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Weaponizing Fraud: Trump Withholds Over $1B in Medicaid From California and Minnesota

Weaponizing Fraud: Trump Withholds Over $1B in Medicaid From California and Minnesota

The Trump administration announced on July 21, 2026, that it’s withholding US$867 million in federal healthcare funding for California and $200 million for Minnesota – a total of more than $1 billion.

Federal officials said the two states had failed to provide sufficient evidence that a number of disputed medical claims were legitimate. These include bills for in-home care and other services covered by the two states’ Medicaid programs for low-income residents.

Medicaid administrators say the funds can be recovered if the states supply the requested documentation. But the action is highly unusual: Typically, Medicaid officials partner with states to conduct an audit when they suspect fraud, a careful process that often takes years.

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Federal agents execute a search in December 2025 tied to potential Medicaid fraud in Bloomington, Minn. Christopher Juhn/Anadolu via Getty Images via The Conversation

It’s the second time in 2026 that the Trump administration has withheld or deferred federal Medicaid funds for several states, including California and Minnesota, because of alleged fraud and abuse. The Democratic governors of those states have called the decision a politically motivated attack on their constituents.

I’m a historian of social policy who led the first comprehensive historical overview of Medi-Cal, California’s statewide Medicaid system. I’ve found that U.S. leaders have long used the language of fraud and abuse to blur the line between correcting very real failures within Medicaid and – as I believe the Trump administration is currently doing – discrediting and defunding the program itself.

Who pays when Medicaid is cut? It affects children’s health care, nursing home care, disability services and health insurance.

Slashing the safety net

The Medicaid restrictions are part of the Trump administration’s overall efforts to slash federal funding for the safety net.

The large tax-and-spending bill that Trump signed into law in July 2025 as the cornerstone of his second-term agenda pared eligibility for Medicaid by introducing work requirements for some adults. It is cutting close to $1 trillion in federal spending on the program over the next decade.

Researchers estimate that almost 12 million people, on top of the estimated 28 million without health insurance in 2025, could become uninsured by 2034 due to these changes. By mid-2026, more than 3 million people had already lost their insurance coverage due to Republican changes to the Affordable Care Act.

‘Padlocking’ the ‘cookie jar’

In February 2026, Vice President JD Vance, Health Secretary Robert F. Kennedy Jr. and Dr. Mehmet Oz, the administrator of the Centers for Medicare & Medicaid Services, or CMS, announced a new anti-fraud initiative called Comprehensive Regulations to Uncover Suspicious Healthcare.

Also known by its rather unsubtle acronym, CRUSH, this initiative is taking unprecedented steps to withhold and defer funds in response to suspected fraud. “CMS is done trying to catch fraudsters with their hands in the cookie jar,” Oz said in announcing CRUSH’s formation. “Instead, we’re padlocking the jar and letting them starve.”

To be sure, Medicaid fraud, waste and abuse – such as providers billing Medicaid for services that are unnecessary or never rendered – are very real problems that cost taxpayers billions of dollars annually. They do divert funds from the low-income and disabled Americans enrolled in the program.

But the Trump administration’s latest moves are part of a much broader history of weaponizing Medicaid fraud and abuse – both real and imagined. I see them as a politicized attempt to prove that Medicaid itself is wasteful, that state governments cannot be trusted to administer federal money, and that public benefits inevitably invite dishonesty.

RFK Jr

Secretary of Health and Human Services Robert F. Kennedy Jr. speaks about alleged Medicaid fraud and charges in Minneapolis in May 2026. Christopher Juhn/Anadolu via Getty Images via The Conversation

Providing little oversight at the start

Medicaid was established, along with Medicare for older adults, in 1965 as part of President Lyndon B. Johnson’s “Great Society” reforms. Despite providing millions of Americans with health insurance coverage for the first time, these programs had few centralized mechanisms for the kind of federal oversight that could prevent and catch fraud and abuse.

And the sheer scale and complexity of the Medicaid system – joint federal-state funding, varying eligibility requirements, millions of enrollees and thousands of providers – created opportunities for questionable billing practices among providers.

The 1970s saw a number of highly publicized Medicaid scandals involving nursing homes, laboratories, pharmacies and so-called “Medicaid mills” – healthcare providers that sought to bill the government for large numbers of Medicaid patients for shoddy and often fraudulent care.

A series of high-profile congressional investigations spurred demand for stronger Medicaid oversight and enforcement. That led to the Medicare-Medicaid Anti-Fraud and Abuse Amendments of 1977, which established the national Medicaid Fraud Control Units program.

The state-run Medicaid Fraud Control Units received generous federal matching funds to investigate and prosecute fraud.

The most serious Medicaid fraud was generally committed by healthcare providers and contractors, not patients. Medicaid Fraud Control Units were principally responsible for investigating providers, while also prosecuting the abuse and neglect of patients whose care was billed to Medicaid.

At the same time, however, Medicaid was becoming entangled in a broader political debate over social spending, whether many Americans were becoming too dependent on government benefits, and the alleged use of benefits by people who should not have received them. In the 1980s and 1990s, widely circulated stories about Medicaid exposed fraud and malfeasance by providers.

But disproportionately, they also highlighted the comparatively few instances of fraud by people enrolled in the program, such as cases where they submitted false receipts for covered medically related travel or sold drugs they obtained through Medicaid for free or at low cost.

Using Medicare fraud to justify spending cuts

The distinction between Medicaid and cash assistance programs, such as the Aid to Families with Dependent Children “welfare” program, frequently disappeared in political rhetoric. False or exaggerated stories that portrayed African American single mothers living extravagantly while fraudulently claiming welfare benefits became potent symbols of supposed government failure.

While campaigning as a presidential candidate, Ronald Reagan seized on this trope of the welfare queen” in his attacks on social spending.

People line up at the Baltimore City Welfare Office in 1975

People line up at the Baltimore City Welfare Office in 1975, years before concerns about social spending led to big cuts to safety net programs. O'Halloran/Library of Congress via Getty Images via The Conversation

By the mid-1990s, opposition to welfare programs had become increasingly bipartisan. Politicians in both parties often used tales of Medicaid fraud on the part of providers and recipients to justify tighter eligibility rules and spending cuts.

Federal oversight expanded further with the Deficit Reduction Act of 2005, which created the Medicaid Integrity Program and strengthened federal oversight of state programs. The Affordable Care Act, the landmark healthcare legislation Congress passed in 2010, added new measures to screen providers and verify billing.

Concerns about Medicaid’s “integrity” became highly politicized in the debates surrounding the ACA. Critics of Medicaid expansion argued that increasing the number of people who could get health insurance through the program would increase fraud and improper enrollment. Supporters of expanding Medicaid to help more Americans gain health insurance maintained that anti-fraud rhetoric often disguised ideological opposition to the program’s expansion.

Blurring distinctions then and now

For the six decades that this program has helped millions of low-income Americans get healthcare, politicians have blurred the distinction between protecting Medicaid from abuse and using abuse to discredit Medicaid itself.

In my view, the Trump administration’s campaigns against California and Minnesota continue that pattern. It is using real weaknesses within Medicaid to advance much broader political arguments: that Democratic states cannot be trusted, that public benefits naturally invite abuse, and that withholding funds is itself a form of reform.

The result will no doubt be that fewer low-income Americans will be able to get the healthcare they need.

By Ben Zdencanovic, Assistant Professor of U.S. History, University of Cambridge. This article is republished from The Conversation under a Creative Commons license. Read the original article.

The Conversation

sb admin
Categories


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Weaponizing Fraud: Trump Withholds Over $1B in Medicaid From California and Minnesota

The Trump administration announced on July 21, 2026, that it’s withholding US$867 million in federal healthcare funding for California and $200 million for Minnesota – a total of more than $1 billion.

Federal officials said the two states had failed to provide sufficient evidence that a number of disputed medical claims were legitimate. These include bills for in-home care and other services covered by the two states’ Medicaid programs for low-income residents.

Medicaid administrators say the funds can be recovered if the states supply the requested documentation. But the action is highly unusual: Typically, Medicaid officials partner with states to conduct an audit when they suspect fraud, a careful process that often takes years.

="" p="" height="400">

Federal agents execute a search in December 2025 tied to potential Medicaid fraud in Bloomington, Minn. Christopher Juhn/Anadolu via Getty Images via The Conversation

It’s the second time in 2026 that the Trump administration has withheld or deferred federal Medicaid funds for several states, including California and Minnesota, because of alleged fraud and abuse. The Democratic governors of those states have called the decision a politically motivated attack on their constituents.

I’m a historian of social policy who led the first comprehensive historical overview of Medi-Cal, California’s statewide Medicaid system. I’ve found that U.S. leaders have long used the language of fraud and abuse to blur the line between correcting very real failures within Medicaid and – as I believe the Trump administration is currently doing – discrediting and defunding the program itself.

Who pays when Medicaid is cut? It affects children’s health care, nursing home care, disability services and health insurance.

Slashing the safety net

The Medicaid restrictions are part of the Trump administration’s overall efforts to slash federal funding for the safety net.

The large tax-and-spending bill that Trump signed into law in July 2025 as the cornerstone of his second-term agenda pared eligibility for Medicaid by introducing work requirements for some adults. It is cutting close to $1 trillion in federal spending on the program over the next decade.

Researchers estimate that almost 12 million people, on top of the estimated 28 million without health insurance in 2025, could become uninsured by 2034 due to these changes. By mid-2026, more than 3 million people had already lost their insurance coverage due to Republican changes to the Affordable Care Act.

‘Padlocking’ the ‘cookie jar’

In February 2026, Vice President JD Vance, Health Secretary Robert F. Kennedy Jr. and Dr. Mehmet Oz, the administrator of the Centers for Medicare & Medicaid Services, or CMS, announced a new anti-fraud initiative called Comprehensive Regulations to Uncover Suspicious Healthcare.

Also known by its rather unsubtle acronym, CRUSH, this initiative is taking unprecedented steps to withhold and defer funds in response to suspected fraud. “CMS is done trying to catch fraudsters with their hands in the cookie jar,” Oz said in announcing CRUSH’s formation. “Instead, we’re padlocking the jar and letting them starve.”

