Monitoring Forest Health Amid Oil and Gas Extraction
December 11, 2018
Following changes in long-term forest health around oil and gas wells in the Pennsylvania State Forest.
Following changes in long-term forest health around oil and gas wells in the Pennsylvania State Forest.
This research identified the Delmarva as an area of significant salt marsh loss over the last three decades.
Making annual high-resolution agricultural subsurface drainage maps for the Northern Great Plains regions using multiple satellite and model datasets with Google Earth Engine.
Iceberg A-68 calved from the Larsen C during a period of larger then average tidal cycles.
There is evidence of oyster reefs driving estuary-scale detention of freshwater in the Suwannee Sound.
Across the Great Basin from 1984-2016, shrub and grass vegetation are declining.
A robust detection method to track crop cover dynamics and identify the planting year through Landsat time series data.
“Great insight comes from thinking in multi-sensor and using several constellations together.”
Source: USGS EROS When it comes to the business of acquiring remotely sensed data, of preserving that data and providing a portal to it, National
Agencies like NASA and the U.S. Geological Survey (USGS) that commit multiple millions of dollars to put Landsat satellites into space need to know that the spacecraft, the sensors onboard, the ground system operating the satellite, and the launch vehicle are all designed and built the right way.
A Landsat 8 image of the Suwannee River meeting the Gulf of Mexico took first place in this year’s Envisioning Science image competition held by NC State.
National Park Service cartographer Tom Patterson’s mapmaking process often incorporates information from Landsat.
“Open Air” is a media project of Australia-based artist Grayson Cooke that features Landsat 8 imagery as it explores how time and elemental forces work
Revealing the dynamic nature of glaciers.
Glaciers have been receeding rapidly in many parts of the world, including New Zealand.
The area of mangrove wetlands around the world has been declining over recent decades.
Using Landsat to measure river widths around the world.
Modeling the aboveground biomass and carbon of tidal marshes across the U.S.
Learn more about the huge citizen science kelp mapping endeavor called Floating Forests.
A method for mapping coral reefs or other benthic habitats over time.
Quantifying the impact of historic land-use and hydroclimatic variability on landscape connectivity dynamics across Australia’s breadbasket.
Using Landsat 8’s thermal data to monitor calving events in Antarctica.
Using Landsat data from 1984-2014 to investigate the blue carbon change in Louisiana’s coastal marshes.
Using Earth Observation data to monitor volcanic eruptions.
HLS offers a seamless data set of surface reflectance observations.
Monitoring surface water trends in North Western Canada.
Thirty-one years of observed water use trends in the Southwestern U.S.
Learn more about a water quality modeling tool known as SPARROW.
Uncharted, a cartographic art installation, was on display for the 2017 Pecora 20 in Sioux Falls, South Dakota.
To learn how current investments could impact the future of Landsat we are conducting a series of interviews with ESTO-funded researchers working on technology for the Landsat 10 era and beyond.
Each day of 2017, a project called Landsat365 is sharing a stunning Landsat 8 image with the public.
Descartes Labs released a 3.1-trillion pixel, cloud-free Landsat 8 composite image of the world along with two others based on the European Union’s Sentinel satellites on Feb. 6, 2017.
Using Landsat 8 to map the colored dissolved organic matter of inland tropical waters.
