ci-600 Archives - Page 6 of 7

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…

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…

Hidden Influence: Root system architecture and crop response to nutrition, irrigation, and climate

Continuous in situ root growth monitoring gives researchers a vital window into the hidden influences on what we see above ground. Dive into this in-depth discussion with Dr. Shiwangni Rao and Dr. Elmi Lotze, two prominent researchers digging into the complex relationship between crops, their roots, and their environment.

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…

Precision Agriculture Policy & Adoption Outlook 2023

Precision agriculture is being branded as Agriculture 4 – the next revolution to make food production more profitable, sustainable, and environmentally friendly. Even though its adoption is uneven, the use of precision agriculture has been increasing consistently for the last several years. This article will review precision agriculture technologies, their adoption, and how precision agriculture… Continue reading…

Bringing new crops to light by looking below ground

The CI-600 In-Situ Root Imager allows Dr. Shinsuke Agehara and his team at University of Florida to develop a holistic understanding of established and emerging crops in Florida—from the ground, up.

Reaching into the Rhizosphere – CID Minirhizotron Studies Impacting Commercial Peach and Citrus

University of Florida Plant Root Biologist Dr. Lorenzo Rossi sits down with CID Application Scientist Galen George to discuss commercially impactful root research on Florida peach cultivation, and HLB-affected citrus trees using the CI-602 Narrow Gauge Root Imager.

Back to Our Roots: Root research now and into the future [FULL WEBINAR]

During this time of social distancing, let’s come together (virtually) to talk about root research! Special guest researcher Dr. Lorenzo Rossi of the University of Florida, along with our application scientist, Galen George, review real life situations where root research has been used and will discuss where it’s headed in the future. 4 published studies… Continue reading…

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