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Hubble Telescope Documents 10 Years of Dramatic Changes on Outer Planets
NASA’s Hubble Telescope has tracked atmospheric and seasonal changes on Jupiter, Saturn, Uranus, and Neptune over ten years. Key findings include shifts in Jupiter’s Great Red Spot, Saturn’s seasonal phenomena, Uranus’ polar brightness, and Neptune’s storm activity. These insights, part of NASA’s Outer Planet Atmospheres Legacy (OPAL) p...
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Mars Dust Storms May Be Predictable Based on Surface Heating Patterns
A new study suggests warm days on Mars often precede dust storms, with researchers analysing data from NASA's Mars Reconnaissance Orbiter. The findings show 78% of storms correlate with increased solar heating, particularly in northern regions of the planet. Scientists have developed an algorithm predicting certain storm types with 64% confidence, ...
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Massive Thunderstorms on Jupiter Could Change Its Colour and Appearance
Recent images of Jupiter reveal giant thunderstorms in the Southern Equatorial Belt. Reports suggest these storms, unleashing green lightning, could blend pale hues into the reddish-brown band, potentially causing it to vanish, as observed in prior events. Jupiter's storms remain visible for stargazers as it approaches Earth at its closest point.
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Solar 'Battle Zone' Could be Even Worse Than Solar Maximum, Experts Warn
Experts warn that the sun's next phase, the "battle zone," could result in increased geomagnetic activity, lasting until 2028. This period could bring heightened solar flares and coronal holes, which may cause disruptions to satellites in low-Earth orbit. Space weather experts, including Scott McIntosh from Lynker Space, have noted that this phase ...
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Evidence of Massive Solar Storm Strike on Earth 2,700 Years Ago Discovered in Tree Rings
Researchers from the University of Arizona have uncovered evidence of a powerful solar storm that occurred between 664 and 663 BCE, known as a Miyake Event. The discovery was made by analysing radiocarbon spikes in ancient tree rings, which act as natural records of past solar activity. These rare events, first identified in 2012, occur when solar ...
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Jupiter’s Earth-Sized Storms Might Be Caused by Magnetic Tornadoes, Study Claims
Magnetic tornadoes twisting down from Jupiter's ionosphere create massive, Earth-sized anticyclonic storms in the planet's atmosphere. These dark ovals, detectable only in ultraviolet light, form dense hazes of aerosols stirred by swirling magnetic vortices. This phenomenon, visible at Jupiter's poles, was unveiled through data from the Hubble Spac...
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NASA’s Juno Probe Captures Stunning Views of Jupiter’s Storms and Moon Amalthea
NASA’s Juno probe captured vibrant, high-contrast images of Jupiter’s stormy atmosphere and an up-close view of its moon, Amalthea, during the spacecraft’s 66th flyby on October 23. The images were processed by citizen scientists, enhancing the colours to showcase Jupiter’s unique cloud formations and highlighting details of Amalthea agains...
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NASA’s Atmospheric Waves Experiment Captures Gravity Waves From Hurricane Helene in Florida
On September 26, NASA’s Atmospheric Waves Experiment (AWE) captured atmospheric gravity waves caused by Hurricane Helene’s powerful landfall along Florida’s Gulf Coast. These waves, observed as concentric ripples extending from Florida, highlight NASA’s efforts to understand how terrestrial weather can impact space weather and disrupt commu...
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NOAA's GOES-19 Satellite Captures First Images of Solar Eruptions
NOAA's new Compact Coronagraph (CCOR-1), mounted on the GOES-19 satellite, has captured its first images of a solar storm. Launched on June 25, 2024, the satellite provides crucial data on coronal mass ejections (CMEs) from the sun. Unlike ground-based instruments, CCOR-1 offers uninterrupted views of the solar corona, aiding in early warnings of p...