To be sure, Medicaid fraud, waste and abuse – such as providers billing Medicaid for services that are unnecessary or never rendered – are very real problems that cost taxpayers billions of dollars annually. They do divert funds from the low-income and disabled Americans enrolled in the program.

But the Trump administration’s latest moves are part of a much broader history of weaponizing Medicaid fraud and abuse – both real and imagined. I see them as a politicized attempt to prove that Medicaid itself is wasteful, that state governments cannot be trusted to administer federal money, and that public benefits inevitably invite dishonesty.

RFK Jr

Secretary of Health and Human Services Robert F. Kennedy Jr. speaks about alleged Medicaid fraud and charges in Minneapolis in May 2026. Christopher Juhn/Anadolu via Getty Images via The Conversation

Providing little oversight at the start

Medicaid was established, along with Medicare for older adults, in 1965 as part of President Lyndon B. Johnson’s “Great Society” reforms. Despite providing millions of Americans with health insurance coverage for the first time, these programs had few centralized mechanisms for the kind of federal oversight that could prevent and catch fraud and abuse.

And the sheer scale and complexity of the Medicaid system – joint federal-state funding, varying eligibility requirements, millions of enrollees and thousands of providers – created opportunities for questionable billing practices among providers.

The 1970s saw a number of highly publicized Medicaid scandals involving nursing homes, laboratories, pharmacies and so-called “Medicaid mills” – healthcare providers that sought to bill the government for large numbers of Medicaid patients for shoddy and often fraudulent care.

A series of high-profile congressional investigations spurred demand for stronger Medicaid oversight and enforcement. That led to the Medicare-Medicaid Anti-Fraud and Abuse Amendments of 1977, which established the national Medicaid Fraud Control Units program.

The state-run Medicaid Fraud Control Units received generous federal matching funds to investigate and prosecute fraud.

The most serious Medicaid fraud was generally committed by healthcare providers and contractors, not patients. Medicaid Fraud Control Units were principally responsible for investigating providers, while also prosecuting the abuse and neglect of patients whose care was billed to Medicaid.

At the same time, however, Medicaid was becoming entangled in a broader political debate over social spending, whether many Americans were becoming too dependent on government benefits, and the alleged use of benefits by people who should not have received them. In the 1980s and 1990s, widely circulated stories about Medicaid exposed fraud and malfeasance by providers.

But disproportionately, they also highlighted the comparatively few instances of fraud by people enrolled in the program, such as cases where they submitted false receipts for covered medically related travel or sold drugs they obtained through Medicaid for free or at low cost.

Using Medicare fraud to justify spending cuts

The distinction between Medicaid and cash assistance programs, such as the Aid to Families with Dependent Children “welfare” program, frequently disappeared in political rhetoric. False or exaggerated stories that portrayed African American single mothers living extravagantly while fraudulently claiming welfare benefits became potent symbols of supposed government failure.

While campaigning as a presidential candidate, Ronald Reagan seized on this trope of the welfare queen” in his attacks on social spending.

People line up at the Baltimore City Welfare Office in 1975

People line up at the Baltimore City Welfare Office in 1975, years before concerns about social spending led to big cuts to safety net programs. O'Halloran/Library of Congress via Getty Images via The Conversation

By the mid-1990s, opposition to welfare programs had become increasingly bipartisan. Politicians in both parties often used tales of Medicaid fraud on the part of providers and recipients to justify tighter eligibility rules and spending cuts.

Federal oversight expanded further with the Deficit Reduction Act of 2005, which created the Medicaid Integrity Program and strengthened federal oversight of state programs. The Affordable Care Act, the landmark healthcare legislation Congress passed in 2010, added new measures to screen providers and verify billing.

Concerns about Medicaid’s “integrity” became highly politicized in the debates surrounding the ACA. Critics of Medicaid expansion argued that increasing the number of people who could get health insurance through the program would increase fraud and improper enrollment. Supporters of expanding Medicaid to help more Americans gain health insurance maintained that anti-fraud rhetoric often disguised ideological opposition to the program’s expansion.

Blurring distinctions then and now

For the six decades that this program has helped millions of low-income Americans get healthcare, politicians have blurred the distinction between protecting Medicaid from abuse and using abuse to discredit Medicaid itself.

In my view, the Trump administration’s campaigns against California and Minnesota continue that pattern. It is using real weaknesses within Medicaid to advance much broader political arguments: that Democratic states cannot be trusted, that public benefits naturally invite abuse, and that withholding funds is itself a form of reform.

The result will no doubt be that fewer low-income Americans will be able to get the healthcare they need.

By Ben Zdencanovic, Assistant Professor of U.S. History, University of Cambridge. This article is republished from The Conversation under a Creative Commons license. Read the original article.

The Conversation

sb admin
Categories


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Does asteroid Nysa have 3 lobes and a moon?

A lumpy white rock on a dark grainy background spins and one brighter dot at upper left circling it.
We’ve seen many asteroids that are made from 2 bodies stuck together, but asteroid Nysa might be the first known trinary asteroid. Plus, in the upper left of this image, you can see a small moon orbiting Nysa. Image via SHARK-VIS instrument of the Large Binocular Telescope/ Lowell Observatory.

Support science … support wonder. Donate to EarthSky and be part of something big.

3 lobes and a moon for asteroid Nysa?

The German-French astronomer Hermann Goldschmidt discovered asteroid Nysa (pronounced NYE-suh) back on May 27, 1857. It became the 44th known minor planet. Now, nearly 170 years later, we are still discovering the true nature of this rocky world in the asteroid belt.

On July 29, 2026, Lowell Observatory said astronomers using the Large Binocular Telescope in Arizona and the Very Large Telescope in Chile have discovered that this world is likely made of three bodies that have stuck together.

What’s more, their observations also revealed a tiny moon circling the asteroid.

Nysa is unusual

Astronomers have previously found a number of asteroids that look like two rocky bodies collided and stuck together. These binary asteroids include Donaldjohanson and Torifune.

But Nysa – named after the mythical mountainous land of Nysa from Greek mythology – would be the first known trinary asteroid.

Lead author Kate Minker of Lowell Observatory in Flagstaff, Arizona, said:

The images reveal a remarkably unusual object. The most likely explanation is that Nysa is either a contact trinary, consisting of three connected components, or an extremely irregular coherent body unlike anything we’ve previously observed.

The researchers published their peer-reviewed paper on arXiv on July 28, 2026. It’s been accepted for publication by the journal Astronomy & Astrophysics. Al Conrad of the Large Binocular Telescope Observatory said:

In this paper, we’re finally unmasking the asteroid’s true nature, long after it was discovered.

Asteroid 44 Nysa

The new images of Nysa appear to show two depressions that wrap around the asteroid. These would be the connection points between the three previously separate objects. The astronomers call these colli, or neck-like connections between separate lobes.

Nysa’s composition suggests it formed close to the sun. Nysa is an E-type asteroid because it’s rich in a mineral called enstatite. That’s a mineral that reflect a lot of light, making Nysa one of the brightest asteroids. It shines at around magnitude 6.75. That’s within reach of a pair of 7×50 binoculars.

So how did it get its unique shape? Astronomers think it might have formed during a collision, even before it reached the asteroid belt. Three of the scattered pieces then slowly gravitated back together and stuck. Another possibility is the asteroid could have formed after a hit-and-run from another asteroid. These collisions can offer astronomers a peek at the conditions of the early solar system.

A small, white, lumpy space rock spinning in black space.
Here’s another view of asteroid Nysa spinning. It has a weird, 3-lobed appearance. Image via SHARK-VIS instrument of the Large Binocular Telescope/ Lowell Observatory.

A mini moon for Nysa

The new imagery also shows a pretty clear moon orbiting the asteroid. It even has its own designation: S/2026 (44) 1. The researchers estimate the moon to be around a half mile (a little more than 1 km) in diameter. It has a separation from Nysa of about 100 miles (160 km). Nysa itself has a diameter of about 46 miles (75 km).

Bottom line: The asteroid Nysa might be the first-known three-lobed body. And the new observations also reveal a tiny moon orbiting the asteroid.

Source: Unmasking (44) Nysa: Evidence for a trilobate structure

Via University of Arizona

Via Lowell Observatory

The post Does asteroid Nysa have 3 lobes and a moon? first appeared on EarthSky.



from EarthSky https://ift.tt/B5DEn1b
A lumpy white rock on a dark grainy background spins and one brighter dot at upper left circling it.
We’ve seen many asteroids that are made from 2 bodies stuck together, but asteroid Nysa might be the first known trinary asteroid. Plus, in the upper left of this image, you can see a small moon orbiting Nysa. Image via SHARK-VIS instrument of the Large Binocular Telescope/ Lowell Observatory.

Support science … support wonder. Donate to EarthSky and be part of something big.

3 lobes and a moon for asteroid Nysa?

The German-French astronomer Hermann Goldschmidt discovered asteroid Nysa (pronounced NYE-suh) back on May 27, 1857. It became the 44th known minor planet. Now, nearly 170 years later, we are still discovering the true nature of this rocky world in the asteroid belt.

On July 29, 2026, Lowell Observatory said astronomers using the Large Binocular Telescope in Arizona and the Very Large Telescope in Chile have discovered that this world is likely made of three bodies that have stuck together.

What’s more, their observations also revealed a tiny moon circling the asteroid.

Nysa is unusual

Astronomers have previously found a number of asteroids that look like two rocky bodies collided and stuck together. These binary asteroids include Donaldjohanson and Torifune.

But Nysa – named after the mythical mountainous land of Nysa from Greek mythology – would be the first known trinary asteroid.

Lead author Kate Minker of Lowell Observatory in Flagstaff, Arizona, said:

The images reveal a remarkably unusual object. The most likely explanation is that Nysa is either a contact trinary, consisting of three connected components, or an extremely irregular coherent body unlike anything we’ve previously observed.

