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California

California Supershear Quakes: Faster, Stronger, Deadlier

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California is well-known for its earthquakes. But experts warn of a largely overlooked and dangerous threat: supershear earthquakes. Unlike typical quakes, these tremors move so fast they outrun their own seismic waves, amplifying destruction across wider areas.

Story Highlights:

  • Supershear earthquakes move faster than seismic waves, producing stronger shaking over larger areas.

  • One-third of global strike-slip earthquakes are supershear; California has many strike-slip faults near major cities.

  • Supershear quakes can deliver a “double strike”: an initial shock front followed by trailing waves.

  • Current California building codes do not fully account for energy traveling along fault lines.

  • Experts recommend denser fault monitoring, advanced simulations, and stronger infrastructure standards.

Researchers at USC Dornsife College of Letters, Arts and Sciences highlight this threat in an opinion piece published in Seismological Research Letters. They argue that California’s current earthquake hazard planning and building codes are not fully equipped to handle the unique and powerful effects of supershear earthquakes.

“While California is no more likely to have supershear earthquakes than other regions with major fault systems, this risk has been ignored for too long,” said Yehuda Ben-Zion, professor of earth sciences and director of the Statewide California Earthquake Center (SCEC) at USC Dornsife.

Ben-Zion emphasized that the frequency of these supershear ruptures has been underestimated. “We often think about earthquakes in terms of magnitude alone,” he said. “But supershear earthquakes carry a different kind of force, one that can spread stronger shaking over larger distances than we have planned for.”

Supershear earthquakes are often compared to sonic booms. Ahmed Elbanna, professor of earth sciences and SCEC director-designate, explained: “Just as a jet breaking the sound barrier creates an explosive shock in the air, a supershear rupture generates shock fronts in the ground. It literally breaks the shear wave speed barrier in rocks and produces destructive waves that are stronger than a normal earthquake.”

This added force can severely impact communities. Elbanna described what he calls a “double strike”—an initial jolt from the shock front, followed by trailing waves that continue to shake structures. “The combination of these forces means that damage can extend farther and hit harder than conventional quakes,” he said.

Globally, about one-third of large strike-slip earthquakes are supershear. This is particularly concerning in California, where many strike-slip faults run close to major cities. These faults are capable of producing magnitude 7 or higher earthquakes, making the potential impact even more severe.

“We cannot say exactly when or where the next earthquake will occur, or which one might be supershear,” Ben-Zion noted. “But what we do know is that multiple magnitude 7 earthquakes will hit California in the coming decades. They are inevitable, whether we are prepared or not.”

Current design standards in California focus on resisting the strongest shaking perpendicular to fault lines. But supershear earthquakes direct much of their energy along the fault itself. “Critical infrastructure, including bridges, hospitals, and power plants, should be designed to this higher standard,” Ben-Zion said. “So far, they are not.”

To mitigate the risks, experts call for stronger building codes, denser monitoring near major faults, and advanced computer simulations to model supershear scenarios.

“This is a collaborative effort,” Elbanna said. “USC and SCEC, with their experience and reputation in earthquake science, are in the right position to lead these efforts.”

The opinion piece was co-authored by Ben-Zion and Elbanna along with researchers from Caltech and the University of Illinois Urbana-Champaign, aiming to raise public and governmental awareness about this hidden but potentially devastating earthquake threat.

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Beyond Fries: How Potatoes Can Boost Nutrition Without Risk

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Potatoes are a ubiquitous presence on dining tables, often celebrated for their versatility and comfort-food appeal. Yet, recent research highlights a significant nuance: the way these starchy staples are prepared can dramatically affect your health. A study published in BMJ reveals that consuming three servings of french fries every week may increase the risk of developing type 2 diabetes. Interestingly, the same weekly intake of baked, boiled, or mashed potatoes does not show this risk.

Nutritional Profile of Potatoes

Potatoes are more than just comfort food. A medium russet potato with its skin provides approximately 38 grams of carbohydrates, 4–5 grams of protein, and nearly 3 grams of fiber, according to USDA Food Data Central.

