Indian Wells, California – for a tournament that’s often known as tennis paradise, the Indian Wells tends to bring some Old Testamal elements into sport within the California desert.

The sun that brings down throughout the day is replaced by temperatures that could be cold at night. In a part of the world, which sees about 14 days of 365 rain, some all the time appear to find yourself in the primary fourteen days of March and to interrupt the sport. Bien was flooded with the major stadium last yr. This yr the jury is the tennis player in any respect levels – this rarely stops playing, but his rhythm greater than every other weather conditions – the small yellow ball that you wish to hit the white lines and drive it to distract.

“Bloody Windy out there,” said Rinky Hijikata, the 24-year-old Australian, who attributed his childhood in a windy suburb of Sydney for his game with Alexander Shevchenko from Kazakhstan 6: 1, 6: 3. On the complex, 40 -km / h floors, palm trees and broadcast the sending of channels like a free football free kick through the air.

Hijikata said the wind on Thursday was not only powerful: it appeared to come from all directions. In view of this, there was just one option to survive, and it didn’t include the dead goal on the lines to quickly attempt to end quickly.

“You have to give yourself big margins,” he said. “You have to hit the ball in the square and put on your running shoes.”

Belinda Bencic, who followed her usual strategy, when she enforced 6-1, 6-1 over Tatjana Maria, had an identical approach. “I attempt to play, not attempt to take dangerous recordings and easily play a giant goal and work your legs hard.

“Respect the wind,” she warned.

---

Heat could be exhausting and rain can delay the sport, however the wind is probably the most moody. Similar to a mighty first servant or floor prank, his power over tennis means little without knowing his direction. If it hunted up in a dish, parallel to the side lines, the results are more predictable. At one end, the players should overlap with the breeze within the back. On the opposite hand, you have got to concentrate on how much your shots shall be. The player who receives a ball with wind has to react faster. If it slows down a ball, your footwork must get you to do that and adjust to sudden changes in direction.

It doesn't often work so clean. The breeze can cry the Flushing Bay on the US Open in New York on a couple of days. The Arthur Ashe Stadium, the major tariff, was known for its vertebrae before installing a partial roof in 2015. At the ATP Tour event in Estoril, Portugal, north of Lisbon, the wind could get a multitude from the Atlantic.

The winds in Indian fountains are of a special kind, something that the majority players by some means slips after they grow to be poetic for lots of their favorite stops within the tennis calendar. The place is largely a wind machine between two mountains, the San Jacintos and the San Bernardinos, within the coachella Valley about 120 miles east of Los Angeles. The mountains act like a funnel; The hot air rises from the desert floor and the cool air rushes in from above to take its place. On the outer courts it should go within the direction chosen for the day. On the major tariff, stadium 1, the bowl structure and its doors and openings create currents and vertebrae, to which the players should adapt to one another.

You can literally see that the wind takes over the ball with the air pic.twitter.com/0umjtavd8k

– Owen (@kosketekcan) March 6, 2025

A desert wind may create others. Bencic said she left the practice court last Friday with a sip of one of the best within the desert.

“It was like a sandstorm,” she said.

The wind provided a problematic first match for Joao Fonseca, the 18-year-old aspiring star from Brazil, who plays the tournament for the primary time. In the third set of Jacob Fearnley Britain from Break Down needed to rummage back within the third set of Break Down to win his Indian Wells debut.

Fonseca dominated Fearnley in the primary sentence when the Brit was set to the wind and came upon how you can play aggressively in it. Fearnley would have expected that he would have a bonus. He played college tennis at Texas Christian University, which could be loads of gusty, especially on the TCU home spaces which can be built right into a form of bowl.

“A lot of it is mental,” said Fearnley. “You can't really control what the weather will do, so just accept it and try to use it to the best of our strength.”

He appeared to master it and master the Brazilian until a double mistake made it possible to attract Fonseca to attract on the crucial set. Fonseca lost within the windest match that he could remember, not one other game to which his kick, who jumped out of the promoting space, was captivated in Fearnley's backhand and his opponent. His hat blew sooner or later; One towel rolled on the square and interrupted the sport during one other.

Players who fight for each the wind and against one another

The towel had enough of this point #Tennisparadise pic.twitter.com/rp6elrk4oz

– Tennis television (@Tennistv) March 6, 2025

“If it is windy, it's just a small mistake, and at this level it is only a point you won the match,” he said.

Nevertheless, the Wind Fonseca made it so uncomfortable that after the 2 -hour match, he went on the option to the sensible areas to fulfill one other half an hour and check out to get a sense for the ball.

After Fonseca and Fearnley were finished within the major stadium, it was within the series of Emma Raducanu to seek out out the weather. Raducanu played her first match since a spectator was faraway from one in every of her games for her in Dubai in Dubai last month. The one that appeared of their game within the second round against Karolina Muchová had “called to her, left her a note, took her photo and deal with a behavior that caused her burden,” said Dubai's authorities.

Indian Wells brought security and a variety of support for her. “I didn't have what happened in Dubai in my head today,” she said.

Unfortunately, for Raducanu, who lives after rhythm and located its groove, it also brought the form of conditions that no player would want for a primary match after a break. The wind and the difficult challenges of Moyuka Uchijima, which dominated the conditions by various its shots, proved an excessive amount of with a 6-3, 6-2 defeat.

“Very cumbersome in the wind here,” said Raducanu, who played her first game along with her recent test trainer Vladimir Plateik. Plateik previously trained Lulu Sun, who defeated Raducanu in last yr's Wimbledon and the highest 15 Mainstay Daria Kasatkina.

“Many balls that were very, very weak in the day and in the wind in these dishes,” said Raducanu. “So it just jumped up after which briefly like a little bit little bit of grievances.

“I didn't really know what would come.”

