Remote Sensing

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See the bigger picture

With Earth observation imaging solutions, we offer clients around the world a new way to scan, detect, and identify changes in the environment. Remote sensing analysts and environmental specialists collaborate around the world to apply remote sensing technologies¡ªincluding unmanned aerial systems (UAS), photogrammetry, LiDAR, underwater acoustics, and satellite imagery along with ground control surveys¡ªto generate accurate and reliable data that they convert to actionable information.

Success in consulting means communicating new ideas to clients, demonstrating the benefits of technology in a clear and concise way.

Grant Wiseman Remote Sensing Technology Manager

GlobeWATCH: World Leading Remote Sensing Technology

Our suite of remote sensing technology improves data quality, increases coverage, and expedites frequency while reducing project costs and decreasing health and safety risks.

Predict the future by looking at the past

GroundWATCH uses interferomic synthetic aperture radar (InSAR) signals to measure precise ground deformation rates. GroundWATCH is capable of millimeter surface movement detection. Read More

Monitoring our most valuable asset from space

Stantec leverages a multitude of satellite image resources to delineate and quantify Total Suspended Solids (TSS) or water turbidity, surface water temperature and organic matter such as Chlorophyll-a among other water quality properties. WaterWATCH data is available at varying resolutions, frequencies, and wavelengths to meet your project needs. Best of all Â鶹´«Ã½ can perform this work from the desktop reducing health and safety risks and is very cost effective. Read More

Pipeline leak detection monitoring using high-resolution satellite imagery

Have you ever wondered if you could identify pipeline releases using highly-frequent and fine-resolution satellite imagery combined with big data analytics? You can! We are proud to introduce Â鶹´«Ã½ PipeWATCH?¡ªa new, early release-detection service. PipeWATCH? automates the interpretation of daily satellite images enabling us to monitor thousands of kilometres of pipeline right-of-way networks. Read More

WATCH your power lines for vegetation encroachment using satellites

Vegetation encroachment on power lines leads to outages and wildfires every year. Potential problems can be identified through ground and aerial surveys and clearing activity databases, but these methods are labor intensive and costly. By harnessing geographic information systems and satellite imagery, we can quickly and effectively evaluate thousands of kilometres of power lines for vegetation encroachment. Our targeted approach provides you with an efficient and effective tool to manage vegetation encroachment. This is WireWATCH?. Read More

Zero in: Extract value from your land and surface water monitoring programs

Meeting environmental commitments when monitoring surface features can be expensive and risky. But we¡¯ve got you covered. Our remote sensing and environmental specialists have developed an innovative approach that combines high-resolution image datasets with object-based image analysis for more accurate and efficient monitoring. Using our ExtractX? services, clients can increase the extent and accuracy of assessments while reducing cost as well as risk to staff. Use ExtractX? to zero in on your target and extract just what you need. Read More

See wetland hydrology that you can¡¯t see

The human eye only sees optical light (red, green, and blue) which is a tiny fraction of the entire electromagnetic (EM) spectrum. Our remote sensing specialists utilize satellite sensors that collect Synthetic Aperture RADAR (SAR) L-Band imagery with wavelengths 500,000 times longer than optical wavelengths. WetlandWATCH monitors construction effects to wetland soils and vegetation otherwise not possible to provide a reliable, continuous, and complete picture of wetland hydrology across the landscape. Read More

Capture the positive climate impacts of nature-based solutions

CarbonWATCH technology calculates carbon stocks in carbon dioxide equivalents (CO2e) contained within plants and soils using earth observation datasets that include high resolution imagery and multibeam LiDAR elevation data to classify individual species types such as trees, shrubs, and herbaceous communities. Read More

Which remote sensing technology is right for you?

Take this interactive quiz to determine which Remote Sensing technology can add value to your project. Take Quiz

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