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Maximizing Plant Efficiency: An Introduction to the CI-340 Photosynthesis Tool
The CI-340 photosynthesis tool is an innovative piece of technology that enables plant scientists to measure key aspects of plant physiology with precision and accuracy. Designed for use in both field and laboratory settings, this versatile tool allows researchers to measure a wide range of plant physiological parameters, including photosynthesis, transpiration, and stomatal conductance. By… Continue reading…
Seven Crucial Applications Of Leaf Area Data
Leaf area data is essential to research as the leaf is the largest plant organ involved in several crucial physiological processes and has maximum environmental interaction. Leaf area directly correlates to photosynthetic capacity, transpiration rate, and stomatal conductance. Plant growth and biomass accumulation can be predicted using leaf area data. This relationship has applications in… Continue reading…
Using Minirhizotrons in Wetland Studies
Understanding underground carbon fluxes in wetlands has been challenging since the standard methods have primarily been destructive. Non-destructive minirhizotrons were tested as a possible solution to studying underground dynamics. Minirhizotron installation, anchorage, image capture and analysis, and data upscaling recommendations are made to meet the needs of the unique environment of wetlands. A Methodological Framework… Continue reading…
5 Ways to Improve Water Use Efficiency
Improving water use efficiency, the ratio of yield to water supplied can boost food production for a growing population without additional use of limited water resources. Water use efficiency for food production can be improved at the farm or plant level. On farms, this can be achieved through optimized management. At the plant level, improvements… Continue reading…
WEBINAR RECORDING: SpectraVue Leaf Spectrometer Live Training
Learn More | Request a Quote | Schedule a Consultation Leaf spectral data is being used to understand vital plant stress attributes in crop optimization, forest productivity, and environmental research. Join Director of Applied Science Galen George for an in-depth, live training on the use and application of the CI-710s SpectraVue Leaf Spectrometer. We have designed this training to… Continue reading…
LAI Modeling to Improve Kiwifruit Orchard Management
This recent study combines many firsts to guide the management of kiwifruit orchards through precision agriculture. By focusing on leaf area index, choosing a precise estimation tool, the CI-110 Plant Canopy Imager, and including important textural information, the scientists aimed to discover and improve model prediction for monitoring growth and yield estimation in kiwifruit orchards.… Continue reading…
WEBINAR RECORDING: Plant Canopy Imager Live Training
Learn More | Request a Quote | Schedule a Consultation Plant canopy data is used extensively in crop optimization, forest productivity, and environmental research. Join Director of Applied Science Galen George for an in-depth, live training on the use and application of the CI-110 Plant Canopy Imager. We have designed this training to take you and your team from first use to a high level… Continue reading…
How to calibrate your SpectraVue Leaf Spectrometer
Application Scientist Galen George shows us how to calibrate the new SpectraVue Leaf Spectrometer. For more information on SpectraVue, visit:https://cid-inc.com/plant-science-tools/leaf-spectroscopy/ci-710-miniature-leaf-spectrometer/ To request a quote:https://cid-inc.com/request-pricing/
Guide to Plant and Crop Stress | Updated for 2023
Crop Stressors Stresses can harm plants, so crops either avoid or tolerate stress. Plants avoid stress through evolution over long periods. While stress tolerance is a short-term response regulated by genes to change plant biochemistry and metabolism. In agriculture, researchers develop new genotypes to either avoid or tolerate stress. Crops face two kinds of stresses… Continue reading…
What Factors Affect Biomass Accumulation in Plants?
What is Biomass Accumulation? Biomass accumulation is often confused with productivity. Hence it is important to make a distinction between the two processes. Productivity is the result of photosynthesis. It is measured by photosynthetic rate and by considering the factors that affect it. Biomass accumulation is the change in biomass over time per unit area.… Continue reading…
