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Insights
Using geospatial engineering, automation, and AI to enhance resource projects.


Detecting Landfill Methane Using Satellite Products
Australia's waste sector contributes approximately 13 million tonnes of carbon dioxide equivalent (CO₂-e) emissions annually, accounting...
4 min read


Can Methane Emissions & Mining Actions be Correlated?
GeoSynergy has been actively involved in the development, and evaluation, of wind-rotated TROPOMI CH4 [1] for the assessment of methane...
5 min read


Remote Sensing Agricultural Methane Using Satellite Products
Methane emissions from agricultural activities, particularly livestock operations such as feedlots, represent a significant contributor...
8 min read


Remote Sensing Methane Emissions in the Bowen Region
We have previously discussed technologies that can be used for the remote sensing of methane emissions. In this article, we are going to...
8 min read


Enhancing and Localizing Methane Point Emissions using Wind-Rotation
Data provided by the TROPOMI sensor, of Copernicus Sentinel-5, has established itself as an important tool in the remote sensing of...
4 min read


Remote Sensing Vegetation Species using Multispectral Satellite Products
Multispectral satellite imagery has become an essential tool for analyzing vegetation, offering insights into vegetation health [1],...
4 min read


Remote Sensing of Mine Contaminants using Satellite Products
Mining operations, whether for coal or minerals, release various contaminants into the environment. These may include coal dust, sulfur...
3 min read


Identifying & Costing Optimal Wind Turbine Construction Scenarios
The placement of wind turbines, and their connecting paths, is a challenging, multi-objective problem. GeoSynergy has been investigating...
4 min read


Remote Sensing of Soil Organic Carbon (SOC)
Soil organic carbon (SOC) is a key component of the global carbon cycle, and it plays a vital role in the functioning of the terrestrial...
5 min read
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