Late in November the Geological Survey of Norway launched InSARNORWAY, a new national level deformation map for the whole of the country

In a new paper in Engineering Geology, Carla et al (2018) demonstrate how a combination of ground-based radar and INSAR could have been used to predict a major landslide in a copper mine

A new paper (Grebby et al 2021) uses InSAR to detect precursory deformation of the Brumadinho tailings dam before the disastrous failure in 2019. The authors suggest that the failure might have been predictable with use of appropriate monitoring techniques.

The Carmen Copper Mine landslide in the Philippines – Planet Labs images showing the slope evolution before failure

Mindu in Tibet: a new open access paper in the journal Natural Hazards and Earth System Sciences explores the detection of precursors of an imminent landslide using satellite images

A new paper in the journal Landslides (Sepulveda et al 2020) describes the interesting Yerba Loca rockslide in central Chile

A new paper published in Scientific Reports (Dini et al. 2020), and thus open access, uses InSAR to show movements of a large slope adjacent to the under construction Punatsangchhu I dam in Bhutan

As improved images and information become available, it is becoming possible to gain a better understanding of the cause of the Edenville Dam breach

The Váráš rock slope deformation in Troms County in northern Norway, a 70 million cubic metre, 100 m deep creeping landslide.

Zongling: a new open access paper (Wang et al. 2020) in the Journal Landslides describes a new InSAR method to monitor landslide movement caused by coal mining in Guizhou Province, China