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Solar Maximum Explained: Current Status and Future Expectations in 2024
Solar maximum is the peak of solar activity in an approximately 11-year cycle. Currently, we are experiencing the solar maximum of Solar Cycle 25, which could last until 2026. This phase is characterized by an increase in sunspots and solar flares, impacting Earth through geomagnetic storms that can disrupt satellites, power grids, and communicatio...
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NASA Confirms Solar Maximum as Sun Reaches Peak of Its 11-Year Cycle with Heightened Activity
NASA and NOAA report that the Sun has reached its most active phase in the 11-year solar cycle, known as solar maximum. This period increases solar storms, affecting satellites, astronauts, and Earth's communication and power systems. While the exact peak won’t be confirmed for months, solar activity is expected to remain high for the next year.
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Hubble Space Telescope Finds Jupiter’s Great Red Spot Mysteriously Oscillating in Size and Speed
NASA’s Hubble Space Telescope has captured new images of Jupiter’s Great Red Spot, revealing unusual behaviour in the massive storm. Known for its longevity, this storm has been raging for over 150 years. However, recent observations show the spot oscillating in both size and speed, a phenomenon that has left scientists puzzled.
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"Scary And Heartbreaking": Hurricane Milton Kills At least 11 In Florida
Hurricane Milton: Florida grappled with flooding and power outages from a milder than expected storm that many had feared would be catastrophic.
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Severe Solar Storm Warning: NOAA Predicts Auroras Across US, Possible Power Grid Impact
NOAA has issued a warning for a severe solar storm expected to hit Earth on October 10-11, 2024. This storm, classified as G4, is caused by a coronal mass ejection from the sun, travelling at nearly 2.9 million miles per hour. It has the potential to disrupt power grids, radio communications, and satellites. Additionally, the storm could enhance au...
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A Geomagnetic Storm Has Hit Earth. Here's What It Is And What Causes Them
A geomagnetic storm lit up the night sky in parts of the US during the first weekend in October. South Africas National Space Agency (Sansa) told reporters that the storm had originated from a solar flare "that erupted from sunspot 3842 on October 3
-
Hubble Telescope Documents 10 Years of Dramatic Changes on Outer Planets
NASA’s Hubble Telescope has tracked atmospheric and seasonal changes on Jupiter, Saturn, Uranus, and Neptune over ten years. Key findings include shifts in Jupiter’s Great Red Spot, Saturn’s seasonal phenomena, Uranus’ polar brightness, and Neptune’s storm activity. These insights, part of NASA’s Outer Planet Atmospheres Legacy (OPAL) p...
-
Mars Dust Storms May Be Predictable Based on Surface Heating Patterns
A new study suggests warm days on Mars often precede dust storms, with researchers analysing data from NASA's Mars Reconnaissance Orbiter. The findings show 78% of storms correlate with increased solar heating, particularly in northern regions of the planet. Scientists have developed an algorithm predicting certain storm types with 64% confidence, ...
-
Massive Thunderstorms on Jupiter Could Change Its Colour and Appearance
Recent images of Jupiter reveal giant thunderstorms in the Southern Equatorial Belt. Reports suggest these storms, unleashing green lightning, could blend pale hues into the reddish-brown band, potentially causing it to vanish, as observed in prior events. Jupiter's storms remain visible for stargazers as it approaches Earth at its closest point.
-
Solar 'Battle Zone' Could be Even Worse Than Solar Maximum, Experts Warn
Experts warn that the sun's next phase, the "battle zone," could result in increased geomagnetic activity, lasting until 2028. This period could bring heightened solar flares and coronal holes, which may cause disruptions to satellites in low-Earth orbit. Space weather experts, including Scott McIntosh from Lynker Space, have noted that this phase ...
-
Evidence of Massive Solar Storm Strike on Earth 2,700 Years Ago Discovered in Tree Rings
Researchers from the University of Arizona have uncovered evidence of a powerful solar storm that occurred between 664 and 663 BCE, known as a Miyake Event. The discovery was made by analysing radiocarbon spikes in ancient tree rings, which act as natural records of past solar activity. These rare events, first identified in 2012, occur when solar ...
