04/01/2022

(NYT) Scenes From A World On Fire

New York Times - The Editorial Board

Fadel Senna/Agence France-Presse — Getty Images

Planet Earth is the one thing that all humans share. We are often at its mercy. We take its majesty for granted. We forget that we merely hold it in trust for our children’s children, for all those who’ll come after us.

To flourish, we absolutely must do one thing with this trust, and that is to keep global temperatures from rising 1.5 degrees Celsius, or 2.7 degrees Fahrenheit, above preindustrial levels — a point beyond which, scientists believe, lie the worst consequences of climate change, a world of recurring floods and droughts and fires and human misery. On this, we are failing, risking millenniums of human progress and indeed humanity’s future.

Instead of real collective action, we continue to promise and to postpone, most recently in Glasgow, where the nations of the world gathered in the fall to talk yet again about the challenge of human-caused climate change. The words “last best chance” were thick in the air, but the words have grown stale: Despite repeated warnings going back decades, we are not addressing the greatest challenge the planet faces with anything approaching the response it requires.

Climate change is already here; it’s just not evenly distributed yet. Nor will it ever be. Many of the countries most vulnerable to effects of climate change have the least control over the warming of the planet, since they emit far less carbon dioxide. It is the responsibility of the United States and a relative handful of other great economic powers to answer, to respond, as collectively as possible, to the SOS that the planet is clearly sending.

None of this is unexpected. Thirty years ago, Margaret Thatcher, then Britain’s prime minister, sounded alarms in advance of the first big climate summit, in Rio de Janeiro, in 1992. Al Gore spoke with equal urgency before the Kyoto, Japan, summit in 1997, ditto President Obama before the Copenhagen summit in 2009. The New York Times’s editorial page used the “last best chance” formulation in anticipation of the 2015 summit in Paris. Absent “urgent action,” the editorial warned, the problem could “spin out of control.”

Four summits, four chances — if not “last best” chances, then at least chances for meaningful change. Papers signed, pronouncements issued, promises made — yet in the end, incremental progress with predictably poor results. The past six years were the six hottest years on record. We now live in a world of warmer, more violent weather. Stronger storms, longer droughts, heavier floods, larger fires. Lowlands are being lost to the oceans. Dry lands are being lost to the desert. Millions of people are moving because of a changed and changing climate.

As documented in Opinion’s special section, Postcards from a World On Fire, the year 2021 produced damaging weather events of unusual and in some cases unprecedented ferocity across the globe — from the Pacific Northwest, to Ghana to Central Europe to Siberia.


The jury is still out on Glasgow, which yielded only modest progress. In addition to a side agreement to halt forest loss, pledges by financial institutions to help move economies to a low-carbon future and a vague agreement that “unabated” use of coal should be phased out, each of the nearly 190 signatories promised to strengthen their emission reduction targets in advance of the next summit in Cairo. President Biden’s pledge to cut America’s greenhouse gas emissions in half by 2030 was especially noteworthy.

But that bold pledge is now in doubt in Washington — further evidence of how the politics of individual nations can undercut the promise of collective action. Global warming is not unlike the “tragedy of the commons,” in which parochialism and self-interest undermine the common good. In Mr. Biden’s case, that parochialism has found its most strident voice in one person — a Democratic senator from West Virginia named Joe Manchin.

Mr. Manchin, an essential vote in an evenly divided United States Senate, has always been skeptical of any serious federal effort to combat global warming. Last month, he said no and no again to Mr. Biden’s $2.2 trillion social policy legislation known as Build Back Better — torpedoing, among other things, $555 billion in clean energy programs at the heart of Mr. Biden’s Glasgow promise to cut American emissions in half by 2030.

Hands were wrung and fingers pointed, not just at Mr. Manchin but at Democratic leaders like Nancy Pelosi and the president himself, who were blamed by the members of the party’s left wing for not yoking the climate measure to the bipartisan infrastructure bill — a pairing that might have leveraged the climate measure over the top given Republican support for infrastructure. There was also grumbling that the Democrats had masked the overall costs of the bill, a point on which the Congressional Budget Office agreed.