Emma Gellerstedt, a registered dietitian at UW Health, notes, “Potatoes are naturally rich in potassium, which helps manage blood pressure by reducing the effects of sodium.”

She adds, “Beyond potassium, potatoes contain vitamin C, niacin, copper, magnesium, and small amounts of iron, making them a nutrient-dense choice when consumed in moderation.”

Moreover, potatoes are low in fat, cholesterol, and sodium. “These qualities make potatoes a heart-healthy option for most diets,” Gellerstedt explains. Resistant starch and fiber found in potatoes may also support gut health, improving digestion over time.

Potatoes as a Healthy Carb

When it comes to carbohydrates, potatoes often get a bad reputation. Yet, when prepared correctly and eaten in moderation, they can be part of a healthy diet.

“Potatoes can be a good carbohydrate when paired with other nutrients like lean protein, fiber, and healthy fats,” says Gellerstedt.

She continues, “Combining starchy foods with protein or fiber slows down carbohydrate digestion. This leads to a steadier release of glucose into the bloodstream and helps prevent sudden spikes in blood sugar.”

This makes potatoes a practical choice for those seeking sustained energy without affecting insulin levels drastically, especially when avoiding heavily processed forms.

White Potatoes vs. Sweet Potatoes

Many wonder whether white potatoes or sweet potatoes are the healthier option. While both are nutritionally valuable, subtle differences exist.

“Sweet potatoes contain vitamin A because of their orange color, while white potatoes typically do not,” Gellerstedt explains.

She notes that sweet potatoes are slightly higher in fiber and contain fewer carbohydrates and potassium compared to white potatoes. “Both varieties can be included in a balanced diet, provided they are prepared healthily and consumed in moderation,” she adds.

Healthiest Ways to Prepare Potatoes

The method of preparation plays a crucial role in determining a potato’s health impact.

“Boiling, baking, broiling, or roasting potatoes preserves most of their nutrients,” Gellerstedt says. She notes that boiling may reduce certain minerals like potassium but leaves carbohydrates and fiber largely intact.

French fries, however, introduce complications. “Frying adds extra sodium and saturated fats, which, in excess, can harm health,” she warns. Additional toppings such as butter, cream, or cheese further increase unhealthy fat intake.

“Consuming potatoes in their whole, original form is always preferable,” she concludes.

Potatoes remain a versatile and nutritious staple, but their benefits hinge on preparation and moderation. Choosing baked, boiled, or roasted potatoes over fried options, pairing them with proteins or fiber-rich foods, and avoiding excessive toppings can make potatoes a safe and beneficial component of a balanced diet.

When it comes to potatoes health, understanding these nuances is essential. With careful preparation and mindful consumption, potatoes can continue to grace plates without compromising wellness.

Potatoes can be a nutritious and versatile part of any diet, but their health impact depends largely on preparation and portion. Baked, boiled, or roasted potatoes retain most nutrients and provide fiber, potassium, and essential vitamins without increasing the risk of type 2 diabetes. Fried potatoes, especially with added toppings like butter or cheese, introduce extra sodium and unhealthy fats that can undermine these benefits. By choosing whole, minimally processed potatoes and pairing them with protein or fiber-rich foods, you can enjoy the comfort and flavor of potatoes while supporting overall health.

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Life at 31,000 Feet: Deep Ocean Methane Creatures Could Exist on Europa

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Far below the reach of sunlight, where pressure is crushing and temperatures are near freezing, life has been discovered thriving in the deepest corners of the ocean. Scientists report finding extraordinary organisms at depths reaching 31,000 feet in the northwest Pacific Ocean, between Russia and Alaska.

Unlike most known life on Earth, these communities survive not on sunlight but on chemical reactions, particularly from methane and other compounds, making them chemosynthetic communities rather than photosynthetic ones. The findings, published July 30 in the peer-reviewed journal Nature, could reshape our understanding of how life adapts and where it might be found beyond Earth.