When the night fell and the temperature sank, the wind died. Of course, the rain, a chilly, constant drizzle, who heard the sport at around 8:30 p.m. at 9:25 p.m., got here to the sport for the night.

Before the tournament, the choice of the BNP Paribas Open to alter their court provider dominated the discussion among the many players in regards to the conditions. In the primary evidence, the brand new Laykold surface continues to be hopping, with the desert sand and the grit turn balls from strike zones in the colour and roughen the felt. It is the swings within the sun and cloud, cold and warm, and above all windy and calm that outline the conditions that Andrey Rublev compared with 4 tournaments in a single.

If the prediction is true – all the time a giant one, when within the desert – the gusts shall be easier in the approaching days, which is simpler to administer life on the tennis courts. Unless the bees rave again.

There is a masterful improvised scene within the production of “Enemy of the Volk” by the San Jose Stage Company, which has a customer of the scholar.

This treat needed to do with a critical decision that the people in a city during which the piece is decided – from the mayor, who doesn’t surprisingly play politics with the lifetime of its residents, to the members of the local news rag that his make your individual enabling.

When the patron became a part of the play and the officials called, production was also not directly made aware.

“There is no one above that looks like me,” the patron explained appropriately. This mendic honesty serves as a brutal memory of today's social climate. Since the white house are attacked by diversity and stock programs, a handful of individuals are completely happy to be every critical decision that may profit smaller, more powerful and fewer diverse residents. This very dynamic makes the casting perfect.

In one of the vital consequent and brave plays that the stage has produced lately, Ibsen's timeless Clarion call is fully exhibited in a production that is just not hidden behind the moods. Immediately, terms equivalent to “fake news” and “Drain the Swamp” jump off the stage, Donald Trump's preferred term for the media who live within the title. The powerful is not going to be crossed without consequences.

Doctor Thomas Stockmann (Coleton Schmittto) has noticed why the water supply for the rich therapeutic spa of the town contradicts the residents. As a medical man with an ethical core, Thomas has to warn others of the present dangers, even when this implies refueling the town's economy and threatening the financial assets of his slimy brother, Mayor Peter Stockmann (Johnny Moreno).

There are much more financial problems, including for the local newspaper and its journalists Hovstad (Brandon Leland) and Billing (Nick Mandracchia) and the wife of Thomas, Katharina (Christine Capsuto-Shulman), who doubles as punk band members. Despite the steamed tone of the music, they wore and crushed within the convincing set of Christopher Fitzer, where the memories of the oppressed status of the residents are sprayed on the black partitions.

The remarkable thing about Thomas Ostermeier and Florian Borchmeyer's adaptation of Ibsen's piece from the nineteenth century is that it seems like it has been written up to now few weeks. There isn’t any shortage of insights that cools the spine to the purpose where it is simple to assume that the doctor is naive and silly. Will Dr. Stockmann's desire to decide on the reality really results in consolidating his status as an enemy amongst his roommates?

The questions that Thomas asks and the observations he does are exactly right. “The economy is not in the crisis, the economy is the crisis,” connects on to a society that willingly accepts ignorance. At first glance, the concept of defense of the reality is absurd, and Thomas is fed up with doing exactly that.

But anyone who defends the reality can tell himself. There should not two sides for each story, only truth and lies. In probably the most critical moment of the play, an enormous screed with a fiery revenge from Shitto goes directly over the lie of the American emergency. Shmto's moment is loaded with grunt and growl, supported by more lie from the newspaper printer and the chairman of the homeowners' association, Aslaksen (Katie O'Bryon-Champlin), which ends up in this.

The considerable strength of the piece relies on Kenneth Kelleher, whereby his work often lives in an enormous, open space and enables urgent movement and full of life tableaus. While Schmitto drives the story with an inferno in a cynical world, others have their very own conflicts.

Thomas's idealism is just not generally recognized, whereby Capsuto-Shulman delivers an effectively conflicting performance as Katharina, which hesitated to hold her hat on the reality and to live in her own harmful lies. Simple fact – the reality cannot feed your precious newborn. Only money will try this.

While Moreno often slides properly into the sliding mucus of the lower abdomen of his character, his sour turn becomes when the pithy mayor is loaded with a sketch with side -eyed eyes. And Randall King, along with the cool dog (Benjamin), makes a good cameo as Katharina's father, who has his own financial needs which are threatened with the brand new revelations.

We are in a difficult time, the third property slowly collapses and the reality not holds the identical weight as once. Presentation of so few means for therefore much danger.

Hopefully in the future Ibsen's piece shall be a relic. We're not there yet.

“An enemy of the people”

By Henrik Ibsen, presented by San Jose Stage Company

Through: March 2nd

Where: San Jose Stage, 490 p. 1. St., San Jose

Duration: 1 hour, 50 minutes with a break

Tickets: $ 34- $ 74; thestage.org

Originally published: February 13, 2025 at 3:09 p.m. PST

In the hours before fierce Santa Ana winds swept through the canyons of Los Angeles, setting homes ablaze and claiming lives, we felt the Diablo winds here.

But they only created waves in mud puddles. They moved the heavy leaves of the drenched trees. They warmed our yards and sent fresh breezes through the air, frivolously scented with the scent of early manzanita and daffodil blossoms.

“The same weather system that produces Santa Ana winds also produces Diablo winds, often 12 to 24 hours earlier,” said atmospheric scientist Neil Lareau of the University of Nevada, Reno. We will proceed to see stronger northeasterly winds across the Bay Area in the approaching days.

But there’s one crucial difference: It rained here, but not in Los Angeles. That set the stage for the deadly inferno in Southern California. As of Friday, the fires in Los Angeles County had killed at the least 11 people, destroyed at the least 9,000 buildings and compelled greater than 100,000 people to evacuate.

