Satellite Remote Sensing Blog

From geological processes to human activities, understanding the dynamics of subsidence is pivotal in preserving structural integrity.

Significant cracks of up to 1m deep appeared in a cutting slope above a section of railway between Brookwood and Woking in Surrey, UK.

Groundwater is an important but hidden part of the Earth's water cycle. Its interactions with soil are complex and wide-ranging....

Correcting Atmospheric Effects by Pre-processing SAR Images Atmospheric effects can introduce errors into the results of interferograms....

The oil and gas industry in the Middle East, particularly in the Gulf Region, relies on robust infrastructure for optimal operations.

InSAR has the potential to monitor the behaviour of glaciers, and this analysis may be used for assessing the development of wider...

Remote sensing satellites have sensors that capture data in different spectral bands. They use various types of sensors and detectors....

Let’s take a closer look at how reinforced soil retaining walls work, and their benefits to infrastructure assets. Tensar, the designer...

Unveiling the Hidden Threats and Land Subsidence in GCC Discover the hidden dangers beneath our feet! Water extraction, sinkholes,...

What exactly do InSAR analysts do, and how does this work assist those monitoring the same assets from the ground? The work of...

SAR data becomes more useful when analysts apply interferometry. This helps us monitor ground movement and create elevation models....

SAR is at its optimal when used in conjunction with other types of data analysis. Hydrological Data SAR can be used alongside...

Let’s take a closer look at how SAR displacement data is gathered and measured. The movement of objects and the ground surface between...