Space photo of the day for April 28, 2025
On April 22, 2025, a fire began in a wildlife management area near the town of Waretown in New Jersey. Within two days, the blaze had spread into one of the largest fires the state has seen in decades. Images captured by NASA's Landsat 9 satellite have help reveal the scope of the devastation left behind.
The Operational Land Imager-2 (OLI-2) instrument on the Landsat 9 satellite sent back these images of the Jones Road fire on April 23, 2025. In this natural-color scene, thick smoke obscures the fire's mark on the land below.
The burned area is revealed when viewed in shortwave infrared, near infrared and visible light. In the false-color image of the same area, unburned vegetated areas (green) and the recently burned landscape (brown) are more easily identified.
The Pine Barrens, also known as the Pinelands, is located in southeastern New Jersey. It's a sprawling ecosystem covering about 1.1 million to 1.4 million acres (445,000 to 567,000 hectares).
The fire has led to evacuations of people from Lacey and Ocean townships and sent smoke wafting toward New York City. Conditions have resulted in the closure of the Garden State Parkway at times.
NASA is generally associated with looking outward into space, but by pointing its satellites back at our planet, the agency has been able to help reveal warning signs for large wildfires like this one in New Jersey.
Earlier observations from NASA's GRACE (Gravity Recovery and Climate Experiment) and GRACE-FO (GRACE Follow On) satellites showed anomalously dry conditions in the area, pointing to the Pine Barrens being particularly susceptible to a fire in the spring of 2025.
At the time of the fire, the U.S. Drought Monitor had classified drought in the region as "severe."
You can read more about Landsat 9, NASA's most powerful Landsat satellite ever, and see more of its imagery. You can also read more about the role of satellites monitoring wildfires.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles

Epoch Times
33 minutes ago
- Epoch Times
Houston, ‘We've Had a Problem': Jim Lovell and Apollo 13
On Aug. 7, 2025, Jim Lovell died at the age of 97. A Naval aviator and a test pilot, he joined the National Aeronautics and Space Administration's (NASA) training program for crewed flights in 1962. On his Gemini 7 flight, he and fellow astronaut Frank Borman set a record for the longest number of days spent in space and for the first time rendezvoused with another spacecraft. Later he was aboard Gemini 12 with Buzz Aldrin, the last flight of the Gemini series.
Yahoo
an hour ago
- Yahoo
Small NASA radar system tracks millimeter terrain and volcanic changes without GPS
A collaboration between NASA and small aerospace company Aloft Sensing has produced a compact radar system capable of detecting minute changes in Earth's surface. The instrument, called HALE InSAR, is small, lightweight, and consumes less than 300 watts—roughly the power of an electric bike—yet can track millimeter-scale deformations in terrain, snowpacks, and volcanoes. What sets HALE InSAR apart is its ability to operate without GPS, using advanced positioning algorithms to locate itself with unprecedented accuracy. 'SAR is like a long-exposure camera, except with radio waves,' explained Brian Pollard, Chief Engineer at Aloft Sensing. 'Precise positioning is critical, or your image smears.' Flying high for science HALE InSAR rides aboard high-altitude, long-endurance (HALE) platforms—lightweight aircraft designed to stay aloft for weeks, months, or even years. These vehicles can revisit the same location multiple times per hour, making them ideal for monitoring subtle changes in Earth's geologic environment. Interferometric Synthetic Aperture Radar (InSAR), the technology behind the system, compares repeated radar images to detect surface shifts. Traditional InSAR instruments are too large for HALE vehicles, but HALE InSAR weighs under 15 pounds and features a flat phased-array antenna. This allows operators to steer the radar beam electronically, eliminating bulky gimbals and other heavy components. By tracking millimeter-scale shifts, HALE InSAR could provide early warnings for natural disasters like volcanic eruptions or landslides. Its GPS-free navigation also makes it suitable for remote locations, increasing its utility for national security and scientific missions alike. Lauren Wye, CEO of Aloft Sensing, highlighted the instrument's advantages: 'It's a level of sensitivity that has eluded traditional radar sensors, without making them bulky or expensive. This technology has huge benefits for science and civil applications.' From balloons to space HALE InSAR has already been validated on airships flying at 65,000 feet and on small stratospheric balloons. Next, the team plans to test it aboard fixed-wing HALE aircraft. In the future, the instrument could even be deployed on small satellites in low Earth orbit, expanding its reach beyond the stratosphere. The project was made possible through NASA's Earth Science Technology Office (ESTO), with previous funding supporting its novel electronically steered antenna and agile software-defined transceiver. This 'hand-in-hand' approach has allowed Aloft Sensing, a small business, to bring a prototype to a proven instrument, attracting both civil and military interest. HALE InSAR represents a leap forward in compact radar technology, merging high-altitude endurance, GPS-independent positioning, and millimeter-scale precision. For researchers and agencies monitoring Earth's dynamic systems, this small but mighty radar could change how we watch our planet in real time. Solve the daily Crossword
Yahoo
an hour ago
- Yahoo
James Webb Spots Mysterious Object Orbiting Uranus
Circle Strafe NASA's James Webb Space Telescope has spotted a tiny moon orbiting Uranus, expanding the number of the planet's known satellites to 29. In early February, the space observatory's Near-Infrared Camera (NIRCam) caught the minuscule and still-unnamed object orbiting the gas giant at a distance of 35,000 miles. "It's a small moon but a significant discovery, which is something that even NASA's Voyager 2 spacecraft didn't see during its flyby nearly 40 years ago," said Southwest Research Institute lead scientist Maryame El Moutamid in a NASA statement. Scientists estimate the diminutive world is just six miles in diameter, which could explain why even our most sensitive equipment has missed it until now. "No other planet has as many small inner moons as Uranus, and their complex inter-relationships with the rings hint at a chaotic history that blurs the boundary between a ring system and a system of moons," said SETI Institute researcher and research team member Matthew Tiscareno. "Moreover, the new moon is smaller and much fainter than the smallest of the previously known inner moons, making it likely that even more complexity remains to be discovered." Ring Cycle Its almost perfectly circular orbit has led the scientists to conclude that it must have formed somewhere near its current location. Uranus' 29 moons range significantly in size, with the largest, Titania, measuring 981 miles in diameter, making it the eighth-largest moon in the solar system. Before Voyager 2 visited Uranus, unveiling almost a dozen new moons, Miranda was considered the smallest, measuring 290 miles in diameter. Scientists are still debating how Uranus' moons came to be. Existing theories include material sticking together in the planet's large accretion disk over time, or possibly a giant impact that knocked material loose. At the time of Voyager 2's visit, Uranus had 15 known moons. Additional observations since then, including help from NASA's Hubble Space Telescope, have revealed more than a dozen new ones, which tend to be significantly smaller. That makes the latest discovery all the more impressive, considering the newly spotted moon is only a fraction of the size of Miranda. "It's a tiny object right next to a very, very bright object," SETI Institute researcher and team member Mark Showalter told New Scientist. "It's like staring into the headlight of a car and trying to look at a fly." "The James Webb telescope is an extraordinary instrument that is vastly more sensitive than any other telescope that has ever existed, frankly," he added. More on Uranus: Scientists Say That Uranus Appears to Have a Girlfriend Solve the daily Crossword