Hundreds of mayors stand up to Scott Pruitt over climate change.
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Hundreds of mayors stand up to Scott Pruitt over climate change.
Original source:
Hundreds of mayors stand up to Scott Pruitt over climate change.
This week, China announced it has launched a nationwide carbon-trading market, with the intent of slowing down its growing climate footprint and capping its emissions as soon as possible.
Most news coverage has labeled the move as a major development in the global fight against climate change. Former U.S. Vice President Al Gore, who has devoted his post-political career to fighting warming, hailed the announcement as “a tipping point in the climate crisis.”
However, some close observers in China and elsewhere suggest we pump the brakes on celebrating this week’s news. Several critical details of the Chinese plan are still outstanding, they say. Most importantly: We still don’t know what the “cap” on its cap-and-trade plan will be, how emissions permits will be distributed, or what they will set the target carbon price to.
The Guardian reports that the Chinese government has been toying with the idea of nationwide carbon trading for more than a decade, so the revelation doesn’t come out of nowhere. And as the world’s largest emitter of greenhouse gases, any effort to limit the country’s pollution is hugely important.
But Emil Dimantchev, a climate policy researcher at the Massachusetts Institute of Technology, wrote earlier this year that it’s premature to call China’s new policy ambitious without the details of the trading scheme being in place. In a series of tweets this week following the announcement, Dimantchev doubled-down on that assessment.
“The policy is still missing the crucial features that will determine whether it will be a success,” he tweeted.
Separate reporting by Beijing-based carbon-market analyst Stian Reklev revealed that for its first two years the new Chinese system will only involve simulated trades. That, obviously, will have no impact on emissions in China or elsewhere.
“It’s clear the market is nowhere near ready to be launched, and they’re only doing this because [Chinese President] Xi Jinping promised the market would start in 2017,” Reklev tweeted this week.
The World Bank currently tracks 47 carbon-pricing initiatives worldwide that are either already in existence or set to open soon. The only one even remotely the size of China’s proposed market is the European Union’s Emissions Trading Scheme — a hugely complex system with mixed success, which covers about 4 percent of global emissions. Other carbon trading platforms in Washington, California, and in the northeastern U.S. police an additional 1 percent or so of global emissions — but none of them caps pollution across the entire economy of the states involved.
If China’s market eventually covers its whole economy, it would be responsible for about 30 percent of global emissions, more than double all currently existing carbon markets combined. So the higher China sets its carbon price, the more of an impact it will have on emissions elsewhere. A high price on Chinese carbon could motivate other pricing schemes around the world to raise their targets.
The world needs ambitious climate policy from China in order to meet the agreed-upon Paris goals of limiting global warming — especially with the United States’ government in the process of plopping itself on the sidelines.
This step from China is without question in the right direction. But the fact that the scheme is still apparently in the design phase should be a sign that the Asian behemoth may not yet be the planetary savior many are hoping for.
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Let’s hold off on praising China’s new carbon-pricing market
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Who needs peer review when you can Pruitt review climate science?
Contrary to what you may have heard, the reef isn’t dead — not yet. But aerial surveys show that 900 miles of the 1,400-mile-long reef have been severely bleached in the past two years.
Bleaching occurs when warm water causes stressed-out corals to expel symbiotic algae from their tissues; corals then lose their color and their chief source of food, making them more likely to die.
Last year’s El Niño–induced bleaching event was devastating, knocking out two-thirds of the corals in the northern section of the reef. We’d hoped that 2017 would bring cooler temperatures, giving the fragile ecosystem some much needed R&R.
Instead, temperatures on Australia’s east coast were still hotter than average in the early months of this year, and on top of that, the reef’s midsection took a hit from a big cyclone in March.
ARC Center of Excellence for Coral Reef Studies
This is the first time the reef has experienced back-to-back annual bleaching events. If this keeps happening, it’ll quash the reef’s chances for recovery and regrowth, a process that can take a decade or longer under normal conditions.
Under the abnormal conditions of climate change, though, there is little reprieve — unless we, y’know, address the root of the problem itself.
