Latest application-area
Turning Trees into Fossil Fuels: An Interview with Jonathan Cumming on Bioenergy Innovation
Our latest conversation with Jonathan Cumming, a plant physiologist from the Center for Bioenergy Innovations (CBI), reveals the latest breakthrough in sustainable biofuels. This article delves into CBI’s fascinating mission to turn lignin into aviation fuel. From genetic manipulations to selecting genotypes with beneficial traits, Jonathan shares insights into the project’s innovative approaches to optimizing… Continue reading…
50 Best Universities for Plant Science
Plant science refers to various research subjects investigating plants, their characteristics, growth, and environmental interaction. Diverse disciplines, from plant systematics, anatomy, genetics, plant biochemistry, microbiology, molecular biology, physiology, ecology, crop science, forestry, nature conservation, and climate change, fall into this category. Students who want to learn state-of-art plant sciences should consider studying at universities recognized… Continue reading…
Leaf Spectroscopy at the Fingertips: Cutting Edge Crop Management With the CI-710s SpectraVue Leaf Spectrometer
Discover modern leaf spectroscopy with the CI-710s SpectraVue Leaf Spectrometer! This powerful, handheld device allows for rapid, non-destructive plant stress measurement, with the ability to measure transmission, absorption, and reflection, along with many other plant stress and pigment indicators using built-in indices. Whether you’re working in crop optimization, forest productivity, sustainability, or environmental research, the… Continue reading…
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…
Discover the Revolutionary CI-600 In-Situ Root Imager for Non-Destructive Root Imaging
Discover how non-destructive, high-resolution root imaging can enhance your plant and crop research with the CID Bio-Science CI-600 In-Situ Root Imager. This portable tool makes it simple to observe root growth and behavior with unparalleled accuracy, giving you a holistic view of plant health that can help you optimize crop production and enhance forest sustainability.… Continue reading…
How Scientists Measure Terrestrial Carbon Pools
With the world clamoring to limit climate change, the focus on carbon pools has never been greater. Accurate measurement of carbon pools and tracking changes is crucial for designing and evaluating programs to mitigate global warming or monitor climate change effects. Several approaches exist to measure carbon pools, in which advanced plant instruments are crucial… Continue reading…
Non-Destructive and Efficient: The Benefits of the CI-203 Handheld Laser Leaf Area Meter for Plant Research
Looking to simplify and streamline your plant research data-collection workflow? Look no further than the CI-203 Handheld Laser Leaf Area Meter, the non-destructive solution to quick and intuitive leaf area measurements. This state-of-the-art instrument enables researchers to gather essential data for a wide range of applications, including forestry and environmental research, crop production, and plant… Continue reading…
Plant Respiration: Its Importance and Applications
Plant respiration is being studied in increasing depth and scope because of its importance for plants, the global atmosphere, and climate change. Despite intensive research, we still need to learn more about the factors that control the process, especially at larger scales. This ubiquitous process has essential applications in agriculture, climate action, and ecosystem management.… Continue reading…
Chlorophyll Fluorescence: Importance and Applications
Chlorophyll fluorescence occurring in chloroplasts can give vital information about plant processes and status at the cell, leaf, individual, and regional scales. It is possible to measure this physiological phenomenon by a wide range of means, from portable handheld devices to satellite imagery. It is versatile enough to have crucial crop and natural ecosystem management… Continue reading…
Uncovering the Roots of Success: an Agronomist’s Experience Using a Root Imager For Sugar Cane Production in Brazil
Augusto Ohashi, an agronomist and master’s student at the Federal University of São Carlos, was part of a research project to improve sugar cane yield and biofuel efficiency. To gather insights into the impacts of irrigation and fertilization on crop growth and development, Augusto utilized a root imager to non-destructively study the root systems of… Continue reading…
