Hydrology & Watershed
Data Suite

Powered by the Teren Engine.

Fast. Really Fast.

Consistent, high-quality spatial analytics in days, not weeks. 

Accurate

Teren uses high-fidelity LiDAR for accurate analysis.

Expert-approved

Access data curated by data scientists, without the costs of hiring one.

Scalable

Hydrology, terrain & vegetation intelligence at scale.

Watershed & Debris Flow Analysis

  • Large-scale hydrologic, terrain and vegetation modeling to understand risks and improve watershed resilience.

  • Simulate hydrological flow, predict runoff behavior, and assess potential debris flow hazards.

See it for yourself

Scenario-Based Storm Surge Impact Modeling

  • Access insights into the potential impacts of
    storm surges on coastal assets.
Learn more

Reclaim and Rebuild Burn Areas

Reveal where action is needed most to protect human lives and infrastructure, prevent further disasters, and regenerate ecosystem function.

  • Soil Burn Severity Modeling
  • Sedimentation and Debris Flow Hazards Modeling
  • Hydrologic Resource Impact Modeling
  • Values-at-Risk Analysis and Prioritization
  • Burn Area Stabilization Prioritization
  • Revegetation for Carbon Prioritization
  • Reclamation Success Reporting
Download Fact Sheet

Flooding, Erosion & River Scour

  • Identify inundation and flooding zones.
  • Model hydrology under different climatic and weather scenarios.
  • Predict erosion, river scour, and other problematic hydrology.
See it for yourself

Asset 3D Visualization

Teren builds a digital twin of your assets and provides dynamic insights on evolving environmental conditions.

Risk Prioritization

Using machine learning, Teren identifies and quantifies distinct hydrology risks across your entire watershed.

Remote Measurement

Inventory changing environmental conditions of your watersheds from the office.

Want to see Teren’s data product suite in action? Read these stories.

In the post-fire world, spatial analysis is your best friend.

With 341,735 acres to assess, the NRCS came to Teren for a fast, maps-driven quantified recovery prioritization, and got it in 11 days.

Read More

We didn’t like the data out there on real-time surface moisture.

Tired of the shortcomings of the traditional topographic wetness index, Teren decided to engineer a new authoritative model.

Read More

Lahaina was looking to rebuild and protect its coral reef post-wildfire.

Teren’s integrated approach harnessing photogrammetry data, spatial analysis, and ecosystem science equiped Maui County with the data to do just that.

Read More
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