The Deepest Chemosynthetic Communities on Earth

The discovery was made during a series of dives using a human-crewed submersible. Researchers explored the Kuril-Kamchatka and Aleutian trenches, plunging deeper than Mount Everest is tall.

At Wintersweet Valley, located nearly 30,500 feet beneath the surface, scientists observed tube worms extending their red hemoglobin-filled tentacles. Small mollusks clustered around the worms’ tubes, forming vibrant ecosystems in an otherwise lightless world. At another site known as Clam Bed, dense colonies of vesicomyid bivalves covered the seabed sediment.

Marine geochemist Mengran Du of the Chinese Academy of Sciences highlighted the scale of the discovery:

“What makes our discovery groundbreaking is not just its greater depth – it’s the astonishing abundance and diversity of chemosynthetic life we observed.”

How Life Survives Without Sunlight

In the absence of light, these organisms rely on chemosynthesis, a process that converts chemical energy into food. Compounds like hydrogen sulfide and methane seep from cracks in the seabed, providing a steady source of energy.

Marine geologist Xiaotong Peng, another co-author, emphasized the importance of these findings:

“This environment harbors the deepest and the most extensive chemosynthetic communities known to exist on our planet.”

Such ecosystems are known in hydrothermal vents and methane seeps worldwide, but the depth and abundance in the northwest Pacific are unprecedented.

A Window Into Extraterrestrial Oceans

Beyond their importance to Earth’s ecology, the discovery carries weight for the search for alien life. The existence of methane-based organisms suggests that similar life forms could survive in oceans beyond Earth, particularly on moons with subsurface seas.

Peng explained the broader implications:

“We suggest that similar chemosynthetic communities may also exist in extraterrestrial oceans, as chemical species like methane and hydrogen are common there.”

This theory strengthens the case for exploring icy moons such as Jupiter’s Europa and Saturn’s Enceladus, both believed to host vast underground oceans.

NASA’s Europa Clipper Mission

NASA planetary scientist Bonnie Buratti, not involved in the study, connected the findings to ongoing space exploration.

“Europa’s ocean is considered one of the most promising places in the solar system to look for life beyond Earth. There is very strong evidence that the ingredients for life exist on Europa.”

Beneath Europa’s thick icy crust, scientists believe hydrothermal vents may release chemical energy into the ocean floor, much like the ones found deep in Earth’s trenches. Buratti added:

“They may be similar to thermal vents in the deep oceans of the Earth where primitive life exists and where life may have originated on the Earth.”

NASA’s Europa Clipper, launched in October 2024, is scheduled to reach Jupiter in 2030. The spacecraft will conduct close flybys of Europa to determine whether its subsurface ocean harbors conditions that could sustain life.

“Europa is the first ocean world to be studied in detail,” Buratti said. “Other bodies in the solar system, such as Titan, Enceladus, possibly Ganymede and even Pluto, could also harbor habitable environments.”

Redefining the Limits of Life

The discovery at such extraordinary depths demonstrates that life can flourish in extreme environments previously thought too harsh. These deep-sea communities—tube worms, mollusks, and clams thriving on methane—prove that biology is not confined to sunlight.

As Du summarized:

“Even though living in the harshest environment, these life forms found their way in surviving and thriving.”

For Earth, the discovery reveals hidden biodiversity in unexplored trenches. For space science, it brings us closer to answering one of humanity’s oldest questions: Are we alone?

The discovery of chemosynthetic life thriving at more than 31,000 feet below the Pacific Ocean challenges long-held assumptions about where life can exist. These methane-fueled ecosystems, far removed from sunlight, highlight the adaptability of biology on Earth and point toward similar possibilities in alien oceans. As NASA’s Europa Clipper mission prepares to explore Jupiter’s moon, the findings offer a timely reminder: the key to discovering life beyond Earth may lie in the darkest and deepest places, both on our planet and across the solar system.

