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California’s High-Speed Rail Dreams Could Go “Whoosh”

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California’s High-Speed Rail Dreams Could Go “Whoosh”


Riding Indonesia’s new bullet train Whoosh is like taking a peek into California’s high-speed rail’s future, writes columnist Joe Mathews. And it doesn’t look promising. Photo of Whoosh train by author.

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The good news is that California will almost certainly have a high-speed rail line someday.

The bad news is that it may look a lot like “Whoosh.”

Whoosh is the name of the new high-speed rail line that opened last October on the Indonesian island of Java. Its existence is a breakthrough—Whoosh is the first bullet train in Southeast Asia and the Southern Hemisphere. Similarly, California’s train could be the first truly high-speed service in North America. (Amtrak’s Acela and Florida’s Brightline don’t count—they don’t surpass 150 miles per hour.)

I rode Whoosh during a reporting trip to Java in February. It was disappointing, in ways that may preview how Californians are likely to feel about the high-speed rail we eventually get.

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Most stories about the possibilities for California high-speed rail look at proven, efficient bullet trains in Europe and East Asia. I myself have written about the glories of high-speed rail systems in Germany and Taiwan. Riding Whoosh was a very different experience.

Whoosh is the by-product of ambitions by the administration of President Joko Widodo to build a high-speed rail route traversing the 600 miles of the island of Java—from the mega-city of Jakarta in the west to Surabaya in the east. California’s official high-speed rail plans are of similar ambition, extending 600 miles from San Francisco and Sacramento in the north to San Diego in the south. Both systems will use similar technologies and have promised the same top speed—350 kilometers, or 220 miles, per hour.

But neither rail ambition, Indonesian nor Californian, seems likely to be achieved in our lifetimes. Whoosh is only a very partial realization of a trans-Java high-speed rail: It extends just 88 miles, from Jakarta to the outskirts of the city of Bandung—roughly the distance from L.A. to Santa Barbara.  Similarly, California voters approved high-speed rail in 2008 on the promise they’d be zipping from L.A. to the Bay in less than three hours by 2020. Currently, only a first segment—171 miles from Merced to Bakersfield—is under construction, and even that isn’t scheduled to be operational until 2030.

I boarded Whoosh early on a weekday morning. The red train was shiny and new, and inside the car, seating was spacious and comfortable. But there were few other passengers. Even with subsidized fares that made my ticket the equivalent of $18, many trains were pretty empty. News reports say Whoosh is already losing money, as many high-speed rail systems worldwide do.

Why isn’t Whoosh more popular? One reason echoes a failure of California’s own high-speed rail plans—the first segment of this train doesn’t take you to the centers of the biggest cities.

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What I learned in Java was that, in high-speed rail as in other things, you get what you pay for.

In Jakarta, you don’t board the train in the city center but at Halim Station, on the city’s southeast side. My taxi ride there from Central Jakarta took 45 minutes. Halim is next to a smaller domestic airport—Jakarta’s version of Burbank. But the train doesn’t go into the airport, and one can’t walk easily from terminals, or even surrounding neighborhoods, to the station, because it involves crossing highways.

The train ride itself, from Jakarta to Bandung, was fast and uneventful. It lasted only 45 minutes—much better than the three hours the trip would take by car.

However, on the other end of Whoosh, connections were even more fraught. The train doesn’t go near the center of Bandung. Instead, it dropped me at Tegalluar station, well to the south of Bandung.

There I found myself surrounded by open land and a large soccer stadium. To get to central Bandung, where I was to interview local government members and visit a school, I would need to spend another 45 minutes in the taxis. The two taxi rides—within Jakarta and greater Bandung—took 90 minutes, twice the amount of time I spent on the train ride.

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On my return trip from Bandung to Jakarta, I tried an alternative path. I boarded a special feeder train—which ran slowly on diesel engines—from central Bandung to a different Whoosh station. That trip took 22 minutes. After Whoosh delivered me back to Halim station in southeast Jakarta, I boarded Jakarta’s Metro to return to where I was staying in Central Jakarta. That ride took 70 minutes.

California’s approach to high-speed rail suffers from a similar failure to connect. The first segment remains entirely within the Central Valley, not penetrating even the outer edges of the Bay Area or Southern California. That first segment’s endpoints, Merced and Bakersfield, have limited public transportation options; moving on to further destinations would require navigating slow transit connections, or accessing a car.

In California, as in Indonesia, it’s unlikely that either rail plan will ever produce a robust and deeply connected rail system. The obstacle is the same in both places: lack of public money.

Neither Indonesia’s nor California’s government is willing to pay the high costs of a great high-speed rail system. So, both projects are dependent on money from outside the state.