The researchers published their peer-reviewed paper on arXiv on July 28, 2026. It’s been accepted for publication by the journal Astronomy & Astrophysics. Al Conrad of the Large Binocular Telescope Observatory said:

In this paper, we’re finally unmasking the asteroid’s true nature, long after it was discovered.

Asteroid 44 Nysa

The new images of Nysa appear to show two depressions that wrap around the asteroid. These would be the connection points between the three previously separate objects. The astronomers call these colli, or neck-like connections between separate lobes.

Nysa’s composition suggests it formed close to the sun. Nysa is an E-type asteroid because it’s rich in a mineral called enstatite. That’s a mineral that reflect a lot of light, making Nysa one of the brightest asteroids. It shines at around magnitude 6.75. That’s within reach of a pair of 7×50 binoculars.

So how did it get its unique shape? Astronomers think it might have formed during a collision, even before it reached the asteroid belt. Three of the scattered pieces then slowly gravitated back together and stuck. Another possibility is the asteroid could have formed after a hit-and-run from another asteroid. These collisions can offer astronomers a peek at the conditions of the early solar system.

A small, white, lumpy space rock spinning in black space.
Here’s another view of asteroid Nysa spinning. It has a weird, 3-lobed appearance. Image via SHARK-VIS instrument of the Large Binocular Telescope/ Lowell Observatory.

A mini moon for Nysa

The new imagery also shows a pretty clear moon orbiting the asteroid. It even has its own designation: S/2026 (44) 1. The researchers estimate the moon to be around a half mile (a little more than 1 km) in diameter. It has a separation from Nysa of about 100 miles (160 km). Nysa itself has a diameter of about 46 miles (75 km).

Bottom line: The asteroid Nysa might be the first-known three-lobed body. And the new observations also reveal a tiny moon orbiting the asteroid.

Source: Unmasking (44) Nysa: Evidence for a trilobate structure

Via University of Arizona

Via Lowell Observatory

The post Does asteroid Nysa have 3 lobes and a moon? first appeared on EarthSky.



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Find the Andromeda Galaxy using Cassiopeia

Star chart of constellations Cassiopeia and Andromeda with labeled Andromeda galaxy between them.
Here’s the technique some people use to find the Andromeda Galaxy aka M31. But be sure you’re looking in a dark sky. Then look northward for the M – or W – shaped constellation Cassiopeia the Queen. Next locate the star Schedar in Cassiopeia. It’s the constellation’s brightest star, and it points to the Andromeda Galaxy. Chart via EarthSky.

We live in uncertain times. Look up! It’s peaceful. And please donate today to help EarthSky keep going.

The Andromeda Galaxy

The Andromeda Galaxy, aka Messier 31 (M31), is the nearest large spiral galaxy to our Milky Way. It’s wider than our Milky Way and contains more stars. There are perhaps a trillion stars in the Andromeda Galaxy, in contrast to the Milky Way’s 100 billion to 400 billion stars.

And at about 2.5 million light-years away, the Andromeda Galaxy is the farthest object you can see with the unaided eye.

Plus, now is a good time to see it!

Use Cassiopeia to find the Andromeda Galaxy

So tonight, if you have a dark sky, try star-hopping to the Andromeda Galaxy from the constellation Cassiopeia the Queen. If your sky is dark, you might even spot this hazy patch of light with no optical aid, as the ancient stargazers did before the days of city lights.

But what if you aren’t under a dark sky, and you can’t find the Andromeda Galaxy with the eyes alone? Well, some stargazers use binoculars and star-hop to the Andromeda Galaxy via this W- or M-shaped constellation.

During the northern summer, Cassiopeia appears in the sky above the northern horizon at nightfall and early evening, then swings higher in the sky as evening deepens into late night. Then in the wee hours before dawn, Cassiopeia is found high overhead. Note that one half of the W is more deeply notched than the other half. So this deeper V is your “arrow” in the sky, pointing to the Andromeda Galaxy.

To see a precise view – and time – from your location, try Stellarium Online.

Images of the Andromeda Galaxy

Members of the EarthSky community have captured gorgeous images of this neighboring spiral galaxy.

Oblique view of a large, glowing spiral with bright center, with 2 smaller bright objects near it.
View at EarthSky Community Photos. | Shaurya Salunkhe in Velhe, Maharashtra, India, used a telephoto lens to capture this view of Messier 31, the Andromeda Galaxy, on January 11, 2026. Shaurya wrote: “I captured the Andromeda Galaxy, the Milky Way’s closest neighbor and the largest galaxy of the Local Group. This is the farthest object that is visible to the unaided eye. It’s approximately 2.5 million light-years away. It’s a fascinating target with stunning colors not to mention the bonus little galaxies (M32 and M110) near it.” Thank you, Shaurya!
A detailed glowing spiral in space seen obliquely in a starfield, with 2 smaller objects near it.
View at EarthSky Community Photos. | Craig Freeman imaged the Andromeda Galaxy from Mansfield, Ohio, on October 5, 2025. Beautiful! Thank you, Craig.
Oblique view of a vast, yellowish disk with spiral arms, sparse foreground stars, and 2 smaller bright objects.
View at EarthSky Community Photos. | Aquib Ali Ansari in Jaipur, Rajasthan, India, captured Messier 31 (M31), the Andromeda Galaxy, on September 26, 2025. Thank you, Aquib!

Finder chart for the Andromeda Galaxy

Star chart of constellation Cassiopeia and an arrow pointing to Andromeda Galaxy below it.
Draw an imaginary line from the star Kappa Cassiopeiae (abbreviated Kappa) through the star Schedar, then go about 3 times the Kappa-Schedar distance to locate the Andromeda Galaxy (Messier 31). Image via Wikimedia Commons.

Binoculars enhance the view

Binoculars are an excellent choice for beginners to observe the Andromeda Galaxy, because they are so easy to point. As you stand beneath a dark sky, locate the galaxy with your eye first. Then slowly bring the binoculars up to your eyes so that the galaxy comes into binocular view. If that doesn’t work for you, try sweeping the area with your binoculars. Go slowly, and be sure your eyes are dark-adapted. The galaxy will appear as a fuzzy patch to the eye. Naturally, it’ll appear brighter in binoculars. And can you see its central region is brighter and more concentrated?

But remember, with the eye, binoculars, or with a backyard telescope, the Andromeda Galaxy won’t look like the images from famous telescopes and observatories. Still, it will be beautiful. Plus, it’ll take your breath away. And just think, you’re looking at a galaxy over 2 million light-years away. Wow!

Bottom line: You can find the Andromeda Galaxy using the constellation Cassiopeia as a guide. Remember, on a dark night, this galaxy will look like a faint smudge of light. And once you’ve found it with the unaided eye or binoculars, look at it with a telescope if you have one.

Read more: The Andromeda Galaxy: All you need to know

Read more: Andromeda Galaxy: Find it by star-hopping from Pegasus

Read more: Andromeda Galaxy stuns in new images and sounds!

The post Find the Andromeda Galaxy using Cassiopeia first appeared on EarthSky.



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Star chart of constellations Cassiopeia and Andromeda with labeled Andromeda galaxy between them.
Here’s the technique some people use to find the Andromeda Galaxy aka M31. But be sure you’re looking in a dark sky. Then look northward for the M – or W – shaped constellation Cassiopeia the Queen. Next locate the star Schedar in Cassiopeia. It’s the constellation’s brightest star, and it points to the Andromeda Galaxy. Chart via EarthSky.

We live in uncertain times. Look up! It’s peaceful. And please donate today to help EarthSky keep going.

The Andromeda Galaxy

The Andromeda Galaxy, aka Messier 31 (M31), is the nearest large spiral galaxy to our Milky Way. It’s wider than our Milky Way and contains more stars. There are perhaps a trillion stars in the Andromeda Galaxy, in contrast to the Milky Way’s 100 billion to 400 billion stars.

And at about 2.5 million light-years away, the Andromeda Galaxy is the farthest object you can see with the unaided eye.

Plus, now is a good time to see it!

Use Cassiopeia to find the Andromeda Galaxy

So tonight, if you have a dark sky, try star-hopping to the Andromeda Galaxy from the constellation Cassiopeia the Queen. If your sky is dark, you might even spot this hazy patch of light with no optical aid, as the ancient stargazers did before the days of city lights.

But what if you aren’t under a dark sky, and you can’t find the Andromeda Galaxy with the eyes alone? Well, some stargazers use binoculars and star-hop to the Andromeda Galaxy via this W- or M-shaped constellation.

During the northern summer, Cassiopeia appears in the sky above the northern horizon at nightfall and early evening, then swings higher in the sky as evening deepens into late night. Then in the wee hours before dawn, Cassiopeia is found high overhead. Note that one half of the W is more deeply notched than the other half. So this deeper V is your “arrow” in the sky, pointing to the Andromeda Galaxy.

To see a precise view – and time – from your location, try Stellarium Online.

Images of the Andromeda Galaxy

Members of the EarthSky community have captured gorgeous images of this neighboring spiral galaxy.

Oblique view of a large, glowing spiral with bright center, with 2 smaller bright objects near it.
View at EarthSky Community Photos. | Shaurya Salunkhe in Velhe, Maharashtra, India, used a telephoto lens to capture this view of Messier 31, the Andromeda Galaxy, on January 11, 2026. Shaurya wrote: “I captured the Andromeda Galaxy, the Milky Way’s closest neighbor and the largest galaxy of the Local Group. This is the farthest object that is visible to the unaided eye. It’s approximately 2.5 million light-years away. It’s a fascinating target with stunning colors not to mention the bonus little galaxies (M32 and M110) near it.” Thank you, Shaurya!
A detailed glowing spiral in space seen obliquely in a starfield, with 2 smaller objects near it.
View at EarthSky Community Photos. | Craig Freeman imaged the Andromeda Galaxy from Mansfield, Ohio, on October 5, 2025. Beautiful! Thank you, Craig.
Oblique view of a vast, yellowish disk with spiral arms, sparse foreground stars, and 2 smaller bright objects.
View at EarthSky Community Photos. | Aquib Ali Ansari in Jaipur, Rajasthan, India, captured Messier 31 (M31), the Andromeda Galaxy, on September 26, 2025. Thank you, Aquib!

