Abstract The continuously operating Global Positioning System (GPS) sites mounted on
bedrock around the coast of Greenland provide important geodetic data sets to quantify the …

Substantial marine, terrestrial, and atmospheric changes have occurred over the Greenland
region during the last century. Several studies have documented record‐levels of Greenland …

Upernavik Isstrøm, the largest contributor to sea-level rise in northwest Greenland, has
experienced complex and contrasting ice-flow-speed changes across its five outlets over the …

The book examines ideas about the making and shaping of Greenland's society,
environment, and resource spaces. It discusses how Greenland's resources have been …

The mass loss from the Greenland Ice Sheet has increased over the past 2 decades. Marine-
terminating glaciers contribute significantly to this mass loss due to increased melting and …

In the coastal areas of Northwest Greenland, water, ice and land intermingle with the lives
and trajectories of humans and animals, take on a multitude of shapes and forms, and give …

Mass‐balance estimates of the polar ice sheets presently rely on static ice masks to identify
the area under investigation. However, the vintage of available ice masks can differ by more …

Methods The materials used for our DEM and orthophotographs are the 1978–1987 aerial
photos and the coordinate lists resulting from the aero-triangulation providing the geodetic …

Abstract The Upernavik Isstrøm, located in northwest Greenland, consists of five marine-
terminating glaciers (referred to as U0 to U4, north to south) that have all been responding …

The future of tidewater glaciers in response to climate warming is one of the largest sources
of uncertainty in the contribution of the Greenland ice sheet to global sea-level rise. In this …