Budget shortfalls, launch failures, and mission changes have caused a decline in U.S. earth observation satellites over the last five years, a trend that could undermine the nation’s ability to forecast weather and monitor natural disasters and climate change, according to a new report. The report, published by the National Research Council (NRC), said that a lack of satellite-based earth monitoring technologies “will have profound consequences on science and society.” One factor slowing progress is a shortage of reliable medium-class launchers to send satellites into space, the NRC said. The report said that NASA is making up for some of the shortfalls in earth observation systems by increasing sub-orbital missions and jet flights, and by cooperating on missions with other countries that have launched earth observation satellites. “It’s likely our capabilities will decline fairly precipitously at just the time they’re most needed,” Dennis Hartmann, a professor of atmospheric sciences at the University of Washington and chair of the committee that wrote the report, told the New York Times.
Earth Observation Satellites Threatened by Budget Shortfalls in U.S.
More From E360
-
Climate
Scientists Are Trying to Coax the Ocean to Absorb More CO2
-
INTERVIEW
Marina Silva on Brazil’s Fight to Turn the Tide on Deforestation
-
Solutions
Solomon Islands Tribes Sell Carbon Credits, Not Their Trees
-
INTERVIEW
With Sea Turtles in Peril, a Call for New Strategies to Save Them
-
RIVERS
Jared Kushner Has Big Plans for Delta of Europe’s Last Wild River
-
Energy
A Nuclear Power Revival Is Sparking a Surge in Uranium Mining
-
OPINION
Despite Official Vote, the Evidence of the Anthropocene Is Clear
-
INTERVIEW
At 11,500 Feet, a ‘Climate Fast’ to Save the Melting Himalaya
-
Oceans
Octopuses Are Highly Intelligent. Should They Be Farmed for Food?
-
Climate
Nations Are Undercounting Emissions, Putting UN Goals at Risk
-
Solutions
As Carbon Air Capture Ramps Up, Major Hurdles Remain
-
ANALYSIS
How China Became the World’s Leader on Renewable Energy