Finder chart for the Andromeda Galaxy

Star chart of constellation Cassiopeia and an arrow pointing to Andromeda Galaxy below it.
Draw an imaginary line from the star Kappa Cassiopeiae (abbreviated Kappa) through the star Schedar, then go about 3 times the Kappa-Schedar distance to locate the Andromeda Galaxy (Messier 31). Image via Wikimedia Commons.

Binoculars enhance the view

Binoculars are an excellent choice for beginners to observe the Andromeda Galaxy, because they are so easy to point. As you stand beneath a dark sky, locate the galaxy with your eye first. Then slowly bring the binoculars up to your eyes so that the galaxy comes into binocular view. If that doesn’t work for you, try sweeping the area with your binoculars. Go slowly, and be sure your eyes are dark-adapted. The galaxy will appear as a fuzzy patch to the eye. Naturally, it’ll appear brighter in binoculars. And can you see its central region is brighter and more concentrated?

But remember, with the eye, binoculars, or with a backyard telescope, the Andromeda Galaxy won’t look like the images from famous telescopes and observatories. Still, it will be beautiful. Plus, it’ll take your breath away. And just think, you’re looking at a galaxy over 2 million light-years away. Wow!

Bottom line: You can find the Andromeda Galaxy using the constellation Cassiopeia as a guide. Remember, on a dark night, this galaxy will look like a faint smudge of light. And once you’ve found it with the unaided eye or binoculars, look at it with a telescope if you have one.

Read more: The Andromeda Galaxy: All you need to know

Read more: Andromeda Galaxy: Find it by star-hopping from Pegasus

Read more: Andromeda Galaxy stuns in new images and sounds!

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Lake Powell is shrinking toward ‘dead pool’ levels

2 alternating orbital views of a large lake inlet, one with it thin, one with it wide.
The Bullfrog Basin portion of Lake Powell in the Glen Canyon National Recreation Area of Utah. This pair of images from ESA’s Copernicus shows how low the water level has gotten in the past decade. Image via ESA/ Copernicus.

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Lake Powell is shrinking toward ‘dead pool’ levels

Lake Powell in the Glen Canyon National Recreation Area of Utah. This pair of images from ESA’s Copernicus shows how low the water level has gotten in the past decade. Image via ESA/ Copernicus.” rel=”noopener” target=”_blank”>Lake Powell is a human-made reservoir on the Colorado River that runs from Arizona into Utah. The building of Glen Canyon Dam on the Colorado River in 1972 led to the creation of Lake Powell. When full, it’s the 2nd-largest reservoir in the United States, behind Lake Mead. But drought over the past decades has caused Lake Powell to shrink. As of midsummer 2026, it had reached its lowest summer level ever, at only about 23% capacity.

At full capacity, it holds more than 23 million acre-feet of water (28 billion cubic meters). Currently, Lake Powell is holding just 5 million acre-feet of water. As of July 29, 2026, the lake level is at 3,522.78 feet. The record for the lowest level on Lake Powell is 3,519.92 feet, which it reached on April 13, 2023.

Lake Powell now stands at 152.78 ft above dead pool. Dead pool is when water in a reservoir drops so low that it can’t flow downstream from the dam. It would have serious consequences for the people and farmland downstream. There is also a turbine at the base of Glen Canyon Dam. If the water level were to drop low enough, the turbine would lose capacity to produce power. A July report from the Bureau of Reclamation said this could happen as early as spring 2027.

Huge arc-shaped concrete dam with water backed up behind it, in a desert.
This was the view from the visitor center at Glen Canyon Dam in August of 2024. This dam created the reservoir known as Lake Powell, which extends from Arizona into Utah. Image via Lucy Whitt. Used with permission.

Why are Lakes Powell and Mead and the Colorado River shrinking?

There are a number of factors putting stress on these bodies of water. One is the increased demand as our population grows. The water downstream is used for drinking, but the majority of it is used in farming. And climate change has also been another big factor, leading to hotter weather, more evaporation, less precipitation and smaller snowpack. Plus, one major factor for the low water level this year is the incredibly dry winter this region of the country experienced in 2025-2026.

A water supply crisis

Lake Mead and Lake Powell hold nearly 60% of the Colorado River Basin’s water. Some 40 million people rely on this water. But currently, those lakes are at their lowest level in about 70 years. As the July report said:

Lake Powell and Lake Mead essentially comprise one gigantic reservoir, separated into two parts by the Grand Canyon.

Every day going forward, until runoff from the 2026-2027 winter snowpack begins next spring, a new record low will likely be set. This is a significant moment in the evolving Colorado River water supply crisis.

Is there hope for rain and snow?

We are entering not only an El Niño year, but very likely a supercharged one. Right now, the American Southwest is experiencing monsoon season, and there is some hope that rainfall could alleviate a small portion of the drought. And an El Niño year could lead to increased snowfall this winter. But at this point we still must wait to see how the seasons unfold.

Recreation continues on Lake Powell

Right now, there is still plenty of water in Lake Powell that recreational activities continue. Even so, the surrounding communities have taken a hit. It’s unclear whether the drop in tourism is due to visitors choosing to go elsewhere because of news of low lake levels or if it’s related to high gas prices or other reasons.

Marina owners have been extending their boat ramps to continue to have access to the lake. The boat ramp at Bullfrog Marina has been extended so much that at this point, an observer noted, it’s long enough for a small plane to land on it.

At the Glen Canyon National Recreation Area” rel=”noopener” target=”_blank”>Glen Canyon National Recreation Area website, it says:

Lake levels are changing; your adventure isn’t. Open access and a wide range of recreation continue all season long. Since 2001, declining water levels due to climate change and 20 years of drought have reshaped Lake Powell’s shoreline. Today we are experiencing low lake levels and their effects on boat ramp access points, on-lake facilities, and the landscape.

If you want to visit and bring your own boat, visit this page for the latest on lake levels.

Bottom line: Lake Powell is the 2nd-largest reservoir in the United States. But with climate and usage stresses, the lake is shrinking. It could reach dead pool by spring 2027.

Source: A Significant Moment in the Colorado River Water Supply Crisis

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2 alternating orbital views of a large lake inlet, one with it thin, one with it wide.
The Bullfrog Basin portion of Lake Powell in the Glen Canyon National Recreation Area of Utah. This pair of images from ESA’s Copernicus shows how low the water level has gotten in the past decade. Image via ESA/ Copernicus.

We’ve never needed good science more than we do right now. Support EarthSky in 2026 and help us keep it going strong.

Lake Powell is shrinking toward ‘dead pool’ levels

Lake Powell in the Glen Canyon National Recreation Area of Utah. This pair of images from ESA’s Copernicus shows how low the water level has gotten in the past decade. Image via ESA/ Copernicus.” rel=”noopener” target=”_blank”>Lake Powell is a human-made reservoir on the Colorado River that runs from Arizona into Utah. The building of Glen Canyon Dam on the Colorado River in 1972 led to the creation of Lake Powell. When full, it’s the 2nd-largest reservoir in the United States, behind Lake Mead. But drought over the past decades has caused Lake Powell to shrink. As of midsummer 2026, it had reached its lowest summer level ever, at only about 23% capacity.

At full capacity, it holds more than 23 million acre-feet of water (28 billion cubic meters). Currently, Lake Powell is holding just 5 million acre-feet of water. As of July 29, 2026, the lake level is at 3,522.78 feet. The record for the lowest level on Lake Powell is 3,519.92 feet, which it reached on April 13, 2023.

Lake Powell now stands at 152.78 ft above dead pool. Dead pool is when water in a reservoir drops so low that it can’t flow downstream from the dam. It would have serious consequences for the people and farmland downstream. There is also a turbine at the base of Glen Canyon Dam. If the water level were to drop low enough, the turbine would lose capacity to produce power. A July report from the Bureau of Reclamation said this could happen as early as spring 2027.

Huge arc-shaped concrete dam with water backed up behind it, in a desert.
This was the view from the visitor center at Glen Canyon Dam in August of 2024. This dam created the reservoir known as Lake Powell, which extends from Arizona into Utah. Image via Lucy Whitt. Used with permission.

Why are Lakes Powell and Mead and the Colorado River shrinking?

There are a number of factors putting stress on these bodies of water. One is the increased demand as our population grows. The water downstream is used for drinking, but the majority of it is used in farming. And climate change has also been another big factor, leading to hotter weather, more evaporation, less precipitation and smaller snowpack. Plus, one major factor for the low water level this year is the incredibly dry winter this region of the country experienced in 2025-2026.

A water supply crisis

Lake Mead and Lake Powell hold nearly 60% of the Colorado River Basin’s water. Some 40 million people rely on this water. But currently, those lakes are at their lowest level in about 70 years. As the July report said:

Lake Powell and Lake Mead essentially comprise one gigantic reservoir, separated into two parts by the Grand Canyon.

Every day going forward, until runoff from the 2026-2027 winter snowpack begins next spring, a new record low will likely be set. This is a significant moment in the evolving Colorado River water supply crisis.

Is there hope for rain and snow?

We are entering not only an El Niño year, but very likely a supercharged one. Right now, the American Southwest is experiencing monsoon season, and there is some hope that rainfall could alleviate a small portion of the drought. And an El Niño year could lead to increased snowfall this winter. But at this point we still must wait to see how the seasons unfold.

Recreation continues on Lake Powell

Right now, there is still plenty of water in Lake Powell that recreational activities continue. Even so, the surrounding communities have taken a hit. It’s unclear whether the drop in tourism is due to visitors choosing to go elsewhere because of news of low lake levels or if it’s related to high gas prices or other reasons.

Marina owners have been extending their boat ramps to continue to have access to the lake. The boat ramp at Bullfrog Marina has been extended so much that at this point, an observer noted, it’s long enough for a small plane to land on it.