But these complaints soon sounded tired and beside the point. And the point could not be more urgent: Where does Mr. Biden — and America — go from here? Failed climate legislation isn’t a just a tactical political matter; it is a loss for everyone, for Americans and all those who live with us. Senator Brian Schatz, Democrat of Hawaii, put the matter well when he observed that “the planet is not going to pause its warming process while we sort our politics out.” Or as Michael Oppenheimer, a Princeton professor and longtime warrior on the climate front, noted, “the basic physics of the problem” have not changed.

What the physics and the science have said, over and again, is ruthlessly clear: To keep average planetary temperatures from rising above the 1.5 degrees tipping point, nations must radically transform their energy delivery systems, and not on any sort of leisurely glide path but by wrenching greenhouse gases sharply downward, cutting them in half by 2030 and, by midcentury, freeing the world from its dependence on the fossil fuels that are the main driver of global warming.

That is what Mr. Biden promised to do, or something close to it, through the energy provisions in Build Back Better. These included about $320 billion in tax incentives for producers and buyers of wind, solar and nuclear power, and billions more to encourage the production and use of electric cars, make buildings more energy efficient, replace gas-fired furnaces and appliances with electric versions and modernize the electric grid.

Among Mr. Manchin’s complaints was that an energy transition was already underway and that pushing it too fast would prematurely weaken the oil, gas and coal industries and leave the country vulnerable to all manner of upsets, including blackouts. Better, he said, to let market forces and improved technology do the job.

The costs of wind and solar power have dropped dramatically in the last decade, and renewable energy in America has nearly quadrupled in the last decade, providing about one-fifth of America’s needs. Yet market forces alone cannot meet Mr. Biden’s emissions reduction goals; policy support from federal and state governments is essential. As Anand Gopal, executive director of Energy Innovation, a think tank, has observed: “There’s no way we’re going to get to 50 percent by letting these technologies slowly take over the market. It’s not going to happen fast enough.”

By some estimates, the energy provisions in Build Back Better could get the country about halfway to Mr. Biden’s goal. Stiffer government regulations, action at the state and local level and industry investments in cleaner manufacturing processes could do the rest. (Thirty states have some version of a renewable or clean energy standard.) The question now is, what can Mr. Biden do if his full climate agenda can’t be salvaged?

Ever the optimist, Mr. Biden thinks he can get a deal with Mr. Manchin in the new year. Failing that, the administration could break Build Back Better into more digestible chunks, some of which could be palatable to Republicans who in the past have looked favorably on subsidies for wind and solar, but are worried about the overall cost of the omnibus bill.

Fortunately, Mr. Biden is not totally hamstrung by Congress. For starters, the administration should keep its foot on the regulatory pedal. In a sign that Mr. Biden intends to move forward on executive action, whatever happens in Congress, the Environmental Protection Agency recently announced new and stricter limits on pollution from automobile tailpipes that would require passenger vehicles to travel an average of 55 miles per gallon of gasoline by 2026, from just under 38 miles per gallon today. Millions of tons of carbon dioxide would thus be prevented from reaching the atmosphere.

In addition, the administration has already moved to limit the climate-warming chemicals used in refrigeration and air-conditioners, and the E.P.A. is thought to be developing a new suite of rules to reduce greenhouse gases and other pollutants from coal- and natural gas-fired power plants.

The Interior Department is moving briskly to promote wind farms off the Atlantic coast — an important element in New York state’s ambitious clean power strategy — and vast new solar installations in California.

The private sector also needs to go all-out to invest in innovative technologies that can reduce emissions and, if possible, recapture carbon that’s already in the atmosphere. There’s money to be made in saving the world, provided we get technologies — including some that don’t yet exist — up and running in time.

