Civil engineering, environmental science, and water resources consulting—hydrologic modeling, environmental compliance, and data-driven solutions built by PE-licensed engineers.
LYNXCE is a scientific consulting firm that combines deep domain expertise with modern analytical tools. We deliver sustainable, data-driven solutions for environmental and water resource challenges.
We built our tools because we needed them for our own work—and we share them because the entire industry benefits when professionals have access to better resources. When projects require certified analysis or licensed professional review, we partner with qualified specialists to deliver complete solutions.
Domain specialists
Sophisticated data tools
Environmentally conscious
Partner network for complete solutions
We provide a full spectrum of scientific and technical services to meet the demands of any project, from concept to completion.
Tell us about your project and we'll scope a solution together.
A glimpse into our portfolio of successfully delivered engineering solutions that have transformed communities.
A civil engineering data hub that unifies access to USGS, PRISM, WQP, and NOAA datasets — enabling engineers and researchers to query, visualize, and download water resources and environmental data through an intuitive, AI-powered interface. Streamlines data discovery that used to take hours into seconds.
An open-source platform that revolutionizes SWAT watershed model calibration. Instead of thousands of blind simulations, it diagnoses hydrograph errors — baseflow patterns, peak timing, volume balance — and targets only the parameters that matter, converging in under 50 runs instead of 5,000+. Supports multi-gauge and water quality calibration.
A free, open-source tool that turns a wildfire perimeter and a drinking-water intake into a fire-specific monitoring brief — prioritized constituents, where and when to sample — plus an at-a-glance map and GIS layers. Calibrated to rank-agree with the USGS Staley (2017) debris-flow model; a screening and monitoring-design aid. Runs locally on free US public data.
Uncovered hidden vulnerabilities in a complex watershed — linking land use, water quality, and habitat health into a single diagnostic picture that gave stakeholders the clarity to act on what matters most.
Turned uncertain flood zones into clear, prioritized action plans. We mapped where the water goes, what it threatens, and what to protect first — giving decision-makers the confidence to invest where it matters most and reduce risk before the next major event.
We leverage sophisticated analytical tools and data science methods to deliver superior solutions with unmatched precision and efficiency.
Predictive modeling and data-driven insights for informed decision-making.
Interactive dashboards for monitoring project metrics and environmental data.
Unified access to USGS, PRISM, WQP, and NOAA datasets through intelligent query tools.
Whether it's watershed modeling, environmental compliance, or data integration — we'd like to hear about it.
Talk to UsTechnologies we use
The credentials and standards behind every project we deliver.
Work led by licensed Professional Engineers with accountability you can trust.
Direct integration with USGS, NOAA, PRISM, and WQP for authoritative, real-time datasets.
We build and share tools that advance the entire industry — because better resources benefit everyone.
Domain experts matched to every engagement, ensuring the right knowledge on every project.
Every solution grounded in peer-reviewed methodology and defensible analysis.
50+ projects delivered across water resources, environmental science, and data analytics.
LYNXCE works with a curated network of scientists, engineers, and specialists — each brought onto projects that match their expertise. If you're a professional in environmental science, water resources, or data analytics, we'd like to hear from you.
Technical writing on water resources modeling, environmental regulation, and the data tools our engineers use day to day.
The 2026 Pacific Northwest fire season has produced a water problem that has not started yet. The burn scars that matter for source water are not above Seattle or Portland. They are above Wenatchee, Lake Chelan, the Okanogan, the Yakima, The Dalles, Spokane's sole-source aquifer, and Boise.
When a forested watershed burns, the next storm carries ash, sediment, and organic matter toward the intake. But fewer than a third of burned watersheds show a measurable water-quality response, which makes the operational problem triage: which intake to worry about, and what to sample.
EPA's 2024 PFAS drinking water rule has bifurcated. The 2027 monitoring deadline holds, but PFOA/PFOS treatment faces a proposed two-year extension to 2031, and three secondary MCLs are proposed for rescission. Here is what the split timeline means for utility planning and consulting work through 2031.
From water resources modeling to environmental data platforms —
we turn complex science into actionable solutions.
Ready to discuss your project? Send us a message and we'll respond within 48 hours.
Why work with us
We typically respond within 48 hours. For urgent inquiries, reach us directly via email.