At the Glen Canyon National Recreation Area” rel=”noopener” target=”_blank”>Glen Canyon National Recreation Area website, it says:

Lake levels are changing; your adventure isn’t. Open access and a wide range of recreation continue all season long. Since 2001, declining water levels due to climate change and 20 years of drought have reshaped Lake Powell’s shoreline. Today we are experiencing low lake levels and their effects on boat ramp access points, on-lake facilities, and the landscape.

If you want to visit and bring your own boat, visit this page for the latest on lake levels.

Bottom line: Lake Powell is the 2nd-largest reservoir in the United States. But with climate and usage stresses, the lake is shrinking. It could reach dead pool by spring 2027.

Source: A Significant Moment in the Colorado River Water Supply Crisis

The post Lake Powell is shrinking toward ‘dead pool’ levels first appeared on EarthSky.



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Look for Mercury farthest from the morning sun on August 2

Mercury on May 9 when it's farthest from the sun in the sky.
Mercury reaches its largest angular distance from the sun on August 2, 2026. This is called “Greatest Western Elongation.” Chart via EarthSky.

We live in uncertain times. But things are always so much more peaceful, looking up. Please help EarthSky keep going!

Mercury farthest from the sunrise on August 2

The innermost planet Mercury orbits the sun every 88 days. And Earth is moving, too. So Mercury ends up passing between us and the sun about every 116 days. It last did this on July 13, 2026, reaching the point astronomers call inferior conjunction. And since then, Mercury has been speeding ahead of Earth in orbit.

And now, as of mid-July, it’s started to re-emerge into our eastern morning sky. Look for it in the sunrise direction shortly before dawn. Mercury will reach its greatest morning elongation – its greatest apparent distance from the rising sun – on August 2, 2026. This morning apparition favors the Northern Hemisphere.

Mercury greatest elongation, August 2026

When to watch: Officially, Mercury emerged in mid-July in the morning sky. Look for it shortly before sunrise. At greatest elongation – August 2, 2026 – Mercury is farthest from the sunrise on our sky’s dome. And after that, when it’s edging back toward the sunrise, it’ll brighten a little bit more. That will make Mercury easier to spot in the morning twilight. A waxing crescent moon joins it on the morning of August 11, and it’ll have a close encounter with Jupiter on August 15.
Where to look: Look in the sunrise direction as the sky is getting lighter.
Greatest elongation – marking Mercury’s farthest point from the sunrise glare – is on August 2, 2026 at 8 UTC (3 a.m. CDT). Mercury will shine at magnitude +0.1 that morning. At that time, Mercury will be 19 degrees from the sun on our sky’s dome.
Through a telescope on and around August 2, Mercury appears 39% illuminated and 7.56 arcseconds across.
Note: After August 2, Mercury brightens a bit to magnitude -1.6 (bright, but competing with the morning twilight) until it slips away later in the month in the morning twilight.
Mercury and Jupiter conjunction: About 30 minutes before sunrise on August 15, look for Mercury and Jupiter lying near each other in the morning twilight. They’ll be 0.6 degrees apart. Binoculars might help spot them.

Late July finder charts

A dot, Mercury, is above a wavy line, the horizon. To its upper right is another dot, Mars.
From the Northern Hemisphere, on the last 2 mornings of July, Mercury will shine low in the east in the bright twilight. Higher in the sky is the red planet Mars. Mercury will reach its greatest distance from the sun on the morning of August 2. Chart via EarthSky.
A dot, Mercury, is above a wavy line, the horizon, and below and right of another dot, Mars.
For Southern Hemisphere viewers, Mercury will lie low in the east during the last 2 mornings of July. Also, look for Mars higher in the sky. Mercury will reach its greatest distance from the sun on the morning of August 2. Chart via EarthSky.

For precise sun and Mercury rising times at your location:

Old Farmer’s Almanac (U.S. and Canada)
timeanddate.com (worldwide)
Stellarium (online planetarium)

Don’t miss the next unmissable night sky event. Sign up for our free newsletter for daily night sky updates, as well as the latest science news.

Mercury events in 2026

Jan 21, 2026: Superior conjunction (passes behind sun from Earth)
Feb 19, 2026: Greatest elongation (evening)
Mar 7, 2026: Inferior conjunction (races between Earth and sun)
Apr 3, 2026: Greatest elongation (morning)
May 14, 2026: Superior conjunction (passes behind sun from Earth)
Jun 15, 2026: Greatest elongation (evening)
Jul 13, 2026: Inferior conjunction (races between Earth and sun)
Aug 2, 2026: Greatest elongation (morning)
Aug 27, 2026: Superior conjunction (passes behind sun from Earth)
Oct 12, 2026: Greatest elongation (evening)
Nov 4, 2026: Inferior conjunction (races between Earth and sun)
Nov 21, 2026: Greatest elongation (morning)

Mercury charts from Guy Ottewell

Sky chart with arc-shaped dotted planet paths, and sky objects labeled.
Mercury’s greatest morning elongations in 2026 from the Northern Hemisphere as viewed through a powerful telescope. The planet images are at the 1st, 11th, and 21st of each month. Dots show the actual positions of the planet for every day. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.
Sky chart with arc-shaped dotted planet paths, and sky objects labeled.
Mercury’s greatest morning elongations in 2026 from the Southern Hemisphere as viewed through a powerful telescope. The planet images are at the 1st, 11th, and 21st of each month. Dots show the actual positions of the planet for every day. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.

A comparison of elongations

Mercury’s greatest elongations are not equal. Indeed, some are “greater” than others. For example, the distance of Mercury from the sun on our sky’s dome varies from about 28 degrees (maximum) to 18 degrees (minimum).

Also, Mercury’s elongations are better or worse depending on the time of the year they occur and your location on Earth. So, for both hemispheres, spring evenings and autumn mornings are best.

As an illustration, the chart below – from a Northern Hemisphere perspective – might help you visualize these differences.

Chart with row of steep, alternating light blue and gray arcs, each with a date and height in degrees.
Mercury elongations compared. Here, gray areas represent evening apparitions (eastward elongation). Blue areas represent morning apparitions (westward elongation). The top figures are the maximum elongations, reached at the top dates shown beneath. Curves show the altitude of the planet above the horizon at sunrise or sunset, for latitude 40 degrees north (thick line) and 35 degrees south (thin line). Likewise, maxima are reached at the parenthesized dates below (40 degrees north in bold). Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.

Heliocentric solar system, August 2026

Circle with sun at center, planets around, and zodiac names on outer edge.
Heliocentric view of solar system, August 2026. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission. Plus Guy Ottewell explains heliocentric charts here.

Seasons make a difference

So, in the autumn for either hemisphere, the ecliptic – or path of the sun, moon and planets – makes a narrow angle to the horizon in the evening. Conversely, it makes a steep slant, nearly perpendicular, in the morning. So – in autumn from either hemisphere – morning elongations of Mercury are best. Then, Mercury appears higher above the horizon and farther from the glow of the sun. Conversely, evening elongations in autumn are harder to see.

On the other hand, in the spring for either hemisphere, the situation reverses. Then, the ecliptic and the horizon meet at a sharper angle on spring evenings and at a narrower angle on spring mornings. So, in springtime for either hemisphere, evening elongations of Mercury are best. Meanwhile, morning elongations in springtime are harder to see.

Bottom line: Mercury will reach its greatest elongation – greatest distance from the sunrise – on August 2, 2026. Look east at dawn. It’ll disappear from the morning sky in late August. It’ll be close to Jupiter on August 15.

Do you love twilight? The 3 stages explained

Visible planets and night sky guide

The post Look for Mercury farthest from the morning sun on August 2 first appeared on EarthSky.



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Mercury on May 9 when it's farthest from the sun in the sky.
Mercury reaches its largest angular distance from the sun on August 2, 2026. This is called “Greatest Western Elongation.” Chart via EarthSky.

We live in uncertain times. But things are always so much more peaceful, looking up. Please help EarthSky keep going!

Mercury farthest from the sunrise on August 2

The innermost planet Mercury orbits the sun every 88 days. And Earth is moving, too. So Mercury ends up passing between us and the sun about every 116 days. It last did this on July 13, 2026, reaching the point astronomers call inferior conjunction. And since then, Mercury has been speeding ahead of Earth in orbit.

And now, as of mid-July, it’s started to re-emerge into our eastern morning sky. Look for it in the sunrise direction shortly before dawn. Mercury will reach its greatest morning elongation – its greatest apparent distance from the rising sun – on August 2, 2026. This morning apparition favors the Northern Hemisphere.

Mercury greatest elongation, August 2026

When to watch: Officially, Mercury emerged in mid-July in the morning sky. Look for it shortly before sunrise. At greatest elongation – August 2, 2026 – Mercury is farthest from the sunrise on our sky’s dome. And after that, when it’s edging back toward the sunrise, it’ll brighten a little bit more. That will make Mercury easier to spot in the morning twilight. A waxing crescent moon joins it on the morning of August 11, and it’ll have a close encounter with Jupiter on August 15.
Where to look: Look in the sunrise direction as the sky is getting lighter.
Greatest elongation – marking Mercury’s farthest point from the sunrise glare – is on August 2, 2026 at 8 UTC (3 a.m. CDT). Mercury will shine at magnitude +0.1 that morning. At that time, Mercury will be 19 degrees from the sun on our sky’s dome.
Through a telescope on and around August 2, Mercury appears 39% illuminated and 7.56 arcseconds across.
Note: After August 2, Mercury brightens a bit to magnitude -1.6 (bright, but competing with the morning twilight) until it slips away later in the month in the morning twilight.
Mercury and Jupiter conjunction: About 30 minutes before sunrise on August 15, look for Mercury and Jupiter lying near each other in the morning twilight. They’ll be 0.6 degrees apart. Binoculars might help spot them.

Late July finder charts

A dot, Mercury, is above a wavy line, the horizon. To its upper right is another dot, Mars.
From the Northern Hemisphere, on the last 2 mornings of July, Mercury will shine low in the east in the bright twilight. Higher in the sky is the red planet Mars. Mercury will reach its greatest distance from the sun on the morning of August 2. Chart via EarthSky.
A dot, Mercury, is above a wavy line, the horizon, and below and right of another dot, Mars.
For Southern Hemisphere viewers, Mercury will lie low in the east during the last 2 mornings of July. Also, look for Mars higher in the sky. Mercury will reach its greatest distance from the sun on the morning of August 2. Chart via EarthSky.