The world can still hold the line at 1.5 degrees Celsius of warming by midcentury. But let’s face some hard truths: We will continue to burn coal until governments prohibit it. We will continue to pour concrete until there is greener material. We will keep driving gasoline-fueled cars until there are cleaner alternatives that can satisfy our needs and compete in price. We will keep eating beef until there is a better way to satisfy our appetites. Sure, there will be plenty of laudable individual sacrifices for the greater good, but these are highly unlikely to happen on a meaningful scale.

And even if technological fixes emerge, from industry and from private investment, governments — especially rich governments — must drive the response, lest they condemn their citizens to an unsustainable future. But first they must face squarely what is happening before their very eyes. That is one purpose of these Postcards from a World on Fire. They are not a comprehensive account of climate change. They are not even a representative sample. They’re a collection of snapshots of the ways in which climate change is already here. They’re evidence that we need to do more.

Links - New York Times climate change articles

(WIRED) The 18 Best EVs Coming In 2022

WIRED

The electric car’s time has come. Here are the EVs to keep an eye out for in the new year.

Maserati MC20
Maserati MC20
Maserati MC20 Photograph: Maserati

Despite a pandemic, global chip shortages, and months of stop-start Covid restrictions, the interest in electric cars continues to grow.

Such was the fascination that, in a year that hit other retail sectors hard, global sales of EVs increased in the first half of 2021 by 168 percent compared to 2020, with 2.65 million vehicles sold. Compare this to internal combustion sales: In 2020, the worldwide automobile market dropped by 16 percent.

The fervor that greeted the May unveiling of Ford's coming F-150 Lightning (see below for details) was so great, reservations eclipsed 44,000 within just 48 hours, and have since gone on to pass 160,000. Ford has been so surprised by the sheer number of preorders that it has since decided to double the initial production capacity for the all-electric truck.

As for where this is all headed, the number of electric cars, buses, vans, and heavy trucks on roads is expected to rise from the 10 million we have now to 145 million by the end of the decade, according to the International Energy Agency.

What's more, the IEA says that if governments increase efforts to meet international energy and climate goals, the global EV fleet could in the same period possibly reach 230 million, and that's not even counting two- and three-wheeled electric vehicles. 

In short, the EV's time has come. And with so many deciding now is finally the time to get on board with electric cars, we thought it only right and proper to give you a rundown of our favorite models—in no particular order—that will be hitting the roads in the coming 12 months.

Audi A6 E-Tron
Audi A6 ETron EV
Audi A6 E-Tron Photograph: Audi


Emulating how BMW took an early lead (perhaps too early) with its “i” brand of electric cars, Audi has labored to establish its e-tron range as quality alternatives to traditional internal-combustion engine (ICE) autos.

After the incredibly impressive e-tron GT will come the A6 e-tron. First shown at Auto Shanghai 2021, the car sits on the same adaptable Premium Platform Electric chassis shared with other EVs from Audi, Porsche, and Volkswagen.

Expect 800-volt charging capability, a range of 430-plus miles, and a 0-62 mph speed of under four seconds from the two electric motors with a combined output of 469 horsepower. 

BMW iX M60
BMW iX M60 parked in front of water
BMW iX M60 Photograph: BMW


We liked BMW's latest flagship EV iX very much. And it was plenty fast, going 0-62 in 4.6 seconds with a limited top speed of 124 mph, thank you. That apparently wasn't enough for BMW, as the company has seen fit to develop an “M” version, the M60. Upgrades over the “vanilla” iXs will likely include retuned suspension, reduced weight, even better brakes, and enhanced aerodynamics.

The all-wheel drive EV starts production in March and is rumored to put out around 600 hp (447 kilowatts). This means it should be able to hit 62 mph in about 4 seconds. However, you can also expect this focus on performance to rob the iX M60 of range compared to its non-M siblings.

Ford F-150 Lightning
Ford F150 Lightning truck
Ford F-150 Lightning Photograph: Ford

To say the Lightning electric pickup truck is a huge deal for Ford is, frankly, putting it mildly. After all, the regular internal-combustion F-150 has been the best-selling vehicle of any kind in the US for over 40 years. This may explain why the look has largely been left untouched.