The Diablo and Santa Ana winds, officially classified as Foehn winds, are an ancient meteorological phenomenon.

Just as water tends to hunt its own level, air also desires to equalize its pressure and flow from areas of high pressure to areas of low pressure, said Jan Null of Golden Gate Weather Services.

“Everything is trying to achieve balance,” he said.

The winds originate within the deserts of the northern Great Basin, where high pressure builds up. This strong high pressure system occurs more often within the cooler seasons.

Then they race west toward low pressure systems along the California coast. Called “inside sliders,” they fall down the edges of the Sierra, gaining speed as they go.

They then go through mountain passes akin to Soledad Pass, Cajon Pass and San Gorgonio Pass in Southern California, where the so-called Venturi effect accelerates their speed. They also contribute to large offshore waves on the coast and potentially dangerous conditions.

Winds gusted between 50 and 70 mph at lower elevations Wednesday evening, peaking at 80 to 100 mph within the Santa Monica Mountains – the equivalent of a powerful Category 1 hurricane.

According to Lareau, the recent winds were so strong that they reached and descended the San Gabriel Mountains, quite than simply blowing through passes.

“The winds are at the upper end of the spectrum for Santa Ana winds, but are not unprecedented or beyond our expectations,” Lareau said.

An identical phenomenon might be observed in other mountainous areas around the globe. In the Rocky Mountains we speak of the Chinook wind; within the Alps it is known as favogn; within the Andes it is known as Puelche.

As the air sinks and condenses right into a low-pressure trough, it warms.

While much of the country is affected by cold, snow and ice, temperatures reached a balmy 73 degrees in San Jose on Friday. It was 68 degrees in Oakland. Even San Francisco felt comfortable at 59 degrees.

But because the temperature increases, the relative humidity decreases. Fuels with 20% moisture can catch fire; Light fuels with 2% moisture can burn like gasoline.

They contributed to a few of the most devastating wildfires lately, akin to the 2017 Tubbs Fire, which destroyed parts of Santa Rosa, and the 2018 Camp Fire, which destroyed the town of Paradise.

The exact trajectory and strength of the winds may vary. They are influenced by the strength and placement of the Great Basin High and the strength and placement of the low pressure system to the southwest.

In the Bay Area, the present often changes because it meets the Coast Range, which might guide wind over ridges and canyons.

This pattern occurs most frequently in the autumn when the polar jet stream moves seasonally south.

(In spring and summer all the pieces turns around. The air flows eastwards from the ocean towards the inland valleys, creating afternoon breezes and thick fog.)

While the Diablo and Santa Ana winds are strongest in the autumn, their frequency and intensity proceed throughout the “cold season.” A study by Carrie Bowers of San Jose State University found that the common monthly variety of Diablo wind events is higher in January than in November and about 80% as frequent as the height month of October.

In the autumn, they keep us on high alert. The nerves are nervous. A faint smell of smoke causes discomfort.

But in January the threat is less noticeable because the landscape is normally wet. For example, San Francisco International Airport received 107% of a yr's average annual precipitation.

There has been little rain in Southern California, leaving many of the region extremely dry.

The conditions that worsened the wildfire, rising temperatures and dry fuels, are all symptoms of the planet overheating.

On Friday, climate researchers reported that the Earth's average temperature rose greater than 1.5 degrees Celsius above pre-industrial levels for the primary time in 2024. The data reported by the World Meteorological Organization represents only one yr, but adds to mounting evidence that the world is moving into dangerous territory, perhaps faster than previously thought.

“When the conditions come together for these really strong events,” akin to extreme and adjoining high and low pressure systems, “we can get very strong winds in places like Pasadena, which are often more sheltered.”

“But the real problem,” he added, “is the state of the fuels. “Due to the extreme lack of rain in Southern California, it is critically dry.”

Originally published: January 11, 2025 at 6:00 am PST

My mother died in my home hospice in 2020, the day my state of Washington went into COVID-19 lockdown. Her body was removed, but our family was deprived of the standard rituals of mourning. There was no funeral or consolation gathering, no food deliveries and no hugs. For months afterward, because the national lockdown continued, hundreds of other families like mine saw those death rituals—society's social support for grief—stripped away from them.

As clinical social employee and health scientist With 40 years of experience in end-of-life care and bereavement, I knew I had to search out a technique to cope with my grief over my mother. During lockdown, I searched for resources for help. Then I heard in regards to the Wind Phone.

What is a wind phone?

A wind telephone, in its simplest form, is a rotary dial or push-button telephone arrange in a secluded location in nature, often in a cabin-like structure and infrequently next to a chair or bench. The telephone line is disconnected.

People use the wind phone to “phone” deceased family members and have a one-way conversation. Here they’ll say things which have been left unsaid. Wind phones provide a setting for the person to inform the story of their grief, reminisce and proceed to remain connected with the deceased person. For many, it’s a deeply moving, life-affirming experience.

To 200 wind phones are scattered throughout the United States. Wind phones are free to the general public and are typically present in parks, along climbing trails, and on church grounds. They are often built by individuals who wish to honor a loved one who has passed away.

The wind telephone began in Japan in 2010when Itaru Sasaki, a garden designer, built a telephone booth in his garden so he could “talk” to a deceased relative. Months later Earthquake and tsunami in Fukushima; inside just a few minutes greater than 20,000 people died.

Sasaki opened the phone booth for his neighbors, who desperately needed a spot to specific their grief. The news spread, and shortly people from throughout Japan were making pilgrimages to speak to those they love through the “wind telephone”.

Since then, wind phones have spread throughout the world.

Do wind phones work?