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Mark Johnson’s Forecasting Comeback Stirs Buzz Beyond Cleveland

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Mark Johnson, the well-known former WEWS Channel 5 chief meteorologist, is returning to weather broadcasting under media giant TEGNA—but not yet before Cleveland cameras. After a quiet and controversial exit from WEWS, Johnson now lends his expertise behind the scenes, serving TEGNA’s 64-station network. While viewers may miss his local forecasts for now, industry eyes remain fixed on whether his off-air role at WKYC’s parent company signals a future return to Cleveland screens. For now, Johnson forecasts from the wings—calm, steady, and just out of frame.

STORY HIGHLIGHTS

– Mark Johnson joins TEGNA for nationwide weather forecasting support
– Not appearing on-air at Cleveland’s WKYC due to non-compete clause
– Departure from WEWS was abrupt, tied to unnamed “personnel matter”
– TEGNA highlights Johnson’s “unparalleled” industry experience
– Agent defends Johnson’s professional conduct
– Meteorologist stays connected with fans via social media

After more than three decades of forecasting Northeast Ohio’s weather, veteran meteorologist Mark Johnson is stepping back into the spotlight—just not in the place his viewers might expect.

Johnson, who was the chief meteorologist at Cleveland’s WEWS Channel 5 for over 30 years, has joined TEGNA, the media company that owns 64 television stations nationwide, including Cleveland’s WKYC Channel 3. His new role? Contributing weather forecasts across TEGNA’s national network, supporting meteorologists at various affiliate stations. It’s a notable move for a familiar face in Cleveland’s television landscape—though one that keeps him behind the scenes for now.

Although Johnson is technically now affiliated with WKYC’s parent company, current contractual obligations prevent him from appearing on air locally. Non-compete clauses are common in the broadcasting industry, often keeping anchors and meteorologists off air within the same market for a set period following a departure.

A TEGNA spokesperson confirmed the news, noting that Johnson’s expertise would be used to bolster forecasting efforts across several markets rather than a single broadcast.

“We’re excited to welcome Mark Johnson to TEGNA, where he will be supporting meteorologists across several stations with weather forecasting and broadcasts,” the spokesperson said.
“He’s an industry veteran, and we believe his unparalleled weather forecasting and reporting experience will be an asset to our teams.”

While TEGNA declined to comment on the specifics of Johnson’s contract—including whether his role may eventually expand to include on-air duties at WKYC—speculation remains. Given Johnson’s long connection to the region, some insiders wouldn’t be surprised to see him return to Cleveland television once restrictions expire.

His return to the industry comes just over two months after his sudden and somewhat mysterious exit from WEWS. In early May, Johnson left the station without a public explanation from management. Instead, the station issued a brief statement describing the separation as a “personnel matter.” The message went further to suggest that the issue might have involved conduct that failed to meet “the highest ethical standards” upheld by the station and its corporate parent, E.W. Scripps Company.

Johnson’s camp responded swiftly. His agent, Dan Levin, pushed back against any implications of wrongdoing.

“Mark is a model professional,” Levin said at the time.
“Of conduct that would be deemed inappropriate, there’s none of that.”

Despite the lack of official clarification, the story drew widespread attention from loyal viewers and media insiders alike. Johnson had been a fixture on Cleveland’s airwaves for decades, becoming a trusted voice in severe weather events and a familiar presence in living rooms across Northeast Ohio.

During his time off the air, Johnson didn’t disappear from public view. He remained active on social media, keeping in touch with his fan base by posting photos of family life, blooming backyard gardens, and brilliant Ohio sunsets. His posts—often warm, personal, and reflective—offered a glimpse into his quieter days away from the green screen.

Though his next on-air appearance may not happen immediately in Cleveland, Johnson’s voice and knowledge are once again part of the American weather conversation, this time on a national scale. For many, it’s not just about where he’s forecasting—it’s that he’s forecasting again at all.