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According to the cover article in today’s issue of the journal Nature, the iconic reef off the coast of Australia suffered unprecedented coral die-off after last year’s record-breaking bleaching event. Now, as the Southern Hemisphere hits late summer temperatures, central and southern sections of the reef — areas which avoided the worst of last year’s bleaching — are in trouble.
“We didn’t expect to see this level of destruction to the Great Barrier Reef for another 30 years,” coral researcher Terry Hughes told the New York Times. Hughes led the team that conducted aerial surveys to document the bleaching last year, as well as subsequent surveys to assess just how much of that bleaching turned into dying.
Bleached corals don’t always turn into dead corals — some are able to recover when temperatures drop. Er, if temperatures drop. If water temperatures stay high and corals stay bleached, they will eventually starve to death. Without coral building reefs, whole ecosystems may disappear, along with the food, tourism, and jobs they support.
Hughes and his coauthors found that even corals in pristine, protected water were likely to be suffering from heat stress, meaning the only thing left to do to protect corals is, you know, address climate change.
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Good news about CO2: Emissions from the energy sector stayed flat for the third year in a row.
Cannabis, according to a new report from EQ Research, could require as much energy as data centers to grow indoors.
In states where cannabis has been legalized like Washington and Colorado, growing operations may account for as much as 1 percent of total energy sales. And a lot of energy usually means a lot of emissions. A 2012 study found that indoor marijuana-growing operations produce 15 million tons of greenhouse gas emissions per year, equivalent to 3 million cars.
The high energy use comes mostly from lighting, ventilation, and dehumidifying, as GreenTech Media reports. But unlike other energy hogs (like data centers), it’s difficult for growers to take part in state and utility-run energy efficiency programs. That’s because the cannabis industry is illegal, federally.
According to the report, it will take electric utilities, regulatory commissions, state and local governments, and cannabis growers and business associations working together to create completely new incentives, programs, and financing tools for energy-efficient growing systems.
In the meantime, what’s the concerned marijuana user to do? Well, you can try to buy pot that’s grown outdoors — or, if that’s not an option, install some LEDs and grown your own. Just be sure to brush up on your local laws first.
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The case for saving trees. Deforestation caused by wildfires, development, and agriculture could be a major source of carbon emissions in California. Mark Rightmire/ZUMA Last week California Gov. Jerry Brown made headlines when he announced that his state would pursue the most aggressive greenhouse gas emissions cuts in the nation. The new goal—to reduce emissions 40 percent below 1990 levels by 2030—is an interim step meant to help achieve a final goal set by Brown’s predecessor, Arnold Schwarzenegger, of an 80 percent reduction by 2050. Exact details on how the new target will be achieved haven’t yet been released, but it will likely include a combination of new clean energy mandates and pollution reduction rules for power companies, as well as incentives for electric vehicles. That’s a good place to start: Transportation and the energy sector are the two biggest portions of the state’s carbon footprint, accounting for roughly 36 percent and 21 percent of emissions, respectively. Those sectors are also the two biggest in the nationwide carbon footprint, which is why President Barack Obama’s climate rules have likewise focused on cars and power plants. But there’s another slice of the carbon pie that gets very little airtime, and on which California and the US as a whole fare very differently: Land use. Trees and soil store a lot of carbon, and any time they get destroyed (logged for timber, burned in a fire, plowed for agriculture, paved over for urban development), there are associated carbon emissions. On the national level, according to the Environmental Protection Agency, land use is actually a carbon sink, meaning that the carbon stored by forests and other vegetation outweighs emissions from messing with them. It’s no small piece; land use offsets up to 13 percent of the total US carbon footprint, according to the EPA (through policies such as minimizing soil erosion and limiting the conversion of forests into cropland). New research indicates the trend may be very different in California, contrary to conventional wisdom in the state. Since the passage of the state’s first global warming legislation, A.B. 32 in 2006, California’s carbon targets have been set with the assumption that there would be