TRACE ELEMENT MAPPING

Visualizing Laser Ablation ICP-MS Data:

At the Applied Isotope Research Group (AIRG), we are at the forefront of innovation in geochemical research, transforming the way scientists interpret and interact with their data. Through the seamless integration of advanced Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) techniques and sophisticated data visualization software, we provide researchers with tools that bring their data to life. Our trace element mapping software is a testament to this commitment, designed to unlock the hidden complexities within geological, environmental, and biological samples.

This software enables scientists to explore spatial distributions of elements and isotopes at unparalleled resolution, offering insights into processes ranging from ore deposit formation and biomineralization to environmental changes recorded in shells and fossils. With features like customizable heatmaps, interactive RGB maps, and overlay capabilities, researchers can easily correlate elemental distributions with textural features in their samples, identifying patterns that were previously difficult to detect.

Incorporating real-time data smoothing and multi-isotope visualization tools, the software ensures accuracy and flexibility in data interpretation. It also supports seamless image exports in multiple formats, making it ideal for presentations and publications. By enhancing the clarity and depth of LA-ICP-MS data, this platform allows scientists to unravel complex stories embedded in their samples, fostering discoveries that push the boundaries of isotope geochemistry and trace element analysis.

At AIRG, we are not just developing tools—we are empowering researchers to see the unseen, interpret the intricate, and advance our understanding of Earth’s processes and history.

Key features:

  1. Menu Panel (Left Sidebar):
    • Menu Options:
      • Load Data: Import data for processing.
      • Add Data: Append new datasets.
      • Save As: Save the project with a new name or location.
      • Open Project: Open a saved project file.
    • Map Options:
      • Heatmap: Generate and view heatmaps.
      • RGB Map: Display RGB visualizations.
      • Canvas: Access additional visualization tools.
  2. Trace Element Mapping Panel (Middle Panel):
    • Initial Parameters:
      • Select Reference Material: Choose a reference material for calibration.
      • Polynomial Drift Correction: Activate and adjust drift correction with a selectable polynomial degree.
    • Export Image:
      • Choose the image format (JPEG, PNG, TIFF) and export the visualization.
    • Data Type:
      • Combined: Use processed or smoothed data.
  3. Heatmap Plot Windows (Top Right and Bottom Right):
    • Load Overlay Image: Import an overlay for comparison.
    • Select Isotope: Choose an isotope for heatmap display.
    • Smoothing, Contrast, Brightness: Adjust visualization settings.
    • Overlay Opacity: Control overlay transparency.
  4. Image Viewer (Bottom Left and Right Panels):
    • Transparency, Brightness, Contrast, and Sharpening Controls: Fine-tune the image’s visual appearance.
    • Overlay Width and Height: Adjust the dimensions of the overlay.
    • Lock Maps: Synchronize overlay and heatmap positions.
  5. Colour Bars (Right of Heatmaps):
    • Gradient Scales: Represent intensity or concentration values of selected isotopes.
    • Adjustable Markers: Customize the color bar’s value thresholds.

✨ Analysis of LA-ICP-MS data with unparalleled visual clarity.

💻 Learn more about our research at air.app.br.