Whoosh’s funding came from China’s Belt and Road Initiative, Xi Jinping’s highly touted but largely failed infrastructure loan program. (Chinese entities own a big share of Whoosh as a result). Meanwhile, California, despite state bond funds, needs the federal government to make high-speed rail happen. And Washington is an unstable supporter. The Biden administration recently sent an infusion of $3.1 billion. The Trump administration previously took money away.

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Worse still, both Indonesia and California have seen cost overruns and big delays on their first train segments—scandals that discourage further investment. Whoosh was more than $1 billion over budget, and four years late, on its first $7.2 billion segment. California’s first segment is estimated to cost $33 billion—as much as the estimated cost of the entire system when voters approved it in 2008. Now the entire system’s price tag is $128 billion, with completion still decades away.

What I learned in Java was that, in high-speed rail as in other things, you get what you pay for. And if your government won’t spend the money required to build robust and well-connected rail systems, you won’t get much.



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California

Dramatic explosion caught on video destroys homes, injures six, officials say

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Dramatic explosion caught on video destroys homes, injures six, officials say


A natural gas line leak triggered a dramatic explosion that destroyed a Bay Area home on Thursday, injuring six people and damaging several other properties.

At least one person was inside the home before it was leveled in the blast. The individual managed to escape without injury, but six others were hurt, including three who suffered serious injuries, Alameda County Fire Department spokesperson Cheryl Hurd said.

“It was a chaotic scene,” Hurd said. “There was fire and debris and smoke everywhere, power lines down, people self-evacuated from the home. … Someone was on the sidewalk with severe burns.”

The leak started after a third-party construction crew working Thursday morning in the 800 block of East Lewelling Boulevard in Hayward struck a Pacific Gas and Electric underground natural gas line, according to a statement from the utility.

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Fire crews were first dispatched to the scene at 7:46 a.m. after PG&E reported a suspected natural gas leak, Hurd said. PG&E officials were already on scene when fire engines arrived, and reportedly told firefighters their assistance was not needed, Hurd said.

Utility workers attempted to isolate the damaged line, but gas was leaking from multiple locations. Workers shut off the flow of gas at about 9:25 a.m. About ten minutes later an explosion occurred, PG&E said in a statement.

Fire crews were called back to the same address, where at least 75 firefighters encountered heavy flames and a thick column of smoke. Surrounding homes sustained damage from the blast and falling debris. Three buildings were destroyed on two separate properties and several others were damaged, according to fire officials.

Six people were taken to Eden Medical Center, including three with severe injuries requiring immediate transport. Officials declined to comment on the nature of their injuries.

Video captured from a Ring doorbell affixed to a neighboring house showed an excavator digging near the home moments before the explosion. The blast rattled nearby homes, shattered windows and sent construction crews running.

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Initially, authorities suspected that two people were missing after the blast. That was determined not to be the case, Hurd said.

“They brought in two cadaver dogs looking to see if anyone was still trapped under the rubble, and the dogs cleared everything,” Hurd said.

Brittany Maldonado had just returned from dropping off her son at school Thursday morning when she noticed a PG&E employee checking out her gas meter. He informed her that there was an issue and they had to turn off the gas to her home.

She didn’t think twice about it.

“About 45 minutes later, everything shakes,” she told reporters at the scene. “It was a big boom…first we think someone ran into our house—a truck or something—and then we look outside and it’s like a war zone.”

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The house across the street was leveled, Maldonado said. When she watched the footage from her Ring camera she said it looked as though a bomb inside the home had gone off.

“I’m very glad that no one lost their lives,” she said.

Officials with the Sheriff’s Office, PG&E and the National Transportation Safety Board are continuing to investigate the circumstances that led to the explosion.

In 2010, a PG&E pipeline ruptured in a San Bruno neighborhood, destroying 38 homes and killing eight people. California regulators later approved a $1.6-billion fine against the utility for violating state and federal pipeline safety standards.

Staff writer Hannah Fry contributed to this report

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Neil Thwaites promoted to ‘Vice President of Global Sales & California Commercial Performance’ for Alaska Airlines and Hawaiian Airlines – Alaska Airlines, Hawaiian Airlines and Horizon Air

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Neil Thwaites promoted to ‘Vice President of Global Sales & California Commercial Performance’ for Alaska Airlines and Hawaiian Airlines – Alaska Airlines, Hawaiian Airlines and Horizon Air


Thwaites will lead the strategy and execution of all sales activities for the combined Alaska Airlines and Hawaiian Airlines team. His responsibilities include growing indirect revenue on Alaska’s expanding international and domestic network, as well as expanding Atmos for Business, a new program designed for small- and medium-sized companies.