Mark Johnson’s reentry into the broadcast sphere under TEGNA marks a quiet yet significant shift in his long career. While his voice won’t grace Cleveland’s screens immediately, his presence behind the scenes reflects both his enduring relevance and the industry’s continued trust in his expertise. As viewers and industry insiders watch with interest, his transition stands as a reminder—some forecasts may come without fanfare, but their impact still lingers in the atmosphere.

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Unlock a Future for Free: New York’s Degree Push for Adults

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In a move set to reshape New York’s workforce, the SUNY and CUNY Reconnect program now opens doors to free associate degrees for adults aged 25 to 55 with no prior college education. This state-funded offer covers tuition, books, and essential fees across fields like nursing, AI, cybersecurity, and renewable energy. With industry needs rising, the plan blends opportunity with urgency, turning dreams into degrees. Governor Hochul calls it a path to power through knowledge—free, focused, and future-ready—making ambition affordable for thousands ready to return, rise, and reinvent.

STORY HIGHLIGHTS

  • Eligibility: Adults in New York aged 25–55 with no previous college degree or credential

  • Institutions covered: All CUNY and SUNY campuses statewide

  • Costs covered: Tuition, fees, textbooks, and school supplies (after financial aid is applied)

  • Career fields included:

    • Advanced Manufacturing

    • Artificial Intelligence

    • Cybersecurity

    • Engineering

    • Technology

    • Nursing and Allied Health

    • Green and Renewable Energy

    • Teacher Training (in shortage areas)

  • Additional support: Academic advisement offered to adult learners

In an ambitious step to reshape adult education in New York, Governor Kathy Hochul has announced a new program that will allow eligible adults to earn free associate degrees in some of the most in-demand career fields. The initiative, known as SUNY and CUNY Reconnect, is designed for New Yorkers aged 25 to 55 who have not previously earned a college degree or credential.

The program, available through the City University of New York (CUNY) and the State University of New York (SUNY), goes beyond traditional financial aid. It will fully cover costs that often discourage adult learners from returning to school, including tuition, fees, textbooks, and essential school supplies.

“Cost should never be a barrier”

“The cost of pursuing a degree should never be a barrier for New Yorkers,” Governor Hochul stated in an official release announcing the program. “That’s why we’re opening the doors of opportunity at SUNY and CUNY so that students can achieve their dreams.”

By addressing financial obstacles and expanding access to targeted career education, the state aims to better prepare its workforce for evolving industry needs.

“I’m fighting to make education more affordable and accessible,” Hochul continued, “and the Reconnect program will continue to pave the way forward for students as they enter our state’s future workforce.”

Focused on the future of work

The Reconnect program focuses on high-demand sectors where New York is currently facing worker shortages. These include fields critical to technological advancement, healthcare, education, and the green economy.

According to the governor’s office, the eligible fields for free degrees are:

  • Advanced manufacturing

  • Artificial intelligence

  • Cybersecurity

  • Engineering

  • Technology

  • Nursing and allied health professions

  • Green and renewable energy

  • Pathways to teaching in shortage areas

These areas reflect both current job vacancies and projected growth, with state leaders pointing to recent investments in infrastructure, sustainability, and digital technology as driving forces.

Preparing a skilled workforce

A spokesperson from the Governor’s office added that New York’s investments in industries like semiconductors, AI, and clean energy are already shaping the state’s economic direction. As a result, the demand for technically skilled professionals is growing.

“New York State has stepped up as a national leader in many emerging industries,” the official statement noted. “As a result of these investments, many of the new jobs available in New York will require workers with a degree or credential to fill these specialized positions.”

In addition to financial support, adult learners enrolled through the Reconnect program will also receive academic advisement—an essential element to help returning students stay on track in their studies, especially those who may be navigating college for the first time or returning after a long gap.

This initiative represents a broader shift in how the state approaches workforce development and higher education—particularly as more adults seek to pivot careers or re-enter the workforce in a post-pandemic economy.