For precise sun and Mercury rising times at your location:

Old Farmer’s Almanac (U.S. and Canada)
timeanddate.com (worldwide)
Stellarium (online planetarium)

Don’t miss the next unmissable night sky event. Sign up for our free newsletter for daily night sky updates, as well as the latest science news.

Mercury events in 2026

Jan 21, 2026: Superior conjunction (passes behind sun from Earth)
Feb 19, 2026: Greatest elongation (evening)
Mar 7, 2026: Inferior conjunction (races between Earth and sun)
Apr 3, 2026: Greatest elongation (morning)
May 14, 2026: Superior conjunction (passes behind sun from Earth)
Jun 15, 2026: Greatest elongation (evening)
Jul 13, 2026: Inferior conjunction (races between Earth and sun)
Aug 2, 2026: Greatest elongation (morning)
Aug 27, 2026: Superior conjunction (passes behind sun from Earth)
Oct 12, 2026: Greatest elongation (evening)
Nov 4, 2026: Inferior conjunction (races between Earth and sun)
Nov 21, 2026: Greatest elongation (morning)

Mercury charts from Guy Ottewell

Sky chart with arc-shaped dotted planet paths, and sky objects labeled.
Mercury’s greatest morning elongations in 2026 from the Northern Hemisphere as viewed through a powerful telescope. The planet images are at the 1st, 11th, and 21st of each month. Dots show the actual positions of the planet for every day. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.
Sky chart with arc-shaped dotted planet paths, and sky objects labeled.
Mercury’s greatest morning elongations in 2026 from the Southern Hemisphere as viewed through a powerful telescope. The planet images are at the 1st, 11th, and 21st of each month. Dots show the actual positions of the planet for every day. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.

A comparison of elongations

Mercury’s greatest elongations are not equal. Indeed, some are “greater” than others. For example, the distance of Mercury from the sun on our sky’s dome varies from about 28 degrees (maximum) to 18 degrees (minimum).

Also, Mercury’s elongations are better or worse depending on the time of the year they occur and your location on Earth. So, for both hemispheres, spring evenings and autumn mornings are best.

As an illustration, the chart below – from a Northern Hemisphere perspective – might help you visualize these differences.

Chart with row of steep, alternating light blue and gray arcs, each with a date and height in degrees.
Mercury elongations compared. Here, gray areas represent evening apparitions (eastward elongation). Blue areas represent morning apparitions (westward elongation). The top figures are the maximum elongations, reached at the top dates shown beneath. Curves show the altitude of the planet above the horizon at sunrise or sunset, for latitude 40 degrees north (thick line) and 35 degrees south (thin line). Likewise, maxima are reached at the parenthesized dates below (40 degrees north in bold). Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission.

Heliocentric solar system, August 2026

Circle with sun at center, planets around, and zodiac names on outer edge.
Heliocentric view of solar system, August 2026. Chart via Guy Ottewell’s 2026 Astronomical Calendar. Used with permission. Plus Guy Ottewell explains heliocentric charts here.

Seasons make a difference

So, in the autumn for either hemisphere, the ecliptic – or path of the sun, moon and planets – makes a narrow angle to the horizon in the evening. Conversely, it makes a steep slant, nearly perpendicular, in the morning. So – in autumn from either hemisphere – morning elongations of Mercury are best. Then, Mercury appears higher above the horizon and farther from the glow of the sun. Conversely, evening elongations in autumn are harder to see.

On the other hand, in the spring for either hemisphere, the situation reverses. Then, the ecliptic and the horizon meet at a sharper angle on spring evenings and at a narrower angle on spring mornings. So, in springtime for either hemisphere, evening elongations of Mercury are best. Meanwhile, morning elongations in springtime are harder to see.

Bottom line: Mercury will reach its greatest elongation – greatest distance from the sunrise – on August 2, 2026. Look east at dawn. It’ll disappear from the morning sky in late August. It’ll be close to Jupiter on August 15.

Do you love twilight? The 3 stages explained

Visible planets and night sky guide

The post Look for Mercury farthest from the morning sun on August 2 first appeared on EarthSky.



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What are star trails, and how do I photograph them?

Silhouetted bare tree with claw-like branches and very many thin, colorful concentric streaks behind it.
View at EarthSky Community Photos. | Rui Santos in Amor, Leiria, Portugal, shared this composite image of star trails on February 16, 2025, and wrote: ” We can’t feel it, but everything is in motion. Everything moves, even when it seems still. And nature is never the same twice, it is constantly changing, in a vivid and silent way.” Thank you, Rui!

We live in uncertain times. Look up! It’s peaceful. And please donate today to help EarthSky keep going.

What are star trails?

Star trails reveal the motion of the stars across the sky over minutes or even hours. With a steady mount, long exposures and a few other tricks, you can take images of star trails, too.

Often, the camera stays pointed at Polaris, the North Pole Star. That’s the star around which the whole northern sky turns. In the Southern Hemisphere, photographs can point at the south celestial pole, which is not marked by a single star. Then, with an open shutter, the camera records an image as Earth turns on its axis and the stars move overhead. There are also many variations on star trail photos, as you’ll see below!

Star trails reflect Earth’s rotation, or spin, around its axis. The Earth makes a complete rotation relative to the backdrop stars in a period of about 23 hours and 56 minutes. So, as seen from Earth, all the stars go full circle and return to the same place in the sky after this period of time. This revolution with respect to the stars is what astronomers call a sidereal day.

Earth’s spin makes star trails

What this means is that, if you’re standing out under the stars, you see them move across the sky as the night progresses. The stars – like the sun during the daytime – move from east to west across the sky every night.

Stars near the celestial poles produce the smallest circles, while those near the celestial equator produce the largest. Each and every star moves 15 degrees westward in one hour.

Star trails are really arcs, or partial circles, whose ever-circling motions forever tabulate the passage of time.

Hundreds of thin, concentric arcs of light circling around 1 spot.
View at EarthSky Community Photos. | Jeff Grubbs in Elgin, Arizona, took a long-exposure photo of the northern sky on May 22, 2025. It shows all the stars circling around Polaris, the North Star (or Pole Star). Thanks, Jeff!

What you need to capture star trails

EarthSky Facebook friend Ken Christison has some wonderful photos of star trails. He said the equipment needed for making star trails is pretty simple:

First, a camera that allows manual settings so you can set your f/stop and shutter speeds, as well as ISO.

Next, a wide-angle lens, the wider the better.

A good steady tripod is a must.

Some cameras will have a built-in intervalometer, which can be set to shoot the desirable number of frames. In some cases the intervalometer has a bit of lag between shots. This is the reason I use a separate remote attached to the camera that holds the shutter down. And when the camera is set in continuous shooting mode, it will shoot 100 frames in succession with very little gap.

The remote I use is a simple one that can be found on eBay and uses a couple of AAA batteries that last quite a while. I just use the remote controller attached to the 10 pin connector. There is no need to use the wireless receiver in this case.

I use a shutter speed of 30 seconds, ISO of 400 to 800, and – with my 14-24mm lens at 14mm – shoot it wide open at f/2.8.

Hundreds of thin, bright white concentric circles in the dark sky, with a straight yellowish streak across the bottom.
View at EarthSky Community Photos. | Eddie Little of North Carolina captured the stars circling around Polaris, the North Star, on January 2, 2025, and wrote: “I had a mostly cloudless, nearly moonless night on one of the longest nights of the year. Approximately 12 hours of shooting.” Thank you, Eddie!

How to photograph the timelapse streaks

Next, Ken said, you’re ready to capture your star trail:

Make sure the camera is level. After focusing on a star, make sure the autofocus is turned off. Then, using the settings mentioned above, click the shutter and stay around long enough to know that the shutter is actually actuating. I normally go back in the house, set the timer on our kitchen stove for 45 minutes, and do other things while the camera does its work.

When the timer sounds, go back out and reset the remote by turning it off, waiting for the shutter to close, then reset quickly.

Finally, you’ll want to process your photo. Ken said:

This is one of the most important elements in making star trail images. The program I use is free, works well and is simple to use: Startrails.exe.

One other program that I have heard works well and is also free is StarStaX.

Thank you, Ken!

Visit Ken Christison’s Facebook page

Read more: Long exposure star trail photography

Semicircle of very many thin, concentric streaks of light in a pink and yellow sky.
View at EarthSky Community Photos. | Andrea Boyle of Medford, Oregon, submitted this composite image on May 10, 2024, and wrote: “About 150 30-second shots of nearby ‘Table Rock’ and the aurora on May 10, 2024, in Southern Oregon. Images were stacked in Photoshop with minor edits done to remove or darken lights in the foreground. The colors in the sky were not evident to the unaided eye, especially one that had been reading with a flashlight. It wasn’t until I reviewed my images that I saw the brilliant color.” Thank you, Andrea.

Star trails from our community

Foreground tower with many thin bright streaks in dark sky and 2 thicker, brighter streaks.
View at EarthSky Community Photos. | Jose Palma made this composite from images captured on June 5, 2026, from Portugal. Jose wrote: “On the night of June 5, 2026, the old chimney of Achada do Gamo, Mina de São Domingos, stood framed between the luminous trails of Jupiter and Venus, the two brightest planets in the sky that night, as they slowly made their way toward the western horizon. The composition was carefully planned for this alignment between sky and earth.” Thank you, Jose!
Hundreds of brilliant thin concentric streaks over wide swaths of pink and green light at the horizon.
View at EarthSky Community Photos. | Meiying Lee submitted this composite image taken from New Zealand. Meiying wrote: “On the night of March 14, 2026, two auroral substorms occurred. I was incredibly fortunate to witness and capture the aurora at 45 degrees south latitude in Queenstown. This image also captures the rotation of the southern sky through star trails, dancing alongside the aurora. The slight wobble in the star trails is caused by vibrations from the wooden balcony floor where the camera was set up, along with the movement of excited onlookers nearby. This image is a stack of approximately 620 exposures taken over 4.5 hours.” Thank you, Meiying!
Short bright concentric arcs in the sky above many short yellow streaks near the ground, with trees in the background.
View at EarthSky Community Photos. | Jose Palma of Portugal made this composite image on May 8, 2024, and wrote: “The trails of stars across the sky captures the timeless journey of the stars as they ‘cross’ the heavens, while the fireflies below, at this time of year, add a touch of earthly magic to this wonderful scene. Together, they weave a story of harmony between the natural world and the cosmos, reminding us of the beauty and wonder that surrounds us every night.” Thank you, Jose!

