week’s review? Drop them in the comments below—let’s start a conversation! 💬

10/08/2024

We had a great time at ASHS in Honolulu! Thanks to everyone who checked out our instruments and watched our presentation. Looking forward to next year!

10/03/2024

🌱🔍 How is technology transforming small farming operations?

Our latest newsletter covers fascinating topics for agriculture professionals. Here's what you can expect:

1️⃣ Webinar Recap: Steve Haddock from Choice Farms shares how modern tech is optimizing fruit quality and streamlining processes on small farms 🍓.
2️⃣ Key Insights: Why dry matter content in avocados is the key to customer satisfaction 🥑.
3️⃣ Event Updates: We’re at ASHS, Expoalimentaria, and Fruit Attraction—don't miss out!
4️⃣ Research Highlight: See how The Ridges Sanctuary uses the Plant Canopy Imager for forest conservation 🌲.

📩 Stay informed and read the full newsletter here: https://conta.cc/3zJyTEd

10/02/2024

Did you know that the type of light plants receive can dramatically change how they grow?

In this , Recent research on Platycerium bifurcatum (a popular ornamental fern) shows that adjusting the red/far-red (R/FR) light ratio can boost leaf size and improve overall plant health. 🌱💡

🔍 In this study, researchers discovered that ferns exposed to a low R/FR ratio, simulating shade, grew significantly larger leaves and were more efficient at photosynthesis compared to those under bright light conditions (high R/FR). The findings suggest that plants can thrive when exposed to light conditions that mimic their natural environments.

So how did they figure this out? Using the CI-710s Spectrometer from CID Bio-Science, researchers measured the light reflectance on the leaves, capturing changes in chlorophyll, carotenoids, and water content over time—all without damaging the plants. 🌿🔬 This advanced tool helped them track how plants adjust to varying light conditions.

How can you use this information? Whether you’re working in horticulture, agriculture, or plant research, you can take this knowledge and optimize your growing conditions. Adjusting light exposure might be the next step to growing healthier, more resilient plants. It’s a reminder that the environment we create for plants plays a huge role in their success!

Come back next Wednesday for another bite-sized research review that could inspire your next project or improve your day-to-day practices! 🔄✨

10/01/2024

🔴 New Article Out Now! Did you know minirhizotrons can detect nematode infections in roots before any above-ground symptoms appear?

This groundbreaking technology allows us to:
🪱 Early Detection: Spot root swelling and trait changes caused by nematodes early on.
📊 Quantify Damage: Measure nematode impact on root systems to assess and improve crop yields.
🌿 Select Resilient Cultivars: Aid in choosing plant varieties with better resistance to root pests.

Minirhizotrons provide invaluable insights into root dynamics and pathogen interactions, from potatoes and turfgrasses to tomatoes. By imaging roots over time without disturbing them, we're unlocking new strategies to combat root diseases and enhance agricultural productivity. 🚜🌾

Want to dig deeper into how minirhizotrons are transforming root research? Check out our latest article: https://hubs.ly/Q02Rxvwc0

09/26/2024

🔍 Can agriculture really meet the needs of a growing world while protecting the environment? It’s not only possible—plant science is making it happen.

From drought-resistant crops to precision farming tools, researchers are using advanced plant science to produce more food with fewer resources. Sustainable agriculture isn’t just a buzzword—it's about feeding 9 billion people by 2050 while conserving soil, water, and biodiversity.

The key? Innovative research and tools give scientists real-time insights into plant health, helping us grow smarter, not harder. Sustainability isn’t the future of farming—it’s here now.

09/25/2024

We break down the science so you can break ground on better practices—starting with what’s happening below the surface.

In this weeks , understanding what’s going on with your roots could be the change you’ve been missing. Imagine being able to actually see how your plants’ roots are growing, without disturbing them. That’s exactly what researchers have been doing with root imaging techniques—and the results are eye-opening.

Here’s what they found: by taking regular snapshots of root growth (think every 2-4 weeks), they were able to get a clear picture of how roots develop, survive, and respond to different soil conditions. This kind of regular monitoring means better decisions. Knowing when roots are struggling can help you act before your plants do. It’s like having a window into what's going on subsurface.