New York’s SUNY and CUNY Reconnect program marks a pivotal turn in adult education—offering not just degrees, but a second chance at ambition, skill-building, and career change. By eliminating financial burdens and aligning education with real-world demand, the state is investing in people ready to rise again. For thousands of adults seeking relevance in a fast-moving job market, this initiative isn’t just a policy—it’s a promise of progress, purpose, and possibility.

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How Are Wasps Getting in My House? A Comprehensive Guide 2024

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Discovering a wasp inside your home can be an alarming experience, especially if it happens repeatedly. You might find yourself wondering, “How are wasps getting in my house?” Understanding their entry points and reasons for wandering into human habitats is essential to effectively address the issue. This comprehensive guide will explore the common ways wasps find their way into homes, preventive measures you can take, and what to do if you have an infestation.

Identifying the Entry Points: How Are Wasps Getting in My House?

Wasps can enter your house through various small openings that you might overlook. Here’s a closer look at how these persistent pests make their way indoors:

1. Gaps in Windows and Doors:
– How are wasps getting in my house through these gaps? Often, they find loose screens, unsealed gaps around window frames, or open doors as easy pathways.
– Prevention Tip: Ensure all windows have tight-fitting screens and door sweeps are in place to block the gap under doors.

2. Vents and Chimneys:
– Vents for dryers, kitchens, and bathrooms, as well as uncovered chimneys, can be a major answer to “how are wasps getting in my house.”
– Prevention Tip: Install mesh screens on vents and a chimney cap to prevent wasps from entering.

3. Eaves and Roof Damage:
– Damaged roofing or unsealed eaves are common answers to the question, “how are wasps getting in my house?” These areas offer ideal nesting spots for wasps.
– Prevention Tip: Regularly inspect and repair any roof damage or gaps in the eaves.

Why Are Wasps Entering My Home?

Understanding why wasps are entering your home is as crucial as knowing how. Here are a few reasons:

– Seeking Food: Wasps are attracted to protein and sweet substances. Open garbage, pet food, or an overripe fruit bowl can answer your query, “how are wasps getting in my house?”
– Looking for Shelter: If wasps find your home to be a suitable shelter from harsh weather or a place to establish a new colony, they will take advantage of any openings.

What to Do If Wasps Are Already in Your House

If you’re frequently asking, “how are wasps getting in my house,” and you’ve already noticed them indoors, here are some steps to manage the situation:

1. Locate the Nest: Carefully determine if there’s a nest inside your home or nearby. This is critical because the location of the nest will affect your removal strategy.
2. Avoid Provocation: Wasps can become aggressive if threatened. Keep your distance and avoid swatting at them.
3. Professional Removal: For safe and effective removal, particularly if the nest is large, consider hiring a professional pest control service.

Preventive Measures: Keeping Wasps Out

After addressing “how are wasps getting in my house,” it’s important to take preventive measures to keep them out:

– Regular Inspections: Check for and seal off potential entry points regularly. Pay attention to cracks, crevices, and any areas that might deteriorate over time.
–Proper Food Storage: Keep food covered and dispose of garbage regularly to avoid attracting wasps.
-Natural Repellents: Consider using essential oils like peppermint, which are said to deter wasps, around potential entry points.

Frequently Asked Questions

Q: How are wasps getting in my house even when all windows and doors are closed?
A: Wasps can enter through very small openings. Check for any unsealed vents, cracks around window frames, and other tiny gaps.

Q: What should I do if I find a wasp inside but can’t find a nest?
A: Sometimes wasps wander inside by accident and there isn’t necessarily a nest inside your home. Ensure all entry points are sealed and monitor for any further activity.

Q: Is it safe to remove a wasp nest myself?
A: If the nest is small and easily accessible, you might be able to remove it yourself with the right protective gear and tools. However, for larger nests or nests in difficult locations, professional removal is safer and more effective.

Conclusion

The question of “how are wasps getting in my house” can be bothersome. By understanding the common entry points and reasons behind their intrusion, you can take effective steps to prevent their entry and deal with any issues safely. Regular home maintenance and vigilance are key to keeping these unwelcome guests out of your home.

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