A star trails video

Dark sky with dots turning into lengthening lines, one brighter and reddish.
EarthSky’s own Raúl Cortés captured this video of star trails on July 13, 2023, from Monterrey, Mexico. The bright orange streak near the horizon is the star Antares in the constellation Scorpius the Scorpion.

Moon and sun trails from our community

Many thin white streaks with a thicker short, bright white trail, larger and brighter at the ends.
View at EarthSky Community Photos. | This image was captured by David Hunter on March 3, 2026, from California. David wrote: “This photograph was taken in the early morning hours of March 3 from about 1:00 a.m. to 5:00 a.m. I let the camera run for the next 4 hours taking continuous shots for 4 hours every 25 seconds. You wouldn’t normally see star trails in a time-lapse involving the bright full moon, but in this photo the majority of the star trails captured nearest the moon were taken during the eclipsed period allowing them to come through to the camera sensor and then show up during the stacking process in post.” Thank you, David!
Thick streak of multiple moon images. It looks pink.
View at EarthSky Community Photos. | Aqib Ali captured this image on June 29, 2026, from India, and wrote: “This image captures the rising moon above Jal Mahal in Jaipur, Rajasthan, using the lunar drift technique. Instead of a single exposure, I photographed the moon continuously and combined more than 190 sequential images to reveal its apparent motion across the twilight sky. The resulting trail illustrates the moon’s slow journey while preserving its detailed surface in each position.” Thank you, Aqib!
Sunset sky with diagonal line of many sun images with line of Mercury images beside it and very faint crescent moon.
View at EarthSky Community Photos. | Meiying Lee in Taipei, Taiwan, shared this sun trail with Venus and Mercury from December 24, 2022. Can you find all the solar system objects as they set? The sun, Mercury, Venus and moon are all captured in this composite. Thank you, Meiying!

Bottom line: Star trails are photographs of the sky taken with long exposures. The result is an image with stars trailing across the sky in concentric streaks, often whirling around one of the celestial poles. But you can also take photos of sun trails, moon trails, or trails of the planets.

The post What are star trails, and how do I photograph them? first appeared on EarthSky.



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Silhouetted bare tree with claw-like branches and very many thin, colorful concentric streaks behind it.
View at EarthSky Community Photos. | Rui Santos in Amor, Leiria, Portugal, shared this composite image of star trails on February 16, 2025, and wrote: ” We can’t feel it, but everything is in motion. Everything moves, even when it seems still. And nature is never the same twice, it is constantly changing, in a vivid and silent way.” Thank you, Rui!

We live in uncertain times. Look up! It’s peaceful. And please donate today to help EarthSky keep going.

What are star trails?

Star trails reveal the motion of the stars across the sky over minutes or even hours. With a steady mount, long exposures and a few other tricks, you can take images of star trails, too.

Often, the camera stays pointed at Polaris, the North Pole Star. That’s the star around which the whole northern sky turns. In the Southern Hemisphere, photographs can point at the south celestial pole, which is not marked by a single star. Then, with an open shutter, the camera records an image as Earth turns on its axis and the stars move overhead. There are also many variations on star trail photos, as you’ll see below!

Star trails reflect Earth’s rotation, or spin, around its axis. The Earth makes a complete rotation relative to the backdrop stars in a period of about 23 hours and 56 minutes. So, as seen from Earth, all the stars go full circle and return to the same place in the sky after this period of time. This revolution with respect to the stars is what astronomers call a sidereal day.

Earth’s spin makes star trails

What this means is that, if you’re standing out under the stars, you see them move across the sky as the night progresses. The stars – like the sun during the daytime – move from east to west across the sky every night.

Stars near the celestial poles produce the smallest circles, while those near the celestial equator produce the largest. Each and every star moves 15 degrees westward in one hour.

Star trails are really arcs, or partial circles, whose ever-circling motions forever tabulate the passage of time.

Hundreds of thin, concentric arcs of light circling around 1 spot.
View at EarthSky Community Photos. | Jeff Grubbs in Elgin, Arizona, took a long-exposure photo of the northern sky on May 22, 2025. It shows all the stars circling around Polaris, the North Star (or Pole Star). Thanks, Jeff!

What you need to capture star trails

EarthSky Facebook friend Ken Christison has some wonderful photos of star trails. He said the equipment needed for making star trails is pretty simple:

First, a camera that allows manual settings so you can set your f/stop and shutter speeds, as well as ISO.

Next, a wide-angle lens, the wider the better.

A good steady tripod is a must.

Some cameras will have a built-in intervalometer, which can be set to shoot the desirable number of frames. In some cases the intervalometer has a bit of lag between shots. This is the reason I use a separate remote attached to the camera that holds the shutter down. And when the camera is set in continuous shooting mode, it will shoot 100 frames in succession with very little gap.

The remote I use is a simple one that can be found on eBay and uses a couple of AAA batteries that last quite a while. I just use the remote controller attached to the 10 pin connector. There is no need to use the wireless receiver in this case.

I use a shutter speed of 30 seconds, ISO of 400 to 800, and – with my 14-24mm lens at 14mm – shoot it wide open at f/2.8.

Hundreds of thin, bright white concentric circles in the dark sky, with a straight yellowish streak across the bottom.
View at EarthSky Community Photos. | Eddie Little of North Carolina captured the stars circling around Polaris, the North Star, on January 2, 2025, and wrote: “I had a mostly cloudless, nearly moonless night on one of the longest nights of the year. Approximately 12 hours of shooting.” Thank you, Eddie!

How to photograph the timelapse streaks

Next, Ken said, you’re ready to capture your star trail:

Make sure the camera is level. After focusing on a star, make sure the autofocus is turned off. Then, using the settings mentioned above, click the shutter and stay around long enough to know that the shutter is actually actuating. I normally go back in the house, set the timer on our kitchen stove for 45 minutes, and do other things while the camera does its work.

When the timer sounds, go back out and reset the remote by turning it off, waiting for the shutter to close, then reset quickly.

Finally, you’ll want to process your photo. Ken said:

This is one of the most important elements in making star trail images. The program I use is free, works well and is simple to use: Startrails.exe.

One other program that I have heard works well and is also free is StarStaX.

Thank you, Ken!

Visit Ken Christison’s Facebook page

Read more: Long exposure star trail photography

Semicircle of very many thin, concentric streaks of light in a pink and yellow sky.
View at EarthSky Community Photos. | Andrea Boyle of Medford, Oregon, submitted this composite image on May 10, 2024, and wrote: “About 150 30-second shots of nearby ‘Table Rock’ and the aurora on May 10, 2024, in Southern Oregon. Images were stacked in Photoshop with minor edits done to remove or darken lights in the foreground. The colors in the sky were not evident to the unaided eye, especially one that had been reading with a flashlight. It wasn’t until I reviewed my images that I saw the brilliant color.” Thank you, Andrea.

Star trails from our community

Foreground tower with many thin bright streaks in dark sky and 2 thicker, brighter streaks.
View at EarthSky Community Photos. | Jose Palma made this composite from images captured on June 5, 2026, from Portugal. Jose wrote: “On the night of June 5, 2026, the old chimney of Achada do Gamo, Mina de São Domingos, stood framed between the luminous trails of Jupiter and Venus, the two brightest planets in the sky that night, as they slowly made their way toward the western horizon. The composition was carefully planned for this alignment between sky and earth.” Thank you, Jose!
Hundreds of brilliant thin concentric streaks over wide swaths of pink and green light at the horizon.
View at EarthSky Community Photos. | Meiying Lee submitted this composite image taken from New Zealand. Meiying wrote: “On the night of March 14, 2026, two auroral substorms occurred. I was incredibly fortunate to witness and capture the aurora at 45 degrees south latitude in Queenstown. This image also captures the rotation of the southern sky through star trails, dancing alongside the aurora. The slight wobble in the star trails is caused by vibrations from the wooden balcony floor where the camera was set up, along with the movement of excited onlookers nearby. This image is a stack of approximately 620 exposures taken over 4.5 hours.” Thank you, Meiying!
Short bright concentric arcs in the sky above many short yellow streaks near the ground, with trees in the background.
View at EarthSky Community Photos. | Jose Palma of Portugal made this composite image on May 8, 2024, and wrote: “The trails of stars across the sky captures the timeless journey of the stars as they ‘cross’ the heavens, while the fireflies below, at this time of year, add a touch of earthly magic to this wonderful scene. Together, they weave a story of harmony between the natural world and the cosmos, reminding us of the beauty and wonder that surrounds us every night.” Thank you, Jose!

A star trails video

Dark sky with dots turning into lengthening lines, one brighter and reddish.
EarthSky’s own Raúl Cortés captured this video of star trails on July 13, 2023, from Monterrey, Mexico. The bright orange streak near the horizon is the star Antares in the constellation Scorpius the Scorpion.