Now, what’s the real benefit here? You can apply this knowledge in so many ways. Whether you’re focused on irrigation, nutrient management, or improving yield, understanding root behavior lets you make smarter choices. For example, with this insight, you could optimize water use, reduce waste, and ensure your plants get what they need—exactly when they need it.

So here’s my advice: to grow stronger, more resilient crops, start thinking about what’s happening beneath the surface. Whether you’re using advanced tools or learning from the data, root imaging can be your secret weapon for healthier plants and bigger harvests.

Make sure you’re back next Wednesday, because we’ll be diving into more practical tips that you can apply right away. After all, improving your practices starts with knowing more—and we’re here to make that easy for you.

09/24/2024

Ever wondered how researchers study plant canopies in jungles, deserts, and everything in between? 🌿

The CI-110 has helped scientists in 36 countries unlock new insights across 200+ species. Dive into how it's shaping plant science!

09/19/2024

🌱🔍 Curious about how Near-Infrared Spectroscopy is changing the postharvest game? This month's newsletter is packed with insights from the field! Here's a quick rundown:

1️⃣ Postharvest Decision Support: A review of NIR spectroscopy in fruit & vegetable quality. 🍎
2️⃣ Norway Spruce Study: How drought and phloem girdling affect root wood growth. 🌲
3️⃣ Ethylene Scavenging: A new composite material to preserve produce freshness. 🛒
4️⃣ Spectral Indices for Seedlings: Noninvasive leaf trait assessment in Dalbergia sissoo. 🍃
5️⃣ Seed Size & Germination: Tropical rainforest tree research. 🌳

Don't miss out—full studies and more in this edition! 👉 https://hubs.ly/Q02Qjr-g0

09/18/2024

🌱 Wednesday Research Review: Can Chrysanthemums Thrive in Salty Soil?

Did you know that even mild salt levels in soil can drastically impact plant growth? This week, we dive into fascinating research that uncovers how Chrysanthemum × grandiflorum ‘Palisade White’ handles long-term salt stress—and the results could change how you approach cultivation.

In a recent study, researchers tested the impact of salt on chrysanthemum growth and discovered that while high salt levels do reduce plant height and leaf number, these resilient plants still maintain their lush green color and health thanks to a clever biochemical trick—massive proline accumulation. 🌿 Up to a 55-fold increase in proline was observed, protecting the plant from dehydration and salt toxicity.

But how did they find this? Using a Handheld Photosynthesis System, they measured the plants' gas exchange to track photosynthesis and water management, confirming that while salt stress affected growth, these plants remained surprisingly hardy.

How can you apply this? Whether you’re managing crops, cultivating ornamental plants, or simply interested in efficient plant growth strategies, this research gives valuable insights into managing plants under saline conditions. You might consider experimenting with more salt-tolerant varieties or exploring proline supplements to enhance plant resilience. This knowledge could be a game-changer in any role within the agriculture industry.

🚜 Want to learn more actionable insights? Follow along each Wednesday for our Research Review series to stay ahead in the field with the latest studies you can apply to your work.

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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

Can a simple heat treatment make plants more vulnerable to disease? 🌡️ #PlantDisease #CropHealth #PlantScience #SustainableFarming #agriculture #plants

How is strategic tillage transforming Farming in Arid Regions? Check out our video for a closer look at the technology and techniques setting new standards in agriculture. #plantscience #agriculture #agtech #farming #SustainableFarming #InnovationInAgriculture #FutureOfFarming

🌾 How can we see invisible stressors and save crops before it's too late? Watch how spectroscopy detects early signs of aphid stress in sorghum fields, precisely transforming pest management! 🛰️🔍 #AgricultureInnovation #CropHealth #agtech #plantscience #aphid #plantstress

Ever wondered how to quickly check the freshness of leafy greens without damaging them? Watch this short video to learn how! #spectroscopy #NIR #agtech #agriculturetech #agriculture #leafygrens

Can leaf spectroscopy work under tree canopy or other varying light conditions? 🌿☀️ Check out the answer to this question in the short video below! Want more? Galen George dives deep into leaf spectroscopy in our latest webinar. The full webinar is out now! Link to the full webinar: https://ow.ly/BLyW50RSRYp