Grief is a universal human experience; it affects us psychologically, socially, spiritually and even biologicalSome of our earliest rituals as humans are those surrounding death, with some practices dating back greater than 10,000 years, similar to Use of flowers in funeral ceremonies and to position the deceased as if he were sleeping, with a pillow under the pinnacle.

Yet there are still no clear guidelines on how people should cope with grief. But the facility of talking with the deceased, moderately than about them, has long been the idea of many grief interventions around the globe. including Gestalt therapythat encourages patients to role play or re-enact life experiences. A standard approach utilized by a Gestalt therapist is to have the client speak on to an empty chair while imagining the person they’ve lost sitting there. The same approach is to jot down a letter to the deceased after which read it aloud.

What these techniques and the Wind Phone have in common is using a conversational approach that enables for connection, reflection, and the secure release of strong emotions. Both speaking and writing inherently encourage direct expression of feelings; this helps to release physical and psychological tension within the body.

In addition, the spontaneity of speaking out loud can reveal subconscious insights. This is because speaking can overcome the inner censorship of painful thoughts.

Using a Wind Phone can evoke strong emotionsand never all of them are positive. They can evoke tears, anger, guilt and shame. Some conversations turn into confessionals. The wind phone setting offers a technique to contain feelings that will overwhelm the concerns of the bereaved.

Research is required

In American culture, it's common to discuss processing the lack of a loved one – getting over it and moving on. It's true that the initial period of deep grief and trauma often fades with time, but some grief can last a lifetime. In the weeks, months, and years after the death, feelings can erupt unexpectedly in the shape of “grief attacks,” or sudden waves of emotion. triggered by a memory, a smell, an event or a thought.

To my knowledge, no research has been done on wind phones yet, so from a scientific perspective it just isn’t yet possible to say whether or not they definitely help an individual cope with their grief. This just isn’t surprising; studies on grief haven’t received as much research attention as mental disorders similar to depression or anxiety, although grief result in one among these disorders.

But the rapid proliferation of wind phones over the past decade suggests that grieving people almost in every single place have a have to cope with their grief. And hundreds who’ve tried it could find comfort in a phone call.

Our sun drives a continuing outward flow of plasma or ionized gas, called the solar wind, that envelops our solar system. Outside of Earth's protective magnetosphere fastest solar wind rushes past at speeds of over 500 kilometers per second. But researchers haven’t yet been capable of work out how the wind gets enough energy to achieve this speed.

Our team from Heliophysicist published an article in August 2024, indicating a brand new energy source for the solar wind.

Discovery of the solar wind

Physicist Eugene Parker predicted the existence of the solar wind in 1958The Mariner space probe on its option to Venus would confirm its existence in 1962.

Since the FortiesStudies had shown that the Solar corona or solar atmospherecould heat as much as very high temperatures – over 2 million degrees Fahrenheit (or greater than 1 million degrees Celsius).

Parker's work suggested that this high temperature could create an outward thermal pressure strong enough to beat gravity and permit the outer layer of the Sun's atmosphere to flee.

However, gaps in solar wind research quickly appeared as researchers made increasingly detailed measurements of the solar wind near Earth. In particular, they found two problems with the fastest a part of the solar wind.

For one thing, the solar wind continued to heat up after it left the recent corona without explanation. And even with this extra heat, the fastest wind was still didn’t have enough energy to clarify to scientists the way it was capable of speed up to such high speeds.

Both observations meant that there needed to be one other source of energy besides Parker's models.

Alfvén waves

The sun and its solar wind are plasmas. Plasmas are like gasesbut all particles in plasmas are charged and react to magnetic fields.

Similar to how sound waves move through the air and transport energy on earth, plasmas are permeated by so-called Alfvén waves. For many years Alfvén waves had been predicted They influence the dynamics of the solar wind and play a very important role within the transport of energy within the solar wind.

However, scientists couldn’t say whether these waves actually interacted directly with the solar wind or whether or not they generated enough energy to drive it. To answer these questions, they would want to measure the solar wind very near the Sun.

In 2018 and 2020, NASA and the European Space Agency launched their respective flagship missions: the Parker Solar Probe and the Solar OrbiterBoth missions the proper instruments to measure Alfvén waves near the Sun.

The Solar Orbiter Ventures between 1 astronomical unit, where the Earth is, and 0.3 astronomical units, barely closer to the Sun than Mercury. The Parker Solar Probe dives much deeperIt comes inside five solar diameters of the Sun, inside the Outer edges of the corona. Each sun's diameter is about 865,000 miles (1,400,000 kilometers).

By working together, these two missions will allow researchers like us to not only study the solar wind near the Sun, but additionally study its changes between where Parker sees it and where Solar Orbiter sees it.

Magnetic serpentines

During Parker’s first approach to the Sun observed that the solar wind near the sun was indeed wealthy in Alfvén waves.

Scientists used Parker to measure the magnetic field of the solar wind. In some places they noticed that the sector lines – or magnetic lines of force – swung with such large amplitudes that they briefly modified direction. Scientists called these phenomena Magnetic serpentinesWith Parker, they observed these energetic plasma fluctuations throughout the solar wind near the Sun.

Our research team wanted to search out out if these serpentines contained enough energy to speed up and warmth the solar wind because it moved away from the Sun. We also wanted to check how the solar wind modified as these serpentines released their energy. This would help us determine if the serpentines' energy went into heating the wind, accelerating it, or each.

To answer these questions, we identified a novel spacecraft configuration by which each spacecraft crossed the identical section of the solar wind but at different distances from the Sun.

The secret of the serpentines

Parker, near the Sun, observed that about 10% of the solar wind energy was in magnetic gusts, while Solar Orbiter measured lower than 1%. This difference implies that between Parker and Solar Orbiter This wave energy was transmitted to other types of energy.

We some modelling carried outmuch like Eugene Parker hadWe built modern implementations of Parker's original models and integrated the influence of the observed wave energy into these original equations.

