We apply advanced statistical methods – including power analysis, multivariate testing, and generalized linear modeling – to detect changes in environmental datasets and evaluate key relationships between project parameters and ecosystem responses.

We design and apply mechanistic simulation models, population dynamics models, and agent-based models to predict project impacts on aquatic and terrestrial systems, including fish passage solutions, habitat alterations, and flow changes.

We build custom decision-support tools, dashboards, and scenario exploration models that allow clients to test alternatives quickly, automate outputs, and visualize data for better project planning and stakeholder engagement.

We integrate data across GIS platforms for spatial modeling, 3D analysis, LiDAR processing, and watershed analysis. Our team develops terrain maps, land cover classifications, and cartographic products that support effective planning and regulatory compliance.

We create desktop and web-based applications that automate workflows, synchronize field data, and provide interactive visualization – turning raw datasets into actionable insights for project teams and regulators alike.