Donald Trump and Justin Trudeau Just Had a Lovely Chat
Jeff Turrentine

And you’ll never guess which oil pipeline project came up during their conversation.

Justin Trudeau on his first official visit to Washington, D.C., in March 2016

World Bank Photo Collection/Flickr

Things used to be so much simpler. If you self-identified as liberal and your presidential candidate lost, you spent the next six months checking Vancouver real estate listings, brushing up on hockey lingo, and practicing your charming mispronunciation of the word about. You weren’t really going to move to Canada, but it was comforting knowing Canada was there: sane, sensible Canada, where polite moderation reigns and demagoguery is nationally frowned upon.

Well, I’m here to tell you that this vision of a uniformly progressive Canada isn’t real—and, in truth, never has been. When it comes to weathering the incoming Trump administration’s likely assault on the environment, Prime Minister Justin Trudeau’s policies, I’m afraid, won’t offer you much sanctuary.

I can already hear you protesting. Wait! Not Justin! He’s so . . . so . . . dreamy! He loves pandas! And tolerance! And sounding reasonable! And taking his shirt off!

Yes, Justin Trudeau loves all of those things. But he presumably loves his job, too. And if he wants to keep it, he also has to love, or at least appear to love, Big Oil, the one entity that no Canadian leader from any political party can afford to spurn.

And just like his predecessor, Stephen Harper—the guy who cheerfully pulled his country out of the Kyoto Accord, trampled all over the rights and dignity of First Nations tribes, and dramatically curtailed environmental assessments under the fervently pro-business auspices of his Conservative Party—Trudeau’s crush on hydrocarbons is becoming obvious. He recently green-lighted two massive pipeline projects, giving his country’s tar sands industry a pair of Christmas gifts that will, as the saying goes, keep on giving (and taking). He then followed up with a friendly chat with our president-elect about the need to resuscitate the Keystone XL pipeline—yes, the one that we all thought was dead.

Trudeau, a skilled amateur boxer, knows how to feint with the best of them. Earlier this week, President Obama announced a permanent ban on new offshore oil and gas drilling in large swaths of the Arctic and Atlantic, an action presented as a joint effort between the United States and our friendly neighbor to the north. Trudeau does deserve credit for instituting a similar freeze on drilling in Canada’s Arctic waters and for promising to revisit the issue every five years. These bans represent a substantial win for environmentalists, and the benefits for Arctic ecosystems will be seen for decades to come.

But juxtaposed with his support for more pipelines, Trudeau’s admirable stance on offshore drilling is generating some major cognitive dissonance.

Together, the two new pipeline projects will carry an extra one million barrels of oil per day through some of Canada’s most vulnerable habitat. One of these, the Kinder Morgan Trans Mountain project, will nearly triple the capacity of a 53-year-old pipeline to 890,000 barrels a day, pumping tar sands oil 715 miles south from Alberta to a newly expanded terminal outside Vancouver. The other, Enbridge’s Line 3 project, will stretch across 1,000 miles and transport 760,000 barrels per day as part of the company’s massive mainline system, which snakes across the U.S.–Canada border before terminating in Wisconsin.

And then there’s KXL. When President Obama announced in November 2015 that he was nixing the transborder pipeline at the studied recommendation of his State Department, he noted that Prime Minister Trudeau had “expressed his disappointment” at the decision. But Obama also said that the two men “agreed that our close friendship on a whole range of issues, including energy and climate change, should provide the basis for even closer coordination between our countries going forward.”

Cut to one year, and one political bombshell, later. TransCanada, the infrastructure company behind the pipeline, wasted little time after the U.S. election—just 24 hours, actually—in expressing hope that KXL was now back on the table. And after the latest conversation between Trudeau and our president-elect, TransCanada would seem to have even more reason to be excited.

“I’m confident that the right decisions will be taken,” Trudeau told an audience in Calgary right after his talk with Trump. Calgary is the seat of Canada’s oil industry, and the people in attendance surely knew what he meant by “the right decisions.” The many pro-oil folks among them  must have felt comforted by their prime minister’s professed confidence.

The rest of us are left to wonder if the word right in Canadian English means something different from what it means in American English.


onEarth provides reporting and analysis about environmental science, policy, and culture. All opinions expressed are those of the authors and do not necessarily reflect the policies or positions of NRDC. Learn more or follow us on Facebook and Twitter.