-
Jupiter’s Earth-Sized Storms Might Be Caused by Magnetic Tornadoes, Study Claims
Magnetic tornadoes twisting down from Jupiter's ionosphere create massive, Earth-sized anticyclonic storms in the planet's atmosphere. These dark ovals, detectable only in ultraviolet light, form dense hazes of aerosols stirred by swirling magnetic vortices. This phenomenon, visible at Jupiter's poles, was unveiled through data from the Hubble Spac...
-
NASA’s Juno Probe Captures Stunning Views of Jupiter’s Storms and Moon Amalthea
NASA’s Juno probe captured vibrant, high-contrast images of Jupiter’s stormy atmosphere and an up-close view of its moon, Amalthea, during the spacecraft’s 66th flyby on October 23. The images were processed by citizen scientists, enhancing the colours to showcase Jupiter’s unique cloud formations and highlighting details of Amalthea agains...
-
NASA’s Atmospheric Waves Experiment Captures Gravity Waves From Hurricane Helene in Florida
On September 26, NASA’s Atmospheric Waves Experiment (AWE) captured atmospheric gravity waves caused by Hurricane Helene’s powerful landfall along Florida’s Gulf Coast. These waves, observed as concentric ripples extending from Florida, highlight NASA’s efforts to understand how terrestrial weather can impact space weather and disrupt commu...
-
NOAA's GOES-19 Satellite Captures First Images of Solar Eruptions
NOAA's new Compact Coronagraph (CCOR-1), mounted on the GOES-19 satellite, has captured its first images of a solar storm. Launched on June 25, 2024, the satellite provides crucial data on coronal mass ejections (CMEs) from the sun. Unlike ground-based instruments, CCOR-1 offers uninterrupted views of the solar corona, aiding in early warnings of p...
-
Solar Maximum Explained: Current Status and Future Expectations in 2024
Solar maximum is the peak of solar activity in an approximately 11-year cycle. Currently, we are experiencing the solar maximum of Solar Cycle 25, which could last until 2026. This phase is characterized by an increase in sunspots and solar flares, impacting Earth through geomagnetic storms that can disrupt satellites, power grids, and communicatio...
-
NASA Confirms Solar Maximum as Sun Reaches Peak of Its 11-Year Cycle with Heightened Activity
NASA and NOAA report that the Sun has reached its most active phase in the 11-year solar cycle, known as solar maximum. This period increases solar storms, affecting satellites, astronauts, and Earth's communication and power systems. While the exact peak won’t be confirmed for months, solar activity is expected to remain high for the next year.
-
Hubble Space Telescope Finds Jupiter’s Great Red Spot Mysteriously Oscillating in Size and Speed
NASA’s Hubble Space Telescope has captured new images of Jupiter’s Great Red Spot, revealing unusual behaviour in the massive storm. Known for its longevity, this storm has been raging for over 150 years. However, recent observations show the spot oscillating in both size and speed, a phenomenon that has left scientists puzzled.
-
"Scary And Heartbreaking": Hurricane Milton Kills At least 11 In Florida
Hurricane Milton: Florida grappled with flooding and power outages from a milder than expected storm that many had feared would be catastrophic.
-
Severe Solar Storm Warning: NOAA Predicts Auroras Across US, Possible Power Grid Impact
NOAA has issued a warning for a severe solar storm expected to hit Earth on October 10-11, 2024. This storm, classified as G4, is caused by a coronal mass ejection from the sun, travelling at nearly 2.9 million miles per hour. It has the potential to disrupt power grids, radio communications, and satellites. Additionally, the storm could enhance au...
-
A Geomagnetic Storm Has Hit Earth. Here's What It Is And What Causes Them
A geomagnetic storm lit up the night sky in parts of the US during the first weekend in October. South Africas National Space Agency (Sansa) told reporters that the storm had originated from a solar flare "that erupted from sunspot 3842 on October 3
