Satellites are changing mining, as their bird’s-eye view is increasingly required for improving operational efficiencies. EOS Data Analytics is one of the companies that are in the vanguard now, providing high-resolution satellite imagery and supporting the latest analytics tools for the tracking of large expanses of ground by mining operations with unparalleled accuracy. Therefore, it enables mining firms to notice changes in land, trace environmental impact, and better manage resources. EOSDA insights underpin responsible mining practices through minimizing ecological footprint, optimization of exploration efforts, and adherence to environmental standards by operators. This form of remote monitoring not only reinforces efficiency but includes transparency and accountability in an industry where consideration to the environment is of greatest concern.
EOSDA & Mining
EOS Data Analytics allows the mining industry to step up its efficiency and become more environmentally friendly with advanced satellite solutions. With its most current satellite images from EOSDA LandViewer, it grants mining companies real-time updates on their operations. This can help them to monitor wide expanses, instant detection of unauthorized activities, and measure the extraction impact with unprecedented accuracy. EOSDA high-resolution imagery and analytics also contribute to environmental impact assessments through monitoring changes in vegetation, water bodies, and land stability. This will not only help mining operations meet regulatory standards but also enhance safety, creating a sustainable footing for the entire industry.
Role of EOSDA in GoldenEye Project
EOS Data Analytics is a key player in the GoldenEye project — a very ambitious Horizon 2020 initiative to use cutting-edge satellite and AI technologies that can advance safety, efficiency, and environmental stewardship in mining across Europe. EOSDA implements geospatial data analytics crucial at all junctions of the mining life cycle, from exploration to restoration of the site. This positions mine operators to make better-informed responsible decisions with accurate and actionable information.
The team leverages satellite data provided by both the Sentinel and Landsat missions within the context of the GoldenEye project in order to track key environmental parameters: vegetation health, soil moisture, and slope stability. These are basic in the assessment of the condition and stability of the mine infrastructure, which is crucial around open-pit mines and tailings storage areas. With continuous monitoring, EOSDA can detect signs of structural weakness in tailings dams, which are holding mining waste in a significantly environmentally hazardous way when compromised. Tailings dam failures have historically resulted in disastrous consequences; thus, the early warnings provided by EOSDA are game-changing opportunities for mine operators to address small problems that do not snowball into large ones.
The GoldenEye project also covers field trials, like those at the Pyhäsalmi mine in Finland, where EOSDA checks on the correctness of satellite-derived environmental metrics. These help confirm soil moisture and slope stability, among other environmental indicators, by a combination of satellite insights with ground data in order to ensure that remote sensing keeps being both reliable and accurate. For example, EOSDA’s scientists utilize the Soil Moisture Index (SMI) to gauge soil conditions, which are critical for monitoring tailings dam integrity, as sudden increases in soil moisture can indicate leaks or structural vulnerabilities.
In improving data accuracy, EOSDA incorporates state-of-the-art tools such as the SunScan Canopy Analysis System. The device will help measure the health of vegetation and soil conditions on the ground in areas next to mining locations, enhancing satellite data accuracy and providing a more detailed understanding of how mining activities are influencing the surrounding environment. EOSDA creates detailed vegetation maps using indicators like NDVI and assesses the quality at which the reclaimed land supports plant growth. This information is essential for the effective rehabilitation of sites, and post-mining landscape restoration must be returned to a condition that is stable and natural.
Accordingly, the satellite and on-ground insights provided by EOSDA give a full ecological profile of mining sites, aligning with GoldenEye’s mission to make mining more sustainable and less destructive to nearby ecosystems. This is a very valuable twofold monitoring strategy for maintaining environmental impacts, such as preventing hazardous waste seepage to maintain the health of buffer zones that protect nearby communities.
EOSDA & Gas Mining in Australia
EOSDA plays a crucial role in helping Australian agriculture address challenges posed by coal seam gas (CSG) mining, particularly soil subsidence, which threatens farmland productivity. In Queensland, where millions of hectares are at risk, EOSDA’s use of geospatial data analysis provides farmers with critical data insights for monitoring land changes. By tracking soil moisture, elevation, and drainage patterns, EOSDA’s satellite tools have helped farmers like Zena Ronnfeldt identify areas of subsidence that disrupt natural water flow, resulting in waterlogged fields and reduced crop yields.
EOSDA analyzed several years of NDMI data using the EOSDA Crop Monitoring platform, indicating fluctuations in soil moisture that correlated with subsidence. That helped Zena identify shifts in drainage starting with the CSG activities in the vicinity. While the remote sensing data cannot serve as direct attribution of subsidence to gas mining, EOSDA’s analytics provide overwhelming proof to support farmers in seeking compensation or regulatory changes.
The satellite monitoring provided by EOSDA continues to enable the company to track environmental shifts in real time so that farmers can make necessary changes in practices and prevent any problems with water accumulation. EOSDA shows, through its solutions, how technology could efficiently bridge industrial needs with sustainable agricultural practices that preserve productivity while maintaining ecosystem health.
Author:
Lidiia Lelechenko holds a Master Degree in Viticulture, Winemaking & Marketing obtained in ESA (École supérieure d’agricultures d’Angers). She has over 6 years of experience in various roles related to SaaS solutions sales and research activities in sensory analysis. Currently, Lidiia is actively working on spreading the word about satellite technologies in agricultural sector all over the globe.