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Southeast Dispatch
The South Kicks Off the New Year with a New Power Source: Wind
Thanks to advances in turbine tech, the first commercial-scale wind farm in the Southeast is about to get whirring.
Amazon Wind Farm U.S. East, a new wind farm outside Elizabeth City, North Carolina

Avangrid Renewables

Before the ball drops on New Year’s Eve, 104 wind turbines scattered across 22,000 acres of farmland near Elizabeth City, North Carolina, will begin churning out electricity. It will be the South’s first large-scale wind farm. At 208 megawatts, Avangrid’s facility has the capacity to capture enough of the sky’s kinetic energy to power 61,000 homes. But instead of homes, this electricity will run data centers for Amazon Web Services, a subsidiary of Amazon.com.

Wind generates about 5 percent of U.S. electricity, but that figure is steadily rising. In fact, at 41 percent, wind power was the largest source of new electricity production in 2015. None of that, however, came out of the Southeast. The region imports 3.8 gigawatts of wind energy from the Midwest (enough to power 10 million homes for as little as 1.8 cents per kilowatt-hour), but wind farms themselves, similar to solar, have almost no penetration here.

“Wind is so new in the Southeast; I think there has been a fear of the unknown,” says Katharine Kollins, president of Southeastern Wind Coalition. “Having the Avangrid project up and running will be important for people to see wind farms firsthand and up close.”

Except for the occasional hurricane, the South isn’t known to be particularly windy—at least not compared with Plains states like Iowa, where the wind accounts for nearly a third of total electricity generation. But great potential exists in this void, and with new turbine technology, some southern states are getting ready to tap into it.

“The biggest change in the industry has been turbine advancements,” says Simon Mahan, director of the Southern Wind Energy Association (SWEA), an industry organization. Taller turbines, like those at Avangrid’s Amazon Wind Farm, can reach higher, stronger winds, and longer blades are able to harness gentler breezes. “This is opening the South as the next frontier for wind energy,” Mahan notes.

Indeed, wind turbines have gone through a growth spurt. Since the 1990s, hub height has risen from 45 to 300 feet, which is as tall as the Statue of Liberty. And blades now extend more than 180 feet in length.

In addition to technology, improvements in energy policy, such as renewable energy standards and the federal Production Tax Credit, have enabled wind’s price tag to plummet 90 percent over the past 25 years, making it more alluring in the competitive energy market.

According to a 2015 report by the U.S. Department of Energy, the Southeast could become the Most Improved Player in coming years, particularly as the national energy mix continues to change. “If I’m thinking realistic numbers, the Southeast could easily support a few gigawatts of wind,” Kollins says.

Over the next 12 years, 46 coal power plants around the country (including 19 in the Southeast) are due to retire, despite the incoming Trump administration’s promises to bring back the coal industry by removing regulations that protect clean air and water. Improved energy efficiency will help, but those retired plants’ electricity contribution, about 15,600 megawatts, will need to be replaced with something. And that something will likely be a combo of cheap natural gas and renewables, which together provided 45 percent of the country’s electricity last year.

“A company or utility looking to decrease its costs needs to be looking to buy wind and solar right now,” Mahan says. “At the end of the day, if it’s cheaper to do, why not?” 

Amazon Wind Farm being built

Avangrid Renewables

So, then, why aren’t more renewable projects in the works in the South? One limiting factor is that Georgia, Tennessee, and South Carolina are all building new nuclear reactors, and once these are complete (whenever that happens), the region will have more than enough power. However, the largest factor is the lack of independent system operators (ISOs) or regional transmission organizations (RTOs).

Electricity markets can be complicated, so stay with me here: The United States is divided into three interconnection regions (Eastern, Western and Texas) that do not share energy between them. Smaller subregions, such as California and the Northeast, exist within those three, and they can organize their markets as an ISO or RTO, which enables entities other than utilities (such as wind farms) to sell electricity directly to the market. The area around Elizabeth City, for example, is part of an RTO called PJM Interconnection. PJM allows Avangrid, the wind farm developer, to sell electricity directly to Amazon Web Services for its data centers at a price per kilowatt-hour negotiated by the two parties. This type of arrangement creates open, competitive markets for companies and utilities as well as the cities that welcome the projects. Avangrid, by the way, is now the largest taxpayer by far in Perquimans County.

Most of the Southeast, however, functions under a more traditional approach in which the utilities maintain control over the power plants and distribution wires―and therefore the price. So it can be challenging for wind companies to break into these markets, unless they sign a power purchase agreement with the utility. Currently, nearly a dozen wind projects in development in the region are waiting for a utility to show interest.

Despite the dearth of wind farms on southern soil, the industry still has a sizable footprint here. In more than 100 wind-related factories, thousands of southerners manufacture everything from turbine blades to rotors. If the South is making the tools for the country’s wind industry, it might as well start using them too. 

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The Four Horsemen of the Trumpocalypse
Jeff Turrentine

With one week’s worth of appointments, the president-elect has shown all his environmental policy cards. And—surprise!—they’re covered with oil.

