Category: Training and Tutorials
Posts
-
Visualizing Stratigraphy Across Sites: A Complete Guide to Subsurface Correlation and Interpretation
Introduction Stratigraphy—the study of layered earth materials—is fundamental to understanding subsurface conditions in geotechnical engineering, environmental consulting, hydrogeology, and resource exploration. While individual borehole logs provide detailed vertical information, they offer limited insight into how subsurface layers extend and vary across a site. To truly understand geological conditions, professionals must visualize stratigraphy across multiple locations.…
-
Creating Fence Diagrams in WinFence: A Complete Guide to Subsurface Visualization
Introduction Understanding subsurface conditions is one of the most critical aspects of geotechnical engineering, environmental site assessment, and hydrogeological analysis. While borehole logs provide detailed vertical information, they are inherently limited in their ability to communicate spatial relationships across a site. This is where fence diagrams become essential. Fence diagrams connect multiple boreholes along defined…
-
Using Templates for Faster Borehole Logging: Standardizing Geotechnical Workflows in WinLoG
Introduction Borehole logging is a fundamental task in geotechnical engineering, environmental consulting, and hydrogeology. It transforms raw field data into structured, interpretable records that support analysis, modeling, and reporting. However, traditional borehole logging workflows can be slow, repetitive, and prone to inconsistencies—especially when logs are created manually or without standardized formats. This is where templates…
-
Editing and Structuring Lithology Data: Best Practices for Accurate Borehole Logs and Geoscience Workflows
Introduction Lithology data is one of the most critical components of any borehole log. It provides a detailed description of subsurface materials, forming the basis for geotechnical analysis, environmental assessments, hydrogeological modeling, and engineering design. However, lithology data is often inconsistent, unstructured, and difficult to interpret—especially when collected across multiple projects, teams, or field personnel.…
-
Creating a Borehole Log from Field Data Using WinLoG and WinLoG Field Assistant
Introduction Borehole logs are the backbone of geotechnical, environmental, and hydrogeological investigations. They transform raw field observations into structured, interpretable datasets that support engineering design, groundwater analysis, and regulatory reporting. However, the process of converting field notes into professional borehole logs can be time-consuming and error-prone—especially when relying on manual transcription or inconsistent data entry…
-
Top Mistakes New Users Make With GaeaSynergy (and How to Avoid Them)
Adopting GaeaSynergy is a major step toward streamlining your geotechnical and environmental data workflows. But like any powerful enterprise platform, success depends on proper setup and usage from the start. Whether you’re implementing WinLoG, WinFence, GDMS, or EDMS, new users often encounter avoidable missteps that slow adoption, create rework, or limit ROI. Below are the…
-
WinLoG Advanced Features You’re Not Using (But Should)
Most firms use only a fraction of their borehole logging software’s capabilities. If you’re using WinLoG, you already know its core functionality: structured lithology logging, clean borehole reports, and standardized outputs. But beyond the basics, WinLoG includes advanced features that can dramatically improve workflow efficiency, reporting consistency, and QA/QC accuracy. Here are the most underutilized…
-
How Do I Use Calculated Graph Columns in WinLoG?
In WinLoG, calculated graph columns provide a powerful way to derive new insights from raw borehole data by applying mathematical transformations to existing datasets. These columns are particularly useful for processing geophysical logs, such as converting raw gamma readings or calculating advanced geotechnical parameters from multiple source columns. Understanding Calculated Columns Calculated columns function by…
-
How Do I Use Project Views to Display Cross-Sections in GaeaSynergy?
Creating a clear geological profile is essential for communicating complex subsurface data. In subsurface data. In GaeaSynergy, Project Views serve as the central hub where individual cross-sections (often generated in the WinFence module) are integrated with maps and 3D models for a comprehensive site overview. Steps to Display Cross-Sections in Project Views Initialize Your Project View To begin, you must create…
-
How Can I Use Project Views in GDMS to Display Geotechnical Test Tables and Charts?
Managing complex laboratory tests and historical data across multiple projects can be a significant challenge for geotechnical engineers. The Geotechnical Data Management System (GDMS) by GAEA Technologies simplifies this by providing a centralized platform where test results aren’t just stored, but are fully integrated into the project’s visual landscape. Using Project Views within GDMS allows you to move beyond…