Latest root-measurement-plants
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…
The Importance of Plant Research in 2023
It may sound surprising in this age of accelerating manufacturing, but we need more plant research than ever before. We need to provide food security for a growing population in a changing climate. So novel cropping systems are necessary without harming the environment. Basic research will improve our understanding of plants to the environment, while… 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…
Hops in the heat: CID root imager and research on hops
Plant Physiologist Shinsuke Agehara (University of Florida) sits down with Application Scientist Eric Munoz (CID Bio-Science) to talk about root imaging and growing hops in the subtropics. CI-600 In-Situ Root Imager:https://cid-inc.com/plant-science-tools/root-measurement-with-minirhizotron/ci-600-in-situ-root-imager/ CI-602 Narrow Gauge Root Imager:https://cid-inc.com/plant-science-tools/root-measurement-with-minirhizotron/ci-602-narrow-gauge-root-imager/
Root Respiration: Importance and Applications
Definition of Root Respiration Plant respiration happens not only in the leaves, but also through the root system. In root systems, oxygen (O2) in soil pores diffuses into the root hairs and gets transported to all parts of the roots. Plant roots use photosynthates during respiration for their various functions, like nutrient uptake and maintaining… Continue reading…
Root Dynamics and Mycorrhizal Amelioration of Root Stress
The pollution caused by modern mining efforts is well documented, but the practice can also disturb soil structure and damage root systems, hampering restoration efforts in coal mines.
Nutrients Moderate Root Dynamics
The continuous cultivation of trees in plantations requires nutrient management to maintain soil fertility. The method and extent to which nutrients are increased can alter species interactions in mixed plantations by influencing root growth. Until recently, little was known about these below-ground dynamics, as they were difficult to study. Advanced tools like minirhizotrons, which make… Continue reading…