Viktor Vasnetsov, 1887

The column you’re reading began its life last week with an unsavory, if relatively straightforward, goal: Explore the disastrous environmental ramifications of president-elect Donald Trump’s selection of Oklahoma’s attorney general—and oil-and-gas industry bestie—Scott Pruitt as the next head of the U.S. Environmental Protection Agency.

No sooner had I gotten started when news broke of another Trump pick: Rex Tillerson, the CEO of ExxonMobil, for secretary of state, the government’s top diplomatic post. This Cabinet selection was so mind-blowing in its utter wrongness, on almost every imaginable level, that I instantly rethought the original structure of my piece. These two peas in a petrochemical pod definitely needed to be sharing the spotlight.

Then rumors began filtering in that Trump was nearing his final decision on our nation’s next secretary of energy. I had to rub my eyes to make sure I wasn’t misreading the headlines. Alas, it really was true: Trump was picking former Texas governor Rick Perry—late of one of the most woebegone presidential campaigns in modern history, not to mention Dancing with the Stars. That our next president wants his energy secretary to be the guy who once bragged about how he’d abolish the agency (or would have bragged about it, if he’d remembered its name) says a lot about the future of our national energy policy. Once again, my column was thrown into structural turmoil.

Just this morning, I was back on track, cruising right along, ready to frame these three picks as a new high-water mark in Cabinet-making depravity, the trifecta of environmental nihilism. And then I heard that sources were reporting Trump had settled on U.S. Representative Ryan Zinke for secretary of the interior. In support of the nomination, a Trump spokesperson had this to say: “Congressman Zinke believes we need to find a way to cut through bureaucracy to ensure our nation’s parks, forests, and other public areas are properly maintained and used effectively.” (The italics are mine. The nervousness they elicit, on the other hand, is—or ought to be—everyone’s.)

Ladies and Gentlemen, I present to you the Four Horsemen of the Trumpocalypse.

That I kept having to rework this column—three do-overs in less than a week!—is itself a bone-chilling sign of just how eager president-elect Trump is to give the oil and gas industry everything it could ever ask for, and more. Taken together, these appointments constitute a preinaugural Christmas present to all those climate deniers and fossil fuel dead-enders who helped nudge him over the electoral finish line. He may be willing to take the occasional meeting with Al Gore, and his high-profile daughter may even publicly flirt with reasonableness on climate change from time to time, but make no mistake: These appointments are the signal buried within any semi-hopeful noise that you may have heard.

And here’s the signal’s message: The lands and waters of the United States of America are once again open for business, assuming your business happens to be sucking massive amounts of hydrocarbon out of the ground for the purposes of burning and emitting our way toward an uninhabitable planet.

As I type, more rumors are circulating—although these reports, I’m happy to say, offer some small glimmer of hope. One of them is that a number of Republican senators are privately grumbling about the Tillerson appointment, citing his bromance with Russian President Vladimir Putin and his acceptance of the Russian Order of Friendship award in 2013. In case you haven’t heard, the incoming administration isn’t exactly looking for more coverage of the many, um, surprising links between the Kremlin and the newly ascendant GOP. The mere fact that Tillerson is experiencing any intraparty turbulence at all, as opposed to a perfectly smooth ride into Foggy Bottom, may be a sign that he’s not a shoo-in.

The other rumor is that President Obama is preparing, as in right now, to wield his executive power in order to permanently ban drilling in U.S. waters off the Atlantic and Arctic coasts. Thanks to a somewhat obscure clause embedded deep within the Outer Continental Shelf Lands Act—you are familiar with the Outer Continental Shelf Lands Act, aren’t you?—a sitting president has the authority to prohibit the leasing of offshore areas in such a way that future presidents cannot rescind it. If he chooses to avail himself of this option, it will be the best thing—and perhaps the only thing—that Obama can do to save these vulnerable areas from the rapaciousness of the Four Horsemen and their oil industry minions.

Were that to happen—and were the Senate to also say nyet to a Russia-backed oil executive becoming our top diplomat—it just might buy environmentalists enough time to take a deep breath, collect our energy, and gear up for the next fight. Because rest assured, there will be a next fight. And a next one. And a next one.

These four men could make for a very busy four years.


onEarth provides reporting and analysis about environmental science, policy, and culture. All opinions expressed are those of the authors and do not necessarily reflect the policies or positions of NRDC. Learn more or follow us on Facebook and Twitter.

Northeast Dispatch
If You Want Tons of Public Health Data, Dive into the Sewer!
Don’t worry, there’s a robot for that.
Luigi sewer robots

Photo courtesy of MIT Underworlds

On a brisk fall morning near the MIT campus in Cambridge, Massachusetts, Luigi is among the throng going to work. His office, however, isn’t within one of the nearby engineering classrooms or state-of-the-art laboratories. Luigi is headed for a steaming manhole.