Specifically, by comparing the information sets and models, we could see that this energy contributed to each acceleration and heating. We knew it contributed to acceleration since the wind was stronger at Solar Orbiter than at Parker. And we knew it contributed to warming since the wind was hotter at Solar Orbiter than it might have been without the waves.

These measurements showed that the energy from the serpentines was each crucial and sufficient to clarify the evolution of the solar wind on its way from the Sun.

Our measurements not only provide scientists with insight into the physics of the solar wind and the way the Sun can affect the Earth, but they may even have implications for the whole universe.

Many other stars have Star winds that carry their material into space. Understanding the physics of the solar wind of our local star also helps us understand the stellar wind in other systems. Knowledge of the stellar wind could tell researchers more in regards to the Habitability of exoplanets.

Offshore winds have the potential to offer coasts with massive, constant supplies of fresh electricityAccording to a study, wind farms directly off the coast 11 times the anticipated global electricity demand in 2040.

The east coast of the USA is a really perfect location to make use of this energy, but there’s an issue: the electricity from the offshore wind farms should be transported to the cities and communities that need it.

Although everyone wants a reliable power supply for his or her homes and businesses, few support the development of the transmission lines needed to offer it. This has at all times been an issue, each within the USA And internationalbut it surely is becoming an excellent greater challenge as countries Speed ​​towards CO2-neutral energy systems that uses more electricity.

The U.S. Department of Energy and 10 states within the Northeast States Collaborative on Interregional Transmission are working on a potentially groundbreaking solution: plans for a Offshore power grid.

The heart of this network can be the primary transmission lines off the east coast, from North Carolina to Maine, where dozens of offshore wind projects are already being planned.

The plans envisage that the project will generate not less than 85 gigawatts of offshore wind energy by 2050 – almost as much as US goal of 110 GW installed wind power by mid-century, enough to power 40 million homes, and greater than the 0.2 GW today. The Northeast States Collaborative formalized its goals in July 2024 through a multistate Memorandum of Understanding.

Current research from the Energy Authoritythe research company Brattle And other groups points out that an offshore electricity grid could mitigate the primary challenges of constructing recent onshore transmission lines and reduce the prices of offshore wind energy.

Cost reduction can be welcome news – costs for offshore wind projects increased as much as 50 % from 2021 to 2023. While a number of the underlying causes have subsided, like inflation And Disruptions in the worldwide supply chain, Interest rates remain highand the industry remains to be trying to realize a foothold within the US

What is an offshore power grid?

Today’s offshore wind projects use a Point-to-point or radial designwherein each offshore wind farm is individually connected to the onshore power grid.

This method works when there are few projects in a region, but it surely quickly becomes dearer as a result of cabling and other infrastructure. The lines also disrupt populations and marine life. And it requires more costly grid upgrades on land.

Many of those costs will be avoided through coordinated offshore transmission, with what the Department of Energy “mesh” or “backbone” designs.

Instead of individual connections to the mainland, many offshore wind farms can be connected to a typical transmission line that will be linked to the mainland grid via strategically placed “interconnection points.” This way, the electricity generated by an offshore wind farm might be transmitted to wherever it’s most needed on the east coast.

Even higher, electricity generated on land is also transported via these shared lines to bring energy to where it is required. This could improve the resilience of the electricity grids and reduce the necessity for brand spanking new transmission lines over land, which have to this point notoriously difficult to acquire approval forespecially on the East Coast.

The coordinated offshore transfer was part early US discussions on the planning and development of offshore wind turbines. In the late 2000s, when Google and partners initially proposed The Atlantic Wind Connection, an offshore transmission projectthe advantages of each offshore renewables and the energy system as a complete were fascinating. At that point, the United States had just one large-scale offshore wind project within the pipeline, and it ultimately failed.

Today, the United States 53 GW offshore wind projects planned or developed. energy Researchers, We consider Coordinated offshore transmission is significant for the success of the industry on a big scale.

Offshore grid could get monetary savings and reduce environmental impact

By allowing energy from offshore wind farms and onshore generators to be transported to more places, coordinated transmission can improve grid reliability and be certain that energy gets to where it is required most, reducing the necessity for dearer and infrequently more environmentally damaging power plants.

A 2024 Report from the National Renewable Energy Lab found that the advantages of a coordinated design outweigh the prices almost thrice in comparison with an ordinary point-to-point design.

Studies from Europe, the UK And Brattle have pointed to other advantages, including reducing planet-warming CO2 emissions, reducing the variety of Beach crossings by a 3rd and the required kilometers of transmission cables by 35 to 60 percent.

In the United States, offshore transmission lines would run almost exclusively through federal waters, which might avoid most of the conflicts related to onshore projects, although challenges would still arise.

Challenges and next steps

Building an offshore grid would require some vital changes.

First, government incentives have to be modified. The government investment tax allowance for offshore wind, which covers not less than 30% of the initial capital costs of a project, doesn’t currently help with financing coordinated gear designs.

Second, the needs of all parties should be taken under consideration from the outset of the planning process. While the general advantages of coordinated gear designs exceed the full costsWho gets the advantages and who bears the prices is significant. For example, dearer electricity producers could earn less, and a few Communities feel threatened by offshore development.

Third, higher coordination between all parties is required to route electricity to and from the regional grids. The recent Order 1920which requires electricity suppliers to plan their future needs may function a blueprint, but it surely doesn’t apply to interregional projects, corresponding to an offshore transmission network connecting over a dozen countries in three regions.

The United States reached a significant milestone in March 2024 with the completion of South Fork Wind, the country's largest wind farm. first large-scale wind farmbringing the U.S. offshore wind capability to just about 200 megawatts. Eight more projects are under construction or approved for construction. Once accomplished, they might increase installed capability to over 13 gigawattsin regards to the same as three dozen coal-fired power plants.

