Mine Reclamation
Conducting land cover surveys for vegetation and ecosystem growth and survival measurements is a costly, physically hazardous and laborious operation for field operators. Surveys conducted in the field are also prone to human error. In addition, labour available to conduct proper vegetation, soil, and hydrological surveys in the field is prone to short supply. Multispectral remote sensing technology has been implemented to help offset the volume of manual field work required, but the technology is limited to a small number of optical channels for which land cover data can be collected and characterized. This results in underrepresenting and reporting key mine site features that are important for reclamation work, such as vegetation and contamination assessments.
Enhance the efficiency and safety of your mine site surveys.
Wyvern hyperspectral data products reduce man hours and safety risks associated with in-field mine site surveys. Where thousands of man hours and equipment would be required to effectively sample and monitor Canada’s reclaimed mines, hyperspectral imaging from space can collect thousands of square kilometers of data with a fraction of the time and resources. With hyperspectral data, field site surveys can focus on collecting data for specific ground truthing purposes, rather than complex, comprehensive full site assessments. This results in faster, efficient site assessments, leading to more effective restorations.
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For far too long, the geospatial world has overlooked the importance of customer experience. At Wyvern, we are determined to change that narrative. Our mission is to provide an exceptional customer experience and view our customers not just as clients but as valued partners on this transformative journey
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Visit Wyvern’s Knowledge Centre, your go-to guide for all things hyperspectral.
Empower your business with the most insight-rich geospatial imagery data currently available.
Easy Integration With Existing Data
Wyvern hyperspectral data products seamlessly integrate with existing multispectral data sources commonly employed in various industries. With a significant overlap of optical bands shared with other popular multispectral constellations, our hyperspectral data products have the unique capability to enhance and augment your existing data stack, providing an added layer of value and depth to your analyses.
By incorporating Wyvern hyperspectral data, you can unlock new insights, reveal finer details, and gain a comprehensive understanding of your target areas, ultimately empowering you to make more informed decisions and achieve a competitive edge in your industry.
Our Data Specifications
Wyvern hyperspectral sensors on our Dragonette satellites will capture data across many narrow spectral bands, allowing for the specific identification of unique chemical and physical properties of the Earth’s surface. This ability makes hyperspectral imagery a valuable tool for a wide range of site monitoring, mapping, and geospatial intelligence (GEOINT) use-case applications.
With a spatial resolution of 5.3 meters, hyperspectral imagery delivered from our Dragonette constellation will provide detailed information about the Earth’s surface. Processed to Level 1B and delivered in GeoTIFF format, we ensure seamless integration of Wyvern’s Dragonette data into your existing systems, workflows, and processes.
Other Use Cases
Land Management
Achieve heightened accuracy in land management through advanced technologies and algorithms, allowing for more precise identification and characterization.
Regenerative Program Management
Enable quicker assessments and decision-making processes.
Soil Sampling
Minimize the need for extensive soil sampling by utilizing advanced techniques, resulting in reduced sampling hours in the field.
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If you’re eager to delve deeper into the realm of hyperspectral data or have any questions about how it can revolutionize your industry, we’re here to assist you. Our team of experts is equipped with extensive knowledge and experience in harnessing the power of hyperspectral technology.