Luigi is a robot, and like his predecessor, Mario, he’ll be spending his day descending into the sewers around Boston and bringing back bottles full of you-know-what. With an exterior that looks like a tubular birdfeeder, he’s tricked out with an infrared receiver, motor, water-level sensor, temperature gauge, filter, and pump. To Luigi’s designers, a team of researchers at MIT, sewage is an untapped reservoir of knowledge. It’s Luigi’s job to help tell the city’s story—through the poop of its people.

Luigi's predecessor, a prototype robot named Mario

Photo courtesy of MIT Underworlds

From the food that nourishes us to the pollutants and pathogens that sicken us, “a lot of information gets imprinted on water as it flows in and out of our cities,” says Newsha Ghaeli, the leader of the Underworlds project at the university’s Senseable City Lab. “But we don’t look at it.” In a sense, our wastewater is going to waste. 

Underworlds is analyzing sewage for bacteria, viruses, and chemicals. Eventually the scientists could match these findings with demographic information about the neighborhood the sewer line serves. The hope is to create a “smart sewage platform” that monitors urban health patterns in real time.

For instance, if there’s lead swirling beneath the streets of Southie, officials can take quicker action. Identifying contagious disease outbreaks faster would give communities more time to mitigate their spread. And by teasing out biomarkers for obesity and diabetes, cities could improve their understanding of noncommunicable diseases too.

Carlo Ratti, director of the Senseable City Lab, explains that Underworlds samples everyone in the city, not just those who decide to, or can afford to, see a doctor. “We don’t need to rely on people to self-select as ill in order to get a snapshot of the health of our communities,” he says.

The wide range of internal and external forces acting on the human gut means the platform has an almost equally wide range of potential applications. Take antibiotics, for instance. Because of their overuse in both livestock and people, drug resistance is on the rise—the World Health Organization has even warned of an impending “post-antibiotic era.” Underworlds plans to pinpoint when and where genes for antibiotic resistance crop up.

The team also wants to monitor sewage for phthalates, those ubiquitous plasticizers found in everything from personal care products to food packaging to shower curtains. Phthalates are readily absorbed into the human body and known to leave through urine and feces. They also happen to be endocrine disruptors, and though the effects of exposure are still not fully understood, studies have linked these harmful chemicals to developmental and reproductive problems.

Congress has already banned the use of certain types of phthalates in children’s toys, but as the evidence against them mounts, more regulation could be on the way. And Luigi and his ilk could be there to gauge the response. By providing a quick and reliable method to measure a ban’s effectiveness, Underworlds, its creators envision, would not just passively record public health but actively inform and shape policies that promote it.

To prove its concept, the project has a three-year, $4 million grant from the Kuwait Foundation for the Advancement of Sciences. During that trial period, which began in November 2015, the team is sampling neighborhoods in Cambridge, Boston, and Kuwait. Eric Alm, co-principal investigator, is optimistic that the platform will expand to other cities by 2018. Even so, there are still a few kinks to work out before then.

For one, every time the researchers want to take a sample, they have to ask the city to come open the manhole; haul their equipment out to the street; don protective gloves, masks, and smocks; wait for Luigi to do his thing; and decontaminate the robot afterward. This process is hardly feasible on a large scale.

Luigi’s successor (who might be named Yoshi) is in the works. If all goes according to plan, this next iteration will be able to remain belowground and send back data remotely, giving the researchers live information without leaving the lab. Once they have the data, the researchers are still working out what they can—and should—hunt for. They can either broadly catalog all of the microbes or search through the sewage for specific genes or chemicals.

The Underworlds team also needs to know more about whose poop they’re examining. It’s important to note, says Alm, that none of the data can be traced back to a specific toilet, er, person. But in order to assess a particular sample’s statistical significance, the researchers need to know how many people contributed to it.

If they can overcome these hurdles, Underworlds could represent “a significant, seminal advancement” in public health monitoring, says Christian Daughton, a chemist with the U.S. Environmental Protection Agency.

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Road Salt Sex Change: How Deicing Messes with Tadpole Biology
Jason Bittel

Road salt can cause deformities, impact survival rates, and even switch female tadpoles into males.

Virginia Dept. of Transportation

Winter is coming, and so is truckload after truckload of rock salt. By the time daffodils start popping up in the spring, Americans will have dumped more than 24 million tons of the stuff on our roads, parking lots, and driveways. Dissolved in melting snow and ice, the salt will enter streams, rivers, and ponds—with some serious consequences for wildlife, especially frogs, which may spend their formative weeks immersed in this slurry.

Studies have found that rock salt can cause lethargy, weight loss, and deformities in tