ci-600 Archives - Page 4 of 6

Hydroponic Root Growth: Liquid Fertilizer’s Effect on Paprika From Concentrations in Hydroponic Cultures

Read the full study here. Research Authors: Jinen Hojo, Hiroyuki Chiba, and Takashi Ikeda, Meiji University, Tokyo, Japan Aspiring to shed light on the mysteries of plant growth, a team of researchers from Meiji University in Tokyo, Japan, undertook an interesting study to explore the effects of different liquid fertilizer concentrations on the growth of… Continue reading…

Exploring Root Traits: Paving the Way for Sustainable Small Grain Cereal Production

The modern agriculture industry grapples with a complex challenge. As global demand for food grows and climate conditions become increasingly unpredictable, the need to enhance productivity and increase sustainable small-grain cereals, such as barley and wheat, has never been more urgent. Farmers face significant obstacles in the form of moisture deficits and the excessive use… Continue reading…

Unraveling the Mystery of Perennial Wheat: A Root Structure Imaging Study

Wheat is one of the most important cereal crops in the world, providing a substantial portion of the global population’s caloric intake. In recent years, researchers have been working to develop perennial wheat varieties that would allow the crop to survive for multiple years without the need for replanting. This wheat saves resources, reduces environmental… Continue reading…

RootSnap! Webinar: From Root Imaging to Analysis – Best Practices and Applications

Join us for an in-depth exploration of RootSnap!, the effortless root analysis software from CID Bio-Science. Our webinar will take you through the latest release of RootSnap! and show you how to navigate and apply its suite of analysis tools. You’ll also get best practices for image collection and processing, as well as insights into… Continue reading…

Rootsnap! Training Pt. 3: A Time Series Case Study and Data Export With Rootsnap!

In the final part of our three-part series on using Rootsnap! software, Kendra Ellertson will take you through a time series case study, demonstrating how to map out root growth and dieback over time and how to see the data output from your project. With the CID Bio-Science In-Situ Root Imager, which makes high-resolution observation… Continue reading…

Rootsnap! Training Pt. 2: Tracing Out Root Systems and Accurately Adding Points in Rootsnap!

Ready to dive deeper into Rootsnap! software? In part two of our three-part series, Kendra Ellertson will walk you through tracing the roots and using all the tools in the software. With tracing enhancements like the “Snap-to-Root” function that snaps root tracing points to the center of the root automatically and integrated image enhancement features,… Continue reading…

Rootsnap! Training Pt. 1: Setting Up Your Project and Importing Pictures with Rootsnap!

Get ready to take your root imaging to the next level! Join CID Bio-Science’s application scientist, Kendra Ellertson, in the first part of our three-part series on using Rootsnap! software. In this tutorial, Kendra will guide you through setting up your project, importing pictures, and getting yourself ready to start tracing roots. With Rootsnap!, you… Continue reading…

The Hidden Half of Plants – A Conversation with Christophe on Root Physiology

Plant researchers have long been fascinated by the hidden half of plants – their root systems. Roots are critical to plant growth and survival, but their functioning is often overlooked. That’s why we were thrilled to speak with Christophe Jourdan, an experienced researcher with almost 30 years of expertise in root physiology. In this blog… Continue reading…

CID Bio-Science Inc’s Advanced Tools: Providing a Holistic Picture of Plant Performance for Plant Science Research

Multifaceted experiments that examine complex internal plant responses to environment and management are standard and require equally sophisticated measuring and analyzing devices. A new generation of onsite plant science devices gives novel, rapid, and precise insights into above- and below-ground processes to advance and accelerate research. Scientists can use the tools to study diverse morphological… Continue reading…

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…