Thwaites joined Alaska Airlines in January 2022 as regional vice president in California. Since stepping into the role, Thwaites has significantly sharpened the airline’s focus and scale in key markets and communities across the state, strengthening Alaska’s position as we continue to grow in California. He will continue to be based at the company’s California offices in Burlingame. The moves take effect Dec. 13, with Thwaites also continuing to lead his current California commercial planning and performance function in addition to Global Sales.

Prior to Alaska, Thwaites worked in multiple positions within the airline industry, including a decade holding roles in London, New York, and Los Angeles for British Airways (a fellow oneworld member); most recently as ‘VP, Sales – Western USA’, where he was responsible for market development strategy and indirect revenue for both British Airways and Iberia across the western U.S.

Thwaites is originally from the United Kingdom and graduated from the University of Brighton with a double honors degree in Business Administration & Law.

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Tiny tracker following monarch butterflies during California migration

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Tiny tracker following monarch butterflies during California migration


SAN FRANCISCO (KGO) — When this monarch butterfly hits the sky it won’t be traveling alone. In fact, an energetic team of researchers will be following along with a revolutionary technology that’s already unlocking secrets that could help the entire species survive.

“I’ve described this technology as a spaceship compared to the wheel, like using a using a spaceship compared to the invention of the wheel. It’s teaching us so, so much more,” says Ray Moranz, Ph.D., a pollinator conservation specialist with the Xerces Society.

Moranz is part of a team that’s been placing tiny tracking devices on migrating monarchs. The collaboration is known as Project Monarch Science. It leverages solar powered radio tags that are so light they don’t affect the butterfly’s ability to fly. And they’re allowing researchers to track the Monarch’s movements in precise detail. With some 400 tags in place, the group already been able to get a nearly real time picture of monarch migrations east of the Rockies, with some populations experiencing dramatic twists and turns before making to wintering grounds in Mexico.

“They’re trying to go southward to Mexico. They can’t fight the winds. Instead, some of them were letting themselves be carried 50 miles north, 100 miles north, 200 miles the wrong way, which we are all extremely alarmed by and for good reason. Some of these monarchs, their migration was delayed by two or three weeks.

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According to estimates, migrating monarch populations have dropped by roughly 80% or more across the country. And the situation with coastal species here in California is especially dire. Blake Barbaree is a senior scientist with Point Blue Conservation Science. He and his colleagues are tracking Northern California populations now clustered around Santa Cruz.

MORE: Monarch butterflies to be listed as a threatened species in US

“This year, there’s it’s one of the lowest, populations recorded in the winter. And the core zones have been in Santa Cruz County and up in Marin County. So we’ve undertaken an effort to understand how the monarchs are really using these different groves around Santa Cruz by tagging some in the state parks around town,” Barbaree explains.

He says being able to track individual monarchs could help identify microhabitats in the area that help them survive, ranging from backyard pollinator gardens to protected open space to forest groves.

“So we’re really getting a great insight to how reliant they are on these big trees, but also the surrounding area and people’s even backyards. And then along the way around the coast, how they’re transitioning among some of these groves. And we’re looking for some of the triggers for those movements. Right. Why are they doing this and what’s what’s driving them to do that? So those questions are still a little bit further out as we get to analyze some more some more of the data,” he believes.

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And that data is getting even more precise. The tags, developed by Cellular Tracking Technologies, can be monitored from dedicated listening stations. But the company is also able to crowdsource signals detected by cellphone networks on phones with Bluetooth connectivity and location access activated. And they’ve also helped develop an app that allows volunteers, citizen scientists, and the general public to track and report Monarch locations themselves using their smartphones.

CEO Michael Lanzone says the initial response has been overwhelming.

MORE: New butterflies introduced in SF’s Presidio after species went extinct in 1940s

“We were super surprised to see 3,000 people download the monarch app. It’s like, you know, but people really love monarchs. There’s something that people just relate to,” says Lanzone who like many staffers at Cellular Tracking Technologies, has a background in wildlife ecology.

A number of groups are pushing to have the monarchs designated nationally as a threatened species. If that ultimately happens, researchers believe the tracking data could help put better protections in place.

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“They’re highly vulnerable to, you know, some of the different things that that that we as humans do around using pesticides and also potentially cutting, you know, cutting down trees for various reasons. Sometimes they’re for safety and sometimes it’s, you know, for development. But so having an understanding of how we can do those things more sensibly and protect the places that they need the most,” says Point Blue’s Barbaree.

And it’s happening with the help of researchers, citizen scientists, and a technology weighing no more than a few grains of rice.

The smartphone app is called Project Monarch Science. You can download it for free and begin tracking.

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