However, everything else has changed. Some 563 hp and 775 pound-feet of torque are provided by dual electric motors. Two battery options offer 230 miles of range from the standard pack and 300 miles for the Extended Range model.

You also get a huge “frunk” (front trunk), thanks to the lack of an engine, the ability to tow up to 10,000 lbs, and the Pro Power Onboard system, which provides up to 9.6 kW of power for all manner of tools, electronics, microwave ovens, and other appliances via 11 outlets spread across the cab, bed, and front boot.

The F-150 Lightning can even be used to run an average-sized home for up to three days during a power outage. But with such popularity in the preorder phase, you'll need some luck getting your hands on one in 2022.

Citroen Ami
Citroen Ami parked in parking garage
Citroën Ami Photograph: Citroën


What's amazing about the tiny, two-seat Citroen Ami is that it's actually a quadricycle. This not only means it’s road-legal but that it can, in theory, legally be driven by 14-year-olds. (Good luck with that one, parents.)

Due in spring, a top speed of 28 mph and 42 miles between charges makes this £6,000 runabout perfect for two-person urban hops. (A delivery-focused version, the Ami Cargo, will arrive later in 2022.)

Clever component-doubling keeps costs low—the doors, for example, open in opposite directions because the design uses the exact same component on both sides of the vehicle. Same with the front and rear bumpers, apart from the paint.

GMC Hummer EV
GMC Hummer EV
GMC Hummer EV Photograph: GMC

The specs for GMC's Hummer EV Edition 1 speak for themselves: three electric motors totaling an almost preposterous 1,000 hp and 11,500 lb-ft of torque that will see you launch from standstill to 60 mph in three seconds.

Most seem to be getting hot under the collar for the function called Crab Mode. Thanks to the truck's four-wheel steering, the rear wheels can turn 10 degrees and allow the car to drive diagonally, albeit at low speeds.

Range is a more than respectable 350 miles per charge, with 350-kilowatt fast-charging capability that can gain you 100 miles in 10 minutes. The final touch? Removable roof panels.

Lucid Air
Lucid Air Dream Edition
Lucid Air Photograph: Lucid Motors


Years in development, Lucid Motors' luxury electric sedan is finally here. The Air Dream Edition has already reached a lucky few, with shipments beginning back in October, and Lucid is only building 520 of them at $169,000 each. 

The 520 refers to the vehicle's 520-mile range, which officially makes the Air the longest-range electric car on the road, besting Tesla by more than 100 miles. Top speed is a frightening 168 mph, due in part to the car's ultra-low drag coefficient.

Lucid's DreamDrive employs 32 sensors and lidar to monitor road conditions, traffic, and the driver, while a 34-inch curved 5K screen offers up all the relevant information in the cabin. Lucid's opening salvo might bust the budget, but more attainable options of the Air are coming in 2022.

Maserati MC20
Maserati MC20
Maserati MC20 Photograph: Maserati

The 2022 EV version of Maserati's supercar will supposedly have a powertrain capable of more than 700 hp—more powerful than the gasoline-powered model, despite being 175 to 220 pounds heavier. Three electric motors will deliver this performance: one on the front axle and two in the rear.

Acceleration? Reportedly 0-62 mph in two seconds. The design may change slightly due to the fact that the electric version doesn't need any air intakes. As the V6 MC20 starts at £187,000 you can expect prices north of that number for the fully-electric model.

Polestar 3
Polestar 3 EV
Polestar 3 Photograph: Polestar


We thought the Polestar 2 was simply the best EV around at the time it arrived. So you can imagine our glee when, back in June 2021, Polestar released a teaser of its electric SUV, the Polestar 3.

Priced supposedly at around the same level as a Porsche Cayenne (around $75,000), the Polestar 3 will share a platform and battery with its electric sibling, the 2022 Volvo XC90, which is manufactured by the same parent company.

Thanks to a rethink on interior design now that we no longer need transmission tunnels running the length of the chassis, expect a flat floor cabin and a higher seating position.