An offshore transmission grid could support the expansion of offshore wind energy and meet the energy needs of the East Coast for generations.

This article was updated on 31 July 2024 to make clear that the States have formalised the Memorandum of Understanding.

From Redding to Indio, firefighters in California battled fierce fires Tuesday as dry, sunny weather and wind combined with abundant dried vegetation created ideal conditions for wildfires to start out and spread.

For the primary time in two years, Cal Fire activated its top-level response teams for 3 of the fires: the ten,000-acre Sites Fire northeast of Clearlake, the 5,400-acre Aero Fire within the foothills east of Stockton and the 15,700-acre Post Fire in Southern California.

“It's significant that we've had three fires in quick succession this year,” said Cal Fire spokesman Isaac Sanchez. “It's indicative of what we're facing right now. Conditions are favorable for large fires to impact communities.”

Two wet winters in a row and the tip of the drought have caused the grass to grow thick and tall in lots of parts of the state. “It's like gasoline, it burns very quickly, it burns very intensely,” Sanchez said.

California's fire season exploded earlier this month with the Corral Fire, which ravaged 14,000 acres near Tracy. This time last 12 months, the state had seen just one wildfire larger than 1,000 acres – this 12 months, there have been 14. As of Tuesday afternoon, Cal Fire crews across the state were battling 11 wildfires of 300 acres or more.

Dangerous fire conditions began moving across the state Friday as a dry low pressure system took hold, bringing winds and low humidity that made fires more prone to start and helped existing fires spread, said Brent Wachter, a fireplace meteorologist with the U.S. Forest Service. Windy conditions from the low peaked Sunday and Monday, while Monday and Tuesday saw “unseasonably low” humidity, Wachter said.

Sunshine also contributed to the intensification of the wildfires over the weekend and early within the week, Wachter said. The intense rays created air movements that would push drier air toward burning areas, Wachter said.

“This really contributes to the spread of fires,” he said.

Rising smoke from wildfires in Northern California prompted the Bay Area Air Quality Management District on Tuesday morning to issue an air quality warning for the region until no less than Wednesday.

“Expect smoky, hazy skies and the smell of smoke outdoors,” the agency said, adding that the air outside may very well be unhealthy for sensitive groups of individuals.

Two fires in Northern California that broke out Monday spread extremely quickly — as did the Corral Fire — burning nearly 2,000 acres in a matter of hours. The Aero Fire within the foothills east of Stockton prompted emergency responders to order evacuations in nearby Copperopolis. By Tuesday afternoon, 2,000 acres had burned and the fireplace was 20% contained. The area had not seen a big fire since 2003, and the flames engulfed grass and oak forests, Cal Fire said.

“It was very intense. It looked scary,” said Larry Aderman, owner of Frog's Tooth Winery outside Copperopolis, who was evacuated Monday evening. “The flames were about 300 feet in the air.”

The Sites Fire, which broke out in Colusa County on Monday, burned 10,000 acres and was 15% contained as of 12:30 p.m. Tuesday afternoon, up from 0% three hours earlier.

The 1,200-acre Point Fire, which broke out Sunday near Healdsburg in wine country, was 40% contained as of Tuesday afternoon. Cal Fire said two structures burned and one firefighter was injured fighting the fireplace and brought to the hospital. Evacuation orders affected nearly a dozen wineries within the Dry Creek Valley and Healdsburg areas.

“We really made great progress here overnight,” Cal Fire spokesman Will Powers said Tuesday.

Lauren Fremont, executive director of Winegrowers of Dry Creek Valley, said Tuesday that some wineries on the north side of Dry Creek Valley were affected and a few roads were still closed. However, many of the valley's wineries gave the impression to be operating as usual, with little smoke noticeable. Ferrari-Carano Winery, which was within the evacuation zone, reported Monday evening that “our team, our vineyards and our winery are currently safe.”

“This is a huge relief for the wineries and the land there,” Fremont said.

In Butte County, the Junes Fire, which broke out Saturday, had burned 10 acres and destroyed one constructing by Tuesday afternoon, but was 98 percent contained and never spreading. Full containment is predicted by the tip of Tuesday, based on Cal Fire.

Cal Fire's Santa Clara unit, which covers Santa Clara, Alameda, Contra Costa and western Stanislaus and San Joaquin counties, has sent “response teams” of 5 fire engines each to the fires in Aero and Sites, said Cal Fire spokeswoman Chelsea Burkett.

California's largest fire of the season up to now, the Post Fire in Los Angeles and Ventura counties, had burned 15,611 acres of land as of Tuesday morning. The fire that broke out Saturday afternoon in Gorman was 24% contained as of Tuesday afternoon. An evacuation order remained in effect for the realm, extending south beyond Pyramid Lake, and Cal Fire said the fireplace continues to burn in that direction.

However, California's fire weather is predicted to ease on Wednesday, helping firefighters, Wachter said. Winds died down Tuesday afternoon, giving method to localized breezes through no less than Friday, and humidity is predicted to progressively increase Wednesday through no less than Saturday.

The decline in wind will probably be a key consider firefighting, Wachter said.

“The wind is king,” he said. “It always has been.”

Weather forecasters talk quite a bit about wind shear during hurricane season, but what exactly is it?

I Teaching meteorology at Georgia Tech, in a component of the country where the Atlantic hurricane season is especially strong. Here's a fast have a look at considered one of the important thing forces that may determine whether a storm becomes a destructive hurricane.

What is wind shear?

Wind shear is defined because the change in wind speed, wind direction, or each over a given distance.

