Latest technology
Insider Look: Unearthing the Secrets of Root Growth Vigor with Ehsan From True Organic’s R&D Department
In a recent conversation with Scott (CID), Ehsan shared his work in the R&D department of True Organic, where he focuses on improving crop vigor by creating a better environment for crops. Specifically, he discussed using rhizotrons to measure and visualize root growth in response to various fertilizer treatments. Although Ehsan encountered some difficulties and… Continue reading…
RootSnap! Webinar: From Root Imaging to Analysis – Best Practices and Applications
Request a quote | Schedule a consultation Join us for an in-depth exploration of RootSnap!, the effortless root analysis software from CID Bio-Science. Many plant researchers are having a problem today of being unable to see what’s going on with their crops below the surface without destroying the crop. This software, combined with a root… Continue reading…
The 10 most-cited Studies on Root Research in 2022
Roots are vital for resource acquisition and transport, determining plant growth, ability to withstand stress, and biomass accumulation. However, roots can also be affected by the environment and soil flora and fauna. Being underground, the root system, the “hidden half of plants,” has only lately been studied in detail after the development of modern tools… 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…
6 Essential Applications of Leaf Spectrometers
6 Essential Applications of Leaf Spectrometers Leaf spectrometers collect and analyze reflected, transmitted, or absorbed light to provide vital plant information. The parameters measured are chemical concentrations, color analysis, photochemical reactions, optical and physical properties of leaves, and the extinction coefficient of light. These properties are applied on various scales from leaf, and individual… Continue reading…
CI-203 Handheld Laser Leaf Area Meter Live Training
Learn More | Request a Quote | Schedule a Consultation Leaf area data is being used to understand vital plant responses in forestry, agronomy, and environmental research. Join Director of Applied Science Galen George for an in-depth, live training on the use and application of the CI-203 Handheld Laser Leaf Area Meter. We have designed this training to… Continue reading…
Stomatal Conductance: Functions, Measurement, and Applications
Though a common plant function, much remains unknown about stomatal conductance, especially at larger ecosystem scales while its associated processes like photosynthesis and, to a lesser extent, transpiration, are largely well studied. This research gap is surprising considering that sophisticated tools exist to rapidly and accurately measure stomatal conductance in the field. Modern infrared gas… Continue reading…
Teaching with plant science tools
Kim Collins and her team at Northport High School have been utilizing the CI-710s SpectraVue Leaf Spectrometer to lend a modern, data-driven approach to students’ research projects. In this interview, we dive into how this technology-forward curriculum is empowering the next generation of plant science researchers and explore two unique student-led projects using Spectravue.
10 Vital Minirhizotron Applications for Agricultural Research
Minirhizotrons are a recent addition to a scientist’s toolbox, providing information on underground dynamics. Scientists can explore the relationship between roots and shoots along with the cumulative effect on crop yield. Using minirhizotron systems improves our knowledge of root responses to the environment, fertilizers, irrigation, and tillage, enhancing crop water and nutrient use efficiency. Ten… 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…