Welcome to your centralized hub for geotechnical and environmental knowledge. Explore expert guides, workflows, and best practices.
Start with the topic that matches your workflow challenge.
Borehole Data Solutions
Efficiently capture, store, and manage borehole logs, stratigraphy, and field observations in a centralized database.
Geotechnical Data Management
Explore best practices for managing geotechnical data across the full project lifecycle—from field collection to analysis and reporting.
Environmental Data Management
Learn how to integrate laboratory results, field data, and regulatory requirements into a single, streamlined system.
Sub-surface Visualization
Transform complex subsurface data into clear, visual models that improve interpretation, communication, and decision-making.
GaeaSynergy Platform
Dive into the capabilities of the GaeaSynergy Platform, including centralized databases, integration tools, and reporting automation.
Environmental Site Assessment Automation
Discover how automation reduces manual effort in environmental site assessments, improves consistency, and accelerates reporting timelines.
Contaminant Transport Modeling
Understand how contaminant plumes move through soil and groundwater, and how modeling tools support risk assessment and remediation planning.
Geoscience Data Digitization
Geoscience data digitization is the foundation of modern subsurface intelligence. Across oil & gas, mining, environmental, and infrastructure projects, vast amounts of critical data remain locked in legacy formats.
Frequently Asked Questions
Find answers to common questions about licensing, deployment, workflows, integrations, and more.
Training and Tutorials
Access step-by-step tutorials, onboarding materials, and best practices to help your team get the most out of your software tools.
Security and Governance
Learn how to manage user access, maintain data integrity, and ensure compliance with regulatory and organizational standards.
Latest Posts
- MIGRATEv10 Example 10: Contaminant Transport in Fractured Media with SorptionIntroduction MIGRATEv10 Example 10 introduces a more advanced and realistic scenario by incorporating: This example builds on earlier cases by modeling contaminant migration through a landfill barrier system that includes both compacted clay and a fractured till layer, while accounting for retardation due to sorption. It also serves as the 2-D extension of a similar… Read more: MIGRATEv10 Example 10: Contaminant Transport in Fractured Media with Sorption
- POLLUTEv10 Example 11: Time-Varying Source Concentration with Diffusion (Chloride in Clay)Modeling Transient Source Histories in Landfill Systems POLLUTEv10 Example 11 focuses on a critical real-world scenario: time-varying source concentration combined with diffusion-only transport in a clay medium. Unlike previous examples, this case highlights how changing contaminant inputs over time influence subsurface concentration profiles—even in the absence of groundwater flow. Problem Overview This example simulates: Initial… Read more: POLLUTEv10 Example 11: Time-Varying Source Concentration with Diffusion (Chloride in Clay)
- POLLUTEv10 Example 12: Fractured Media Transport vs Analytical Solution (Tang et al., 1981)Validating Fracture Transport Modeling with Analytical Benchmarks POLLUTEv10 Example 12 is a benchmark validation case that compares numerical results from POLLUTEv10 with an analytical solution developed by Tang et al.. This example focuses on transport in fractured porous media, where contaminant migration occurs rapidly along fractures and slowly into the surrounding rock matrix. Problem Overview… Read more: POLLUTEv10 Example 12: Fractured Media Transport vs Analytical Solution (Tang et al., 1981)
- MIGRATEv10 Example 11: Contaminant Migration from Two Adjacent Landfill CellsIntroduction MIGRATEv10 Example 11 expands the modeling complexity by simulating contaminant migration from two adjacent landfill cell sites. This scenario is particularly important for real-world applications where multiple sources may contribute to groundwater contamination. The key objective is to evaluate the combined impact of both landfill cells and determine contaminant concentrations at a down-gradient receptor… Read more: MIGRATEv10 Example 11: Contaminant Migration from Two Adjacent Landfill Cells
- POLLUTEv10 Example 13: 2D Plane Dispersion vs Analytical Solution (TDAST)Benchmarking Against Analytical 2D Dispersion Models POLLUTEv10 Example 13 provides another important model validation case, comparing numerical results from POLLUTEv10 with the analytical solution implemented in TDAST, developed by P. Javandel and colleagues in 1984. This example focuses on 2-dimensional plane dispersion in an infinitely deep porous medium, offering insight into plume spreading under uniform… Read more: POLLUTEv10 Example 13: 2D Plane Dispersion vs Analytical Solution (TDAST)
News Releases
-
SE-Map is Now Free
June 2019: The SE-Map component for mapping and gridding is now free in version 4 of GaeaSynergy. This component can grid and contour many types if data from borings, wells, cross-sections, samples, lab analyses and geotechnical test results. After the data has been entered in these optional modules it can be automatically extracted and used
-
StrataExplorer renamed to GaeaSynergy
May 2019: In version 4, StrataExplorer was renamed to GaeaSynergy to better reflect the purpose and benefits of the base application. GaeaSynergy is an application suite for geoscientific analyses, mapping, data display and data management. It uses the synergy within the geoscientific data to effectively and efficiently fulfill the needs of several industries. The program
-
Buildings and Structures Module Now Free
February 2017: In version 3.13 we have made the Buildings and Structures module free. You will no longer need a license to use this module. This module of StrataExplorer is used to create simplified buildings, structures, and excavations for display in 3D. After they have been created these buildings and excavations can be used to
-
WinLoG RT Released
August 2016: WinLoG RT can create boring and well logs and manage boring and well data. The program can be used on tablets, laptops and desktops that have the Windows operating system. The user interface has been specifically designed to make data collection easier on tablets and laptops. WinLoG RT can be used separately or
-
Environmental Data Management System Released
June 2016: The Environmental Data Management System (EDMS) is used to improve and standardize environmental data collection, management, and reporting in an efficient and cost-effective manner. This is accomplished by implementing a documented, auditable process for the collection, storage, and reporting of environmental field data. Throughout this process all stages of the sampling and analysis
Our Story
Not sure where to start? Explore the GaeaSynergy Platform or contact us for guidance.