Plant science articles
Is the CI‑340 Accurate Enough for Photosynthesis Rate Comparisons?
For researchers running photosynthesis rate comparisons, the real question is usually not whether a handheld system can produce useful data. It is whether the instrument is stable, repeatable, and flexible enough to support side by side measurements across treatments, genotypes, environments, or time points. On that standard, the CI-340 makes a strong case. CID Bio-Science… Continue reading…
Do I Need a Laptop to Operate the CI‑110?
If you are wondering, “do I need a laptop to operate the CI-110,” the practical answer is no. The CI-110 Plant Canopy Imager is designed to work as a self-contained field instrument, which is a big deal when you are collecting canopy data outside the lab. Instead of building your workflow around a separate computer,… Continue reading…
What’s the Difference Between Gap‑Fraction and PAR Methods in Canopy Analysis?
When researchers compare canopy analysis methods, the conversation usually comes down to one practical question: do you want to estimate canopy structure from images of the canopy itself, or from the light that makes it through the canopy? That is the core difference between gap-fraction and PAR methods. Both are used to estimate leaf area… Continue reading…
Can the CI‑710s SpectraVue Be Used on Trees and Shrubs, or Only Crops?
If you are evaluating a leaf spectrometer for field work, the short answer is yes: the CI-710s SpectraVue is not limited to crops. It is built for plant researchers working across crops, trees, shrubs, and broader environmental systems. CID Bio-Science positions the CI-710s for crop optimization, forest productivity and sustainability, and environmental research, which makes… Continue reading…
Why Are My LAI Values Higher Than Expected and How Do I Check the Instrument?
If your leaf area index readings seem too high, the first thing to know is that high leaf area index values are not always caused by a faulty instrument. In many cases, the issue comes from measurement setup, image conditions, thresholding choices, canopy structure, or how the instrument is being used in the field. With… Continue reading…
Is It Worth Buying the Laser Leaf Area Meter (CI‑202) for Small‑Scale Breeding Trials?
When evaluating tools for breeding work, the question often comes down to efficiency versus cost. A laser leaf area meter is one of those instruments that can either streamline your workflow or feel like overkill, depending on your scale. For researchers running small-scale breeding trials, the CI-202 portable laser leaf area meter sits in an… Continue reading…
What Environmental Conditions Affect Root Image Quality in the CI‑600?
Root image quality is one of the most important factors when working with in situ root phenotyping systems like the CI-600. If the image is unclear, inconsistent, or distorted, downstream analysis becomes less reliable. That is why understanding how environmental conditions influence root image quality is critical for researchers who want consistent, publishable data. The… Continue reading…
How Long Will My CID Instrument Last If I Maintain It Properly?
When researchers invest in plant science tools, longevity becomes just as important as performance. Proper instrument maintenance plays a direct role in how long your equipment continues to deliver reliable data. With CID Bio-Science instruments, durability is not an afterthought. These tools are designed for years of field and lab use, and with consistent care,… Continue reading…
Can I Export Raw Data from CID Instruments to My Own Software?
If you are working with plant physiology tools in the field or lab, the ability to export raw data is not just a convenience, it is essential. The short answer to the question “can I export raw data from CID instruments to my own software?” is yes. More importantly, CID Bio-Science designs its instruments with… Continue reading…
Does the CI‑203 Handheld Leaf Area Meter Work in Shade or Under Canopy?
Yes. The CI-203 Handheld Leaf Area Meter is a strong fit for shade work and under-canopy measurements because it was built to scan living leaves directly in the field rather than depend on broad ambient light conditions or destructive sampling. CID Bio-Science positions the instrument for non-destructive, high-resolution measurement on living plants in “any environment,”… Continue reading…
