Environmental Project Delivery
With ever-increasing complexities – and decreasing timeframes – thorough and insightful project management is essential to a successful endeavor. Confluence offers a suite of project management support, from initial strategy consulting to fully integrated project delivery.
Natural Resource Services
We work with clients to develop robust designs that address and reduce environmental impacts, and develop strategies to protect sensitive habitat. Confluence scientists are proficient in the ecology of marine, estuarine, and freshwater environments, as well as the biology and life history requirements of fish species. Our ecologists have expertise in wetland, stream, and riparian habitats; and wildlife and terrestrial habitats. We assess environmental impacts and develop strategies to protect sensitive habitats and species, including impact avoidance and minimization measures, and species recovery and conservation plans.
Mitigation & Restoration
We design and implement mitigation measures and plans in freshwater, marine, and upland environments for capital improvements and development projects. Confluence scientists and engineers design, implement, and monitor habitat restoration projects to meet mitigation requirements, or as stand-alone projects in streams, rivers, estuaries, and along shorelines.
Coastal & Estuarine Science & Geomorphology
Our scientists and engineers assess physical and ecological processes in the marine and estuarine environment for projects involving coastal geomorphology, habitat restoration, and aquaculture. We help clients meet project goals while also protecting/restoring sensitive shorelines.
Hydrodynamic Modeling & Sediment Transport Evaluation
We develop and implement one-, two-, and three- dimensional models to analyze and predict currents, velocities, waves, salinities, and sediment transport in streams, rivers, estuaries and coastal environments to inform restoration and infrastructure projects.
Confluence engineers evaluate oceanographic conditions and vessel operations to develop design criteria for projects in the marine environment. We develop designs for shoreline restoration, beach nourishment, soft and hard shoreline stabilization, wave attenuation, and dredging projects.
Regulatory Strategy, Compliance, & Permitting
Successful navigation of the regulatory process is a critical component of any development or restoration project. Confluence assesses project permitting needs, formulates a strategy for complying with regulations, and obtains all necessary permits or approvals. We assist clients in preparing environmental documentation, including permit applications, Endangered Species Act consultation, SEPA/NEPA compliance, critical areas reports, Habitat Conservation Plans, and other documents needed to meet local, state, and federal regulatory requirements. For agencies, we offer expertise to regulators in reforming environmental policy and processes to increase transparency and efficiency.
Geospatial Solutions (GIS)
Confluence provides comprehensive GIS services to help clients design, build, and implement sophisticated projects based on geospatial information. Our scientists combine spatial data with natural science and regulatory expertise to create innovative analytical and quantitative solutions that meet our client’s regulatory needs. Services include geospatial data collection, geodatabase design and creation, spatial analytics, mapping and visualization, decision-support tools, habitat delineation, and much more.
Aerial Data Collection/UAV Services
Confluence is a leader in using unmanned aerial systems to support marine, freshwater, and built environment projects. We are at the forefront of developing methods to use aerial data to support scientific applications and analyses for our clients. Confluence uses aerial systems to characterize and document project settings including natural and built resources such as eelgrass, wetlands, historic structures, archaeological resources, streams and culverts, and forest resources. By combining aerial survey methods with scientists on the ground, we can both enhance the information collected and reduce the time it takes to characterize many sites. Results can be analyzed and output refined to create products such as maps of vegetative cover based on spectral analyses and digital elevation models. Data also can be integrated into GIS.