You can have heard airplane pilots discuss turbulence and warn passengers that they’re in for a bumpy ride. They often see signs of sudden changes in wind speed or direction right in front of them, and sometimes this could be brought on by wind shear.

With hurricanes, the main focus will likely be on vertical wind shear, or how the speed and direction of the wind changes with altitude.

Vertical wind shear occurs almost in every single place on Earth because winds typically move faster at higher altitudes than on the Earth's surface. They could be stronger or weaker than normal, which is very vital during hurricane season.

Tropical storms typically begin as tropical waveor low pressure system related to a cluster of thunderstorms over warm waters within the tropics. Warm air above the ocean surface rises rapidly and sucks the storm in. The winds begin to shift and may intensify right into a tropical storm after which a hurricane.

Hurricanes thrive in environments where their vertical structure is as symmetrical as possible. The more symmetrical the hurricane, the faster the storm can rotate, like an ice skater pulling her arms in to show.

However, an excessive amount of vertical wind shear can shift the storm's front end. This weakens wind circulation and the transport of warmth and moisture needed to generate the storm. The result can tear a hurricane apart.

The influence of El Niño and La Niña

Wind shears grow to be a hot topic during El Niño Years wherein wind shear tends to be stronger throughout the hurricane season over the Atlantic.

A The El Niño event occurs when the ocean surfaces within the eastern Pacific basin grow to be significantly warmer than average, while the waters within the western Pacific basin grow to be cooler than average. This happens every about two to seven yearsand it affects the weather everywhere in the world.

During El Niño events, high-altitude winds over the Atlantic are inclined to be stronger than usual, leading to stronger wind shear. Faster airflow within the upper troposphere results in higher wind speeds with increasing altitude, making the upper atmosphere less favorable for tropical storm development. In the eastern North Pacific, then again, El Niño tends to supply less wind shear.

Of course, no two El Niño events are the identical. In 2023 Record high sea surface temperatures threatened to make hurricanes so strong that the wind shears enhanced by El Niño could not destroy them. For example, Hurricane Idalia through the wind shear in August and hit Florida as a severe Category 3 storm.

The opposite of El Niño is La Niña – the 2 climate patterns alternate roughly every two to seven years. La Niña allows for more lively hurricane seasons, because the Atlantic experienced throughout the record-breaking 2020 season. La Niña conditions were expected to Development until autumn 2024and the hurricane forecasts for the Atlantic show that Expectations for one more busy season.

The 2023 Atlantic hurricane season was reminder that there are at all times multiple aspects that affect how destructive hurricanes grow to be. Still, vertical wind shear will at all times be there and something that meteorologists will keep watch over.

Weather forecasters often discuss wind shear during hurricane season, but what exactly is it?

I Teaching meteorology at Georgia Tech, in a component of the country that pays close attention to the Atlantic hurricane season. Here's a fast have a look at one in all the important thing forces that may determine whether a storm becomes a destructive hurricane.

What is wind shear?

Wind shear is defined because the change in wind speed, wind direction, or each over a given distance.

You can have heard of airplane pilots Talk about turbulence and warn passengers that they’re in for a bumpy ride. They normally see signs of sudden changes in wind speed or direction directly in front of them, and sometimes this will be attributable to wind shear.

In hurricanes, the main focus is generally on vertical wind shear, which is how the speed and direction of the wind changes with altitude.

Vertical wind shear occurs almost all over the place on Earth because winds typically move faster at higher altitudes than on the surface. It could also be stronger or weaker than normal, and this is very essential during hurricane season.

Tropical storms normally begin as tropical wave, or low pressure area related to a cluster of thunderstorms over warm water within the tropics. Warm air above the ocean's surface rises quickly, depriving the storm of fuel. Winds begin to rotate and will strengthen right into a tropical storm after which a hurricane.

Hurricanes thrive in environments where their vertical structure is as symmetrical as possible. The more symmetrical the hurricane, the faster the storm can rotate, like an ice skater pulling her arms as much as spin.

However, an excessive amount of vertical wind shear can offset the height of the storm. This weakens wind circulation and the transport of warmth and moisture needed to fuel the storm. The result can tear a hurricane apart.

The influence of El Niño and La Niña

Wind shear is becoming a hot topic during El Niño Years when wind shear tends to be stronger over the Atlantic during hurricane season.

A An El Niño event occurs when sea surface water within the eastern Pacific basin becomes significantly warmer than average, while water within the western Pacific basin becomes cooler than average. This happens day by day two to seven years or soand it affects the weather everywhere in the world.

During El Niño events, high-altitude winds over the Atlantic are inclined to be stronger than usual, leading to stronger wind shear. The faster airflow within the upper troposphere ends in higher wind speeds with increasing altitude, making the upper atmosphere less favorable for tropical storm development. In contrast, the eastern North Pacific tends to experience less wind shear during El Niño.

Of course, no two El Niño events are the identical. In 2023 Record sea surface temperatures threatened to strengthen hurricanes to such an extent that the wind shears strengthened by El Niño could now not destroy them. For example, that is how Hurricane Idalia struggled through the wind shear in August and hit Florida as a powerful Category 3 storm.

The opposite of El Niño is La Niña – the 2 climate patterns change roughly every two to seven years. La Niña allows for more lively hurricane seasons, just like the Atlantic experienced in the course of the record-breaking 2020 season. La Niña conditions were expected Development until autumn 2024and the hurricane forecasts for the Atlantic show that with Expectations for an additional busy season.

The 2023 Atlantic hurricane season was a great reminder that there are all the time multiple aspects at play that influence the destructiveness of hurricanes. Still, there’ll all the time be vertical wind shear, and meteorologists will regulate it.

