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CID Bio-Science CI-600 and CI-602 In-Situ Root Imagers

Portable, Non-destructive Root Imager for Plant and Crop Research

The CI-600 In-Situ Root Imager by CID Bio-Science is a portable, non-destructive tool designed for high-resolution observation of root growth and behavior. It allows researchers to measure the impact of various treatments on root development over time, providing a comprehensive view of plant health.

This imager is particularly useful for crop optimisation, forest productivity, and environmental research, enabling scientists to analyse root competition and plant responses to environmental changes. With its high-resolution imaging and RootSnap! software, the CI-600 simplifies the calculation of important root parameters, making it an essential instrument for real-time root monitoring.

Key Features of CID Bio-Science Root Imagers

  • Included tablet computer  – Scanner operation in controlled via a provided, intel-powered Acer tablet with pre-installed specialty software.
  • One instrument, unlimited locations  – Work beyond the rhizotron box – install root tubes anywhere & generate measurements from unlimited locations.
  • High-resolution root images – The In-Situ Root Imager is capable of producing images of up to 23.5 million pixels, with a scan resolution of up to 600 DPI.
  • Live-updating, 360° scans – Rotating the scanner in the tube produces live updating 360° images of the surrounding roots and soil.
  • Accurate root measurement – Be confident in your scan accuracy—the In-Situ Root Imager’s linear scanning system creates no image distortion to correct for later.
  • RootSnap! software Use our free software RootSnap! to quickly and easily calculate root parameters such as length, area, volume, diameter & branching angle.

Specifications of Root Imagers

 

CI-602 Narrow Gauge Root Imager

CI-600 In-Situ Root Imager

Scanner/camera resolution

100 – 1200 DPI

100 – 600 DPI

Image size

21.6W x 18L cm

21.6W x 19.6L cm

Scan speed

16 – 84 seconds depending on
scanning resolution

30-480 seconds depending on
scanning resolution

Interface

USB port

USB port

Power supply

USB port; powered by included
handheld tablet computer

USB port; powered by included
handheld tablet computer

Scan head dimensions

35.9 cm long x 4.6 cm diameter

34.3 cm long x 6.35 cm diameter

Scanner unit weight

478g

750g

Scanner head rotation

Nearly 360 degrees

Nearly 360 degrees

Field case included

Yes

Yes

Magnification

15X

15X

Image capture and file
management

Included tablet computer which powers device
and provides live-updating images in the field.

Included tablet computer which powers device
and provides live-updating images in the field.

Software

Operation software and RootSnap! Analysis
Software are provided on included tablet
computer or easily download software on
additional laptops or tablets with Windows
operating system.

Operation software and RootSnap! Analysis
Software are provided on included tablet
computer or easily download software on
additional laptops or tablets with Windows
operating system.

Tube material

Clear extruded acrylic with machined
watertight bottom plug and insulated top cap.

Clear extruded acrylic with machined
watertight bottom plug and insulated top cap.

Tube Inner Diameter

5cm

 6.35cm

Tube Outer Diameter

5.7cm

7cm

Tube Wall Thickness

3.2mm

3.2 mm

Tube Standard Length

105cm. Custom length available

105 cm Custom length available

Applications of the CI-600 and CI-602 Root Imagers

  • Crop Optimisation: Measure the impact of various treatments on root growth over time, providing a holistic view of plant health
  • Forest Productivity and Sustainability: Analyse root growth and competition in forest ecosystems to understand the impacts of established and invasive species
  • Climate and Environmental Research: Glean insights into plant responses to environmental changes over time by non-destructively measuring selected installations
  • Ecological Studies: Study root interactions and dynamics within ecosystems to understand plant competition and cooperation
  • Soil Health Monitoring: Assess root health and development to evaluate soil quality and fertility
  • Agricultural Research: Support breeding programs by analysing root traits and their responses to different environmental conditions
  • Educational Use: Provide a hands-on tool for teaching root biology and conducting field experiments
  • Hydrology Research: Investigate root water uptake and its impact on soil moisture dynamics
  • Mycorrhizal Studies: Observe root-mycorrhizal interactions and their effects on plant health and nutrient uptake
  • Restoration Ecology: Monitor root development in restoration projects to ensure successful plant establishment and growth

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