Moon and sun trails from our community

Many thin white streaks with a thicker short, bright white trail, larger and brighter at the ends.
View at EarthSky Community Photos. | This image was captured by David Hunter on March 3, 2026, from California. David wrote: “This photograph was taken in the early morning hours of March 3 from about 1:00 a.m. to 5:00 a.m. I let the camera run for the next 4 hours taking continuous shots for 4 hours every 25 seconds. You wouldn’t normally see star trails in a time-lapse involving the bright full moon, but in this photo the majority of the star trails captured nearest the moon were taken during the eclipsed period allowing them to come through to the camera sensor and then show up during the stacking process in post.” Thank you, David!
Thick streak of multiple moon images. It looks pink.
View at EarthSky Community Photos. | Aqib Ali captured this image on June 29, 2026, from India, and wrote: “This image captures the rising moon above Jal Mahal in Jaipur, Rajasthan, using the lunar drift technique. Instead of a single exposure, I photographed the moon continuously and combined more than 190 sequential images to reveal its apparent motion across the twilight sky. The resulting trail illustrates the moon’s slow journey while preserving its detailed surface in each position.” Thank you, Aqib!
Sunset sky with diagonal line of many sun images with line of Mercury images beside it and very faint crescent moon.
View at EarthSky Community Photos. | Meiying Lee in Taipei, Taiwan, shared this sun trail with Venus and Mercury from December 24, 2022. Can you find all the solar system objects as they set? The sun, Mercury, Venus and moon are all captured in this composite. Thank you, Meiying!

Bottom line: Star trails are photographs of the sky taken with long exposures. The result is an image with stars trailing across the sky in concentric streaks, often whirling around one of the celestial poles. But you can also take photos of sun trails, moon trails, or trails of the planets.

The post What are star trails, and how do I photograph them? first appeared on EarthSky.



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It’s Katmai bear cam season! Livestream here


Watch a bear cam above or visit Explore.org for all bear cams.

Love wildlife and the natural world? Get the latest animal stories – as well as space and night sky updates – delivered to your inbox.

Bear cam livestream happening now

The world-famous bear cam livestream at Katmai National Park in Alaska returns for a 14th season on June 23, 2026. The bear cams go live at 11 a.m. Alaska Daylight Time, or 2 p.m. CDT (19 UTC).

Explore.org established the bear cams in 2012. The cams are situated along the Brooks River and at Brook Falls, where brown bears await salmon swimming upstream. The live cameras capture the action as bears compete for their supper. But you can also see other wildlife on the livestream, from eagles to gulls to the occasional wolf.

Brown bears come to Brooks Falls starting in late June because that’s when the salmon start migrating. By late summer, the salmon spawn and begin to die. So in September and October, bear activity moves to the lower Brooks River. There, the bears search for dead and dying salmon near the mouth of the river. The most active months on the bear cams are July and September.

Bears are diurnal, meaning they’re most active during the day. And a bear at Brooks Falls can catch and eat more than 30 salmon a day!

When we reach the fall, don’t forget to follow along with Fat Bear Week. That’s when the park shares before-and-after pictures showing how much the bears have plumped up over a summer of engorging themselves. The public gets to vote on which bear they think did the best job of preparing for winter.

Many brown bears above and below a wide, short waterfall in the forest.
The brown bears at Brooks Falls begin actively feeding on salmon in late June. You can watch them on the Katmai bear cam. Image via National Park Service.

Brown bears on the bear cam

Alaska’s brown bears are those that live near the coast and eat salmon. Sometimes, people confuse them with grizzly bears. But grizzly bears in Alaska live farther inland. All grizzly bears are brown bears. However, not all brown bears are grizzly bears. The brown bears of Alaska are larger than the inland grizzlies.

A bear floating in water with his face below the water, looking down.
Sometimes brown bears snorkel for fish. Image via M. Fitz/ National Park Service.

Brooks Falls in Katmai

Brooks Falls has long been a popular spot to view brown bears in Alaska. The National Park Service hosts visitors at Brooks Camp on the Brooks River, where they’ve built boardwalks and viewing platforms for easier access to bear-gazing. There are north and south platforms near the camp at the mouth of the river and Naknek Lake, plus platforms at the falls itself and one downstream in the riffles, where less competitive bears come for meals. The National Park Service estimates there are about 2,200 bears in the park, with more bears than people living on the Alaskan Peninsula.

Aerial view of land with almost circular lakes on left and right and river snaking between them.
See that white patch near the center of this river? That’s Brooks Falls on the Brooks River in Katmai National Park, Alaska. Water flows from Lake Brooks at the right to Naknek Lake on the left. Image via Roy Wood/ National Park Service.

Valley of Ten Thousand Smokes

But Katmai is more than just bear territory. The U.S. government first set aside the land of Katmai in 1918 to protect the area around Novarupta volcano. In 1912, Novarupta exploded in the largest volcano eruption of the 20th century. For 60 hours, starting on June 6, the volcano spewed magma and ash, eventually releasing more than 30 times the output of the 1980 eruption of Mount St. Helens.

Scientist Robert F. Griggs visited the area four years later and was awed by the devastation, giving the area its nickname of Valley of Ten Thousand Smokes. Griggs wrote:

The sight that flashed into view … was one of the most amazing visions ever beheld by mortal eye. The whole valley as far as the eye could reach was full of hundreds, no thousands – literally tens of thousands – of smokes curling up from its fissured floor … It was as though all the steam engines in the world, assembled together, had popped their safety valves at once and were letting off surplus steam in concert.

Our feeling of admiration [for the Valley] soon gave way to one of stupefaction. We were overawed. For a while we could neither think nor act in a normal fashion.

NASA used this decimated landscape to train Apollo astronauts in 1965 and 1966.

Many bears sitting by a waterfall.
Explore.org shared this clip of the bears at Katmai on social media on July 27, 2026, and wrote: “Bearapalooza at Brooks Falls!”

Bottom line: The world-famous Katmai bear cam season begins on June 23, 2026. Find the livestream here and learn more about brown bears and Katmai National Park.

Read more: Brown bears in central Italy are becoming less aggressive

Read more: Salmon, coming home after a century, are our lifeform of the week

The post It’s Katmai bear cam season! Livestream here first appeared on EarthSky.



from EarthSky https://ift.tt/vgCuGEJ


Watch a bear cam above or visit Explore.org for all bear cams.

Love wildlife and the natural world? Get the latest animal stories – as well as space and night sky updates – delivered to your inbox.

Bear cam livestream happening now

The world-famous bear cam livestream at Katmai National Park in Alaska returns for a 14th season on June 23, 2026. The bear cams go live at 11 a.m. Alaska Daylight Time, or 2 p.m. CDT (19 UTC).

Explore.org established the bear cams in 2012. The cams are situated along the Brooks River and at Brook Falls, where brown bears await salmon swimming upstream. The live cameras capture the action as bears compete for their supper. But you can also see other wildlife on the livestream, from eagles to gulls to the occasional wolf.

Brown bears come to Brooks Falls starting in late June because that’s when the salmon start migrating. By late summer, the salmon spawn and begin to die. So in September and October, bear activity moves to the lower Brooks River. There, the bears search for dead and dying salmon near the mouth of the river. The most active months on the bear cams are July and September.

Bears are diurnal, meaning they’re most active during the day. And a bear at Brooks Falls can catch and eat more than 30 salmon a day!

When we reach the fall, don’t forget to follow along with Fat Bear Week. That’s when the park shares before-and-after pictures showing how much the bears have plumped up over a summer of engorging themselves. The public gets to vote on which bear they think did the best job of preparing for winter.

Many brown bears above and below a wide, short waterfall in the forest.
The brown bears at Brooks Falls begin actively feeding on salmon in late June. You can watch them on the Katmai bear cam. Image via National Park Service.

Brown bears on the bear cam

Alaska’s brown bears are those that live near the coast and eat salmon. Sometimes, people confuse them with grizzly bears. But grizzly bears in Alaska live farther inland. All grizzly bears are brown bears. However, not all brown bears are grizzly bears. The brown bears of Alaska are larger than the inland grizzlies.

A bear floating in water with his face below the water, looking down.
Sometimes brown bears snorkel for fish. Image via M. Fitz/ National Park Service.

Brooks Falls in Katmai

Brooks Falls has long been a popular spot to view brown bears in Alaska. The National Park Service hosts visitors at Brooks Camp on the Brooks River, where they’ve built boardwalks and viewing platforms for easier access to bear-gazing. There are north and south platforms near the camp at the mouth of the river and Naknek Lake, plus platforms at the falls itself and one downstream in the riffles, where less competitive bears come for meals. The National Park Service estimates there are about 2,200 bears in the park, with more bears than people living on the Alaskan Peninsula.

Aerial view of land with almost circular lakes on left and right and river snaking between them.
See that white patch near the center of this river? That’s Brooks Falls on the Brooks River in Katmai National Park, Alaska. Water flows from Lake Brooks at the right to Naknek Lake on the left. Image via Roy Wood/ National Park Service.

Valley of Ten Thousand Smokes

But Katmai is more than just bear territory. The U.S. government first set aside the land of Katmai in 1918 to protect the area around Novarupta volcano. In 1912, Novarupta exploded in the largest volcano eruption of the 20th century. For 60 hours, starting on June 6, the volcano spewed magma and ash, eventually releasing more than 30 times the output of the 1980 eruption of Mount St. Helens.

Scientist Robert F. Griggs visited the area four years later and was awed by the devastation, giving the area its nickname of Valley of Ten Thousand Smokes. Griggs wrote:

The sight that flashed into view … was one of the most amazing visions ever beheld by mortal eye. The whole valley as far as the eye could reach was full of hundreds, no thousands – literally tens of thousands – of smokes curling up from its fissured floor … It was as though all the steam engines in the world, assembled together, had popped their safety valves at once and were letting off surplus steam in concert.

Our feeling of admiration [for the Valley] soon gave way to one of stupefaction. We were overawed. For a while we could neither think nor act in a normal fashion.

NASA used this decimated landscape to train Apollo astronauts in 1965 and 1966.

Many bears sitting by a waterfall.
Explore.org shared this clip of the bears at Katmai on social media on July 27, 2026, and wrote: “Bearapalooza at Brooks Falls!”

Bottom line: The world-famous Katmai bear cam season begins on June 23, 2026. Find the livestream here and learn more about brown bears and Katmai National Park.

Read more: Brown bears in central Italy are becoming less aggressive

Read more: Salmon, coming home after a century, are our lifeform of the week

The post It’s Katmai bear cam season! Livestream here first appeared on EarthSky.



from EarthSky https://ift.tt/vgCuGEJ

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