no net increase in land use emissions. The greenhouse gas inventory published by the California Air Resources Board (CARB), the state’s air pollution regulatory agency, makes no mention of forestry or land use emissions. But a peer-reviewed study commissioned by CARB and published last month by the National Park Service’s top climate change scientist, Patrick Gonzalez, in conjunction with UC-Berkeley, found that over the last decade land use in California has been a source, not a sink, of carbon emissions. Gonzalez’s research aggregated, for the first time, a vast collection of satellite data and on-the-ground measurements to estimate how much carbon is stored in vegetation in the state. It’s a pretty staggering amount: The state’s 26 national parks store the rough equivalent of the average annual carbon emissions of 7 million Americans. But even more revealing was how that number has shrunk over the last decade, as wildfires, development, and agriculture chip away at forests and other “natural” landscapes. Every year, the disappearance of these carbon stocks emits about as much carbon dioxide as the city of Dallas, says Gonzalez—that’s roughly 5 to 7 percent of California’s total carbon footprint. In other words, Gonzalez says, if California wants to meet its climate targets, the state has a hole that needs to be filled with better land management. Unfortunately, climate change itself is likely to make this situation even worse. Two-thirds of the land use emissions Gonzalez identified was the result of wildfires, meaning that better managing fires—and thereby keeping carbon locked away inside forests—is a key step for reducing the state’s overall emissions. Climate change makes wildfires worse by increasing the severity and frequency of droughts, and as the state’s unprecedented drought enters its fifth year, experts say the wildfire season there is already shaping up to be a “disaster.” Overall, deforestation needs to take on a much more prominent role in the state-wide climate conversation, says Louis Blumberg, director of the Nature Conservancy’s climate program in California. “There’s no way to meet the ambitious targets without dealing with deforestation,” he says. A spokesperson for CARB said that the agency is still skeptical that land use is as much of a problem as the Gonzalez study indicates, and that the study likely underestimates the amount of carbon still stored in forests due to uncertainties in the satellite data. Meanwhile, bureaucratic complications have so far precluded CARB from including forests in its carbon accounting (most of the forests are managed by federal, rather than state, agencies). Still, state officials appear to be increasingly aware of the significance of land use in its climate planning. In his inaugural address in January, Gov. Brown discussed the need to “manage farm and rangelands, forests and wetlands so they can store carbon.” Both the Nature Conservancy and National Park Service are now working with state regulators to track the climate impact of deforestation and to develop policies to keep more carbon safely stored away in trees. Deforestation “is a new part of the puzzle,” Blumberg said. “But it’s essential.” This post has been updated. From – California Has the Country’s Most Ambitious Climate Goals. Will They Go Up in Smoke? ; ; ;
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California Has the Country’s Most Ambitious Climate Goals. Will They Go Up in Smoke?
Mother Jones
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Wildfires are raging around the western United States: As of yesterday, more than 10,000 firefighters were battling 20 fires in Oregon and California. Another fire in Washington state recently grew to cover more than 8,000 acres. While the immediate consequences of the blazes are obvious—scorched earth, destroyed homes, millions of dollars in damages—the longer-term consequences for the climate have, until now, been poorly understood.
In a study published at the end of July in the Journal of Geophysical Research, Mark Jacobson, a Stanford University engineer, says the burning of biomass like trees, plants, and grass—either by accident or deliberately (often to create room for agriculture)—creates 18 percent of all human-caused carbon emissions. Worse yet, that pollution kills people: Around the world, Jacobson writes, biomass burning may account for 5-10 percent of all air pollution deaths worldwide, or about 250,000 people annually.
Lightning strikes and lava flows can burn down forests just as effectively as campfires, cigarettes, and slash and burn agriculture. But worldwide, Jacobson notes, the proportion of wildfires that are caused by nature could be as low as 3.6 percent. The rest are started by humans.
Possibly the worst news of all: Wildfires are part of a vicious circle. Emissions from fires cause climate change, which leads to drier conditions—which make it easier for humans and nature to start fires and for those fires to spread.
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