Range? Some 373 miles, apparently, with fast charging that reaches 80 percent full in as little as 20 minutes. Expect the driving characteristics to be predictably sportier than the Volvo.

Fisker Ocean
Fisker Ocean EV
Fisker Ocean Photograph: Fisker

Electric car charging is getting quicker all the time, but even the fastest and most powerful systems measure battery top-up times in tens of minutes—and that’s if you can find a super-fast charger.

Thankfully, the Fisker Ocean has a way to banish car-charge boredom, by fitting a 17.1-inch infotainment display in the interior.

It has a Hollywood Mode that, when enabled, rotates the screen from portrait to landscape to keep occupants entertained with streaming movies while the battery is filled. If this wasn't enough to recommend the Ocean, add in a 300-mile range, solar roof, and a performance version with a 0-60 time of less than three seconds.

The clincher? An all-vegan interior and carpets made from recycled materials.

Kia EV6
Kia EV6
Kia EV6 Photograph: Kia


We've already driven the new flagship EV from Kia, and we think you'll like it when it comes to the US in 2022.
Quality build? Check. Range comfortably north of 300 miles on a single charge? Check. The usual Kia value for money? Check. Plus it also has the same superb electric architecture found in its stablemate, the Hyundai Ioniq 5, with patented tech that operates the motor and inverter to boost 400V to 800V for stable charging.

The result? Ten to 80 percent top-ups with a 350-kW charger in just 18 minutes. And thanks to a nifty "vehicle to load" function, you can even use the car's battery to run standard household tools and appliances, should the need arise.

Lotus Evija
Lotus Evija EV
Lotus Evija Photograph: Lotus

The long-delayed EV supercar from Lotus is supposed to finally arrive in 2002. Judging by the stunning design, it will be worth the wait.

The first British all-electric hypercar sports a preposterous quad-motor powertrain (two per axle) that outputs some 2,000 hp—yes, two thousand—and can go from standstill to 186 mph in under nine seconds. That's five seconds quicker than a Bugatti Chiron. The Lotus eventually tops out at more than 200 mph.

The downside? You only get 215 miles on a single charge. The cost of such performance is £2 million, and only 130 cars will be made.

The 70-kWh, 680-kg battery pack is not in the floor, as is usual with EVs, but instead nestled behind the seats. This means Lotus can lower the floor, seats, and roof to drop the ride height to 105 mm.

Rivian R1S
Rivian R1S EV
Rivian R1S Photograph: Rivian

The much anticipated, Range Rover-killing R1S is ready to explore “all terrain, in all weather,” according to the company. The seven-seat SUV sibling to the R1T starts at $70,000.

Four motors (one on each wheel) provide a combined 750 hp from the electric drivetrain, while drivers can enjoy supercar-like speeds of 0-60 times in three seconds and an estimated 316 miles range. You can tow up to 7,700 lbs, while eight drive modes and a 3-foot wading depth should deal with any obstacles you come across.

All the while, you will be cosseted in a plush interior with more tech than you can shake a stick at, including LTE and Wi-Fi connectivity, a Meridian sound system (including four overhead aluminum dome speakers), and a removable Bluetooth speaker for alfresco aural pleasure.

Toyota bZ4X
Toyota bZ4X
Toyota bZ4X Photograph: Toyota


With a polarizing design—thanks to angular lines and a deliberately futuristic aesthetic—Toyota's first full EV, the bZ4X, will have a range of 310 miles on the front-wheel-drive model. That range drops to 285 miles on the all-wheel version, and the 0-62 mph times differ accordingly for each build as well: 8.4 seconds and 7.7 seconds for the FWD and AWD models respectively.

A “digital key” smartphone app lets the owner provide others access to the car. A maximum rapid charge rate of 150 kW means an 80 percent charge is achievable in 30 minutes. Speaking of which, Toyota claims that the battery will hold 90 percent of its range for the first 10 years of its life, thanks to water cooling the cells, a first for Toyota.

The company has also developed a steer-by-wire system called One Motion Grip, which ditches traditional mechanical linkage between steering wheel and front wheels, opting instead for a digital connection where the driver’s steering inputs are relayed electronically to the front tires. The result is more legroom in the front and full lock in just 150 degrees of movement.

Volvo XC90
Volvo XC90 EV
Volvo XC90 Photograph: Volvo

Fully electric and built in South Carolina, the new XC90 will be Volvo’s first model to use an advanced “eyes off” driving function described by the company not as fully autonomous but as “very advanced cruise control.”

Lidar tech from Luminar and an autonomous driving computer with the Nvidia Drive Orin chip capable of 254 tera operations per second will marry with backup systems for steering and braking for something supposedly approaching Level 4 autonomous driving. Translation: highway driving where you don't need to hold the wheel.

Keep in mind, however, that Volvo has said that this Highway Pilot function will be built-in but not initially turned on until its engineers deem it ready.

Genesis GV60
Genesis GV60 EV
Genesis GV60 Photograph: Genesis

The Korean manufacturer’s new SUV wants to be an alternative to the likes of the Audi e-tron Sportback, BMW iX3, Jaguar I-Pace, and the Volkswagen ID.5. And, like the Audi, the GV60 comes with rear-facing cameras instead of conventional door mirrors.

A 77.4-kWh battery, rear-wheel-drive version with a 228-hp electric motor will have the longest range, at 280 miles. The all-wheel-drive model with 318 hp suffers a range drop to 249 miles.

The Performance model can only manage 229 miles, but you do get twin motors putting out 435 hp and a boost mode allowing 0-60 mph in four seconds. There’s also a drift mode. The 800-volt electrical system means you can use 350-kW chargers to bring the battery from 10 to 80 percent in a mere 18 minutes.

Bollinger B1
Bollinger B1 EV
Bollinger B1 Photograph: Bollinger

The boxy look is getting a lot of attention, as is the all-aluminum chassis with HSLA steel rollover structure that means this fully electric SUV can be switched from a half- to full-cab. The 142-kWh battery is good for only 200 miles of range, but the dual motors can deliver 614 hp and a 0-60 time of just 4.5 seconds. The top speed is a limited 100 mph.

The secret to the B1 seems to be that almost everything can be easily taken out: removable glass, removable doors, removable roof panels, removable windshield, removable rear seats … you also get a Bluetooth-enabled stereo system, which we don't think is removable.

Canoo Lifestyle Vehicle
Canoo Lifestyle Vehicle
Canoo Lifestyle Vehicle Photograph: Canoo


You can preorder Canoo’s Lifestyle Vehicle now for delivery in late 2022. The 350-hp runabout can cover 250 miles on a single charge, and thanks to the modular design and up to 188 cubic feet of interior space you get to choose between four versions: a two-seater Delivery model, a five-seater Base edition, and seven-seater Premium and Adventure versions.

The $34,750 Base edition can hit 80 percent charge in 28 minutes. The Premium edition boasts an air-purifying wellness package, ambient lighting, and a 17-speaker audio system. The Adventure model adds a roof rack and a tow hitch that can pull up to 2,000 lbs. A pickup is coming in 2023 with a more powerful 500-hp motor. 

Tesla Cybertruck
Tesla Cybertruck
Tesla Cybertruck Photograph: Tesla


More delays to Elon Musk's cold-rolled stainless steel cheese-wedge-cum-Delorean sees the latest date for its arrival now being touted as 2022. Like it or loathe it, the angular electric pickup with sports car performance and—ahem—"armor glass" might just see the light of day within a year. But don't hold your breath.

Let's remind ourselves of the stats: payload capacity up to 3,500 lbs; tow capability of 14,000 lbs; a single-motor version with 250 miles' range; dual motor AWD for 300 miles; and finally a tri-motor AWD with 500 miles of range and a 0-60 time under three seconds.

Is it too much to hope the Tesla Cyberquad, an electric all-terrain vehicle designed to fit neatly in the back, will be ready at the same time? Probably.

Links