Monitoring Antarctic icebergs helps us understand the interaction between ocean,
atmosphere, and sea ice in the Southern Ocean. Although gigantic icebergs have been the …

Icebergs impact the physical and biological properties of the ocean where they drift,
depending on the degree of melting. We use satellite imagery and altimetry to quantify the …

The Cook Glacier drains a significant portion of the Wilkes Subglacial Basin, the largest
subglacial basin in East Antarctica—which feeds the Cook Ice Shelf. The ice velocity of the …

Synthetic aperture radar (SAR) provides an all-weather and all-time imaging platform, which
is more reliable than electro-optical (EO) remote sensing imagery under extreme …

Icebergs account for half of all ice loss from Antarctica and, once released, present a hazard
to maritime operations. Their melting leads to a redistribution of cold fresh water around the …

Sentinel-1 C-band synthetic aperture radar (SAR) images can be used to observe the drift of
icebergs over the Southern Ocean with around 1–3 d of temporal resolution and 10–40 m of …

The life history and oceanic impact of three very large icebergs that escaped together from
the Weddell Sea sea ice, near the tip of the Antarctic Peninsula, are traced from March 2014 …

We observed two different icebergs near the Antarctic Peninsula. One was one of the largest
ever observed (160 km long). It calved from the Filchner Glacier. Fresher water field …

The article presents a methodology for examining a temporal sequence of synthetic aperture
radar (SAR) images, as applied to the detection of the A-68 iceberg and its drifting trajectory …

This research focuses on the evolution of the largest iceberg A68 and analyzes the trajectory
using Sentinel-1 SAR data. The monitoring began when A68 calved Larsen C Ice shelf on …