America's first large offshore wind farms began sending electricity
to the Northeast in early 2024, but a wave of wind farm project cancellations and rising costs have raised doubts amongst many individuals in regards to the way forward for the industry within the United States

Several big hitters have done so, including Ørsted, Equinor, BP and Avangrid terminated contracts or tried to renegotiate them in the previous few months. The withdrawal meant that the businesses faced cancellation penalties of $16 million as much as several hundred million dollars per project. This also led to Siemens Energy, the world's largest manufacturer of offshore wind turbines, expect financial losses in 2024 of around 2.2 billion US dollars.

Overall, the projects that were canceled by the tip of 2023 are prone to add up greater than 12 gigawatts of powerwhich corresponds to greater than half of the capability within the project pipeline.

So what happened and might the U.S. offshore wind industry recuperate?

I direct the Center for Wind Energy Science Technology and Research at UMass Lowell WindSTAR And Center for Energy Innovation and follow the industry closely. The offshore wind industry's problems are complicated, but it surely's removed from dead within the U.S., and a few policy changes could help it get on firmer footing.

The long approval process is stuffed with challenges

Approve and get offshore wind projects approved within the US takes years and is fraught with uncertainty for developers, more so than in Europe or Asia.

Before an organization submits a bid for a U.S. project, the developer must plan the procurement of your entire wind farm, including reservations for the acquisition of components similar to turbines and cables, construction equipment and ships. The bid also must be cost competitive, so corporations are likely to bid low and never anticipate unexpected costs, increasing financial uncertainty and risk.

So the successful US bidder acquires an expensive ocean leaseCosts within the Hundreds of tens of millions of dollars. But it doesn't yet have the appropriate to construct a wind project.

Before construction begins, the developer must conduct site assessments to find out this What foundations are possible and show the scope of the project. The developer must enter into an agreement to sell the electricity it generates. discover a connection point to attach it to the ability grid after which create a construction and operating plan that’s subject to further steps Environmental assessment. This all takes about five years and is just the start.

In order for a project to maneuver forward, developers might have to perform hedging Dozens of permits by local, tribal, state, regional and federal authorities. The Federal Office for Marine Energy Management, which is responsible B. on the leasing and management of the seabed, must seek the advice of with authorities which have regulatory responsibility for various points of the ocean, similar to: B. the armed forces, the Environmental Protection Agency and the National Marine Fisheries Service, in addition to groups similar to business and recreational fishing and indigenous groups, shipping, port managers and property owners.

For Vineyard Wind I – which one began sending electricity from five on of its 62 planned wind turbines off Martha's Vineyard in early 2024 – the time from BOEM's lease auction to the primary electricity being fed into the grid was around nine years.

During regulatory delays, costs can skyrocket

Until recently, these contracts didn’t include mechanisms to regulate for rising delivery costs in the course of the long approval period, increasing risk for developers.

From the tendering of today's projects to their construction approval, the world has faced the COVID-19 pandemic, inflation, global supply chain issues, increased financing costs and the war in Ukraine. Sharp rise in raw material prices, also for steel and copperin addition to construction and operating costs meant that contracts signed a few years previously could now not be financed.

New contracts and re-tendering agreements now allow price adjustments after environmental approvals are granted, making projects more attractive to developers within the US. Many of the businesses that canceled projects at the moment are bidding again.

The regulatory process is develop into slimmerbut it surely still takes about six years Other countries are constructing Execute projects faster and on a bigger scale.

Shipping regulations, power connections

Another major hurdle to the event of offshore wind turbines within the United States is a century-old law called the Jones law.

The Jones Act requires ships carrying cargo between U.S. points to be U.S.-built, U.S.-operated, and U.S.-owned. It was written to stimulate the shipping industry after the First World War. However, there are only three offshore wind turbine installation vessels on the earth large enough to accommodate the turbines proposed for U.S. projects, and none are Jones Act compliant.

That means wind turbine components should be transported from U.S. ports on smaller barges after which installed by a foreign installation ship waiting offshore, increasing costs and the likelihood of delays.

Dominion Energy is installing latest ship, the Charybdisthat can comply with the Jones Act. But a typical offshore wind farm requires over 25 several types of vessels – for crew transfers, surveying, environmental monitoring, cable laying, heavy lifting and plenty of other tasks.

Also the nation There is a scarcity of well-trained employees for the manufacture, construction and operation of offshore wind farms.

In order for electricity to flow from offshore wind farms, significant modernization of the ability grid can also be required. The Department of Energy is Working on regional transmission plansbut approval will undoubtedly be slow.

Lawsuits and disinformation increase the challenges

Numerous lawsuits from interest groups opposing offshore wind projects have further slowed development.

Wealthy homeowners have tried to stop wind farms that would appear of their ocean views. artificial grass Groups that claim to be environmental advocates but actually are supported by fossil fuel industry interestshave Disinformation campaigns launched.

In 2023, many Republican politicians and conservative groups are on board immediately Blame whale deaths off the coast of New York and New Jersey on the offshore wind power developers, however the Rather, there are indications of increased shipping traffic Collisions and entanglements with fishing gear.

Such disinformation can reduce public support and slow the progress of projects.

Efforts to maintain the offshore wind industry running

The Biden administration has set one The goal is to put in 30 gigawatts The variety of offshore wind turbines will increase by 2030, but recent estimates suggest that the actual number shall be closer to this number more like half of it.

Despite the challenges, developers have reason to maintain going.

The Inflation Reduction Act offers incentives, amongst other things: Federal tax credits for the event of unpolluted energy projects and for developers construct the port facilities in locations that previously relied on the fossil fuel industry. Most coastal state governments also facilitate projects by allowing price adjustment after environmental permits are granted. They see offshore wind power as a possibility for economic growth.

These financial advantages could make constructing an offshore wind industry more attractive to corporations that need market stability and a project pipeline to cut back costs – projects that may create jobs, stimulate economic growth and create a cleaner environment.