Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
Death Valley Flash Flooding
In early August 2022, flash floods soaked Furnace Creek...
Golden Software Enhances Grapher Package with Improved Axes, Plotting, and 3D Functionality
GOLDEN, Colorado – Golden Software, a developer of affordable...
Esri India Marches Ahead with 51% Indian Ownership
New Delhi: Esri India, the country's leading Geographic Information...
Trimble RTX Integrity Validates Positioning Data Accuracy to Support Safety-Critical Applications
Providing Even More Reliable Measurements for Users of Trimble...
Esri Renews NTIS Partnership Supporting White House Priorities with Access to Geographic Data
REDLANDS, Calif.— The Biden administration has prioritized goals relating...
An image shows NASA’s Soil Moisture Active Passive observatory mission, launched in January 2015 to map global soil moisture and detect whether soils are frozen or thawed. (Credit: NASA, ASSOCIATED PRESS)

An image shows NASA’s Soil Moisture Active Passive observatory mission, launched in January 2015 to map global soil moisture and detect whether soils are frozen or thawed. (Credit: NASA, ASSOCIATED PRESS)

A NASA satellite launched just seven months ago lost the use of one of two science instruments, but the space agency said the mission to map global soil moisture will continue.

The radar instrument aboard the Soil Moisture Active Passive satellite stopped transmitting on July 7, 2015, due to a problem with a high-power amplifier. An anomaly team was formed at Jet Propulsion Laboratory to determine if normal operation could be restored.

An attempt to power up the radar on Aug. 24, 2015, was unsuccessful, and it was determined that all possible options had been exhausted, and the radar wasn’t recoverable.

The SMAP satellite was launched Jan. 31, 2015, from Vandenberg Air Force Base, Calif., on a three-year, $916 million mission to map soil moisture around the globe and determine whether soils are frozen or thawed.

In addition to increasing knowledge about Earth’s water, energy and carbon cycles, its practical uses may include improving monitoring and predicting floods and droughts as well as improving weather forecasting and predictions for crop yields.

Comments are closed.