-
Supraglacial lake volume estimation in Northeast Greenland from 2022
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2021
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2020
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2018
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2017
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2016
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake volume estimation in Northeast Greenland from 2019
This dataset consists of the volume estimation of each lake throughout the time series using the radiative transfer model developed in Philpot et al., 1987... -
Supraglacial lake outlines and depth estimation in Northeast Greenland from 2...
This dataset contains supraglacial lake outlines derived from Sentinel-2 optical imagery over the 2016 to 2022 summer melt seasons. These outlines span a region cover around... -
Supraglacial lake outlines and depth estimation in Northeast Greenland from 2...
This dataset contains two components. The first portion consists of supraglacial lake outlines derived from Sentinel-2 optical imagery over the 2016 to 2022 summer melt seasons.... -
Crack paths in EPSG:3413 derived from high-resolution satellite remote sensin...
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
GNSS data of glacier motion in vertical and horizontal direction (summer 2017...
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
Supraglacial lake outlines at maximum filling for the years 2005, 2012, 2015,...
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
Surface elevation from airborne laser scanning referenced to the EGM2008 geoi...
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
Ultra-wide band radar data of englacial channels in 2016, 2018 and 2021
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
Observations of glacier motion, radio echo sounding of englacial channels, la...
The dataset contains GNSS observations of glacier motion, airborne radio echo sounding of englacial channels, airborne laser scanner data of supraglacial lake ground topography... -
Supraglacial lake outlines over Northeast Greenland from 2016 to 2022 using d...
Supraglacial lakes form annually in surface depressions around the periphery of Greenland. Here, a deep learning method based on U-Net was employed to segment supraglacial lakes... -
In situ supraglacial lake depth measurements using remote controlled sonar bo...
The estimation of meltwater volume in supraglacial lakes is important for surface mass balance calculations and glacier modeling; however, current remote sensing techniques are... -
Glacier calving front locations for the Antarctic Peninsula Ice Sheet derived...
Glacier calving front positions have been derived by applying a deep learning method to multispectral Landsat-8 and Landsat-9 imagery. The record contains 4817 calving front...
