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Real world customers.
real world results.
Transforming Well Pad Reclamation in Colorado
CLIENT: OIL & GAS PRODUCER
One major oil and gas producer has tapped into Teren’s vegetation intelligence to efficiently classify, prioritize, and accelerate well pad reclamation.
Protecting the Coral Reef in the Wake of the Lahaina Fire
CLIENT: Maui County
Thanks to Teren’s data and analytics, Maui County strides toward preserving its precious coral reefs.
The Hermits Peak Watershed Management Project
CLIENT: USDA NRCS
The USDA’s Natural Resource Conservation Service partnered with Teren to complete a rapid assessment of the burn area and prioritize areas most susceptible to additional threats.
High-Fidelity Data & Hydrologic Modeling for Wetland Restoration
Teren’s high-fidelity data and modeling improved the wetland restoration process for mitigation compensatory bank permitting.
More than Vegetation Management
Client: PIPELINE OPERATOR
How one pipeline operator is leveraging Teren LiDAR and analytics to protect endangered species.
Enhancing Inspection Efficiency through Remotely-Sensed Data
Even on the plains of middle America, external forces threaten the integrity of transmission pipelines
Save Millions in Lost Revenue
Client: pipeline operator
Teren data and analytics identify, prioritize and monitor geohazards to reduce repair budgets and avoid pipeline shut-ins.
Addressing Operational Issues with High-Fidelity Data
Client: RENEWABLE Developer
Teren’s data helped a renewable developer uncover the root cause of frequent ponding under solar arrays.
Predicting Landslide Disaster
Client: PIPELINE OPERATOR
Teren data and analytics can predict potential disasters based on ground movement, hydrology, and vegetation.
Examine Sedimentation Impacts in Poudre River Watershed
Teren examines the Cache la Poudre and which areas of the watershed are the highest priority for forest restoration treatments in light of recent wildfires.
Improve TWI Measure for Soil and Vegetation Delineation
Client: USDA
Teren helped the USDA create a new and more comprehensive method for quantifying hydrological processes and soil moisture gradients to be used as a tool in delineating ecosystems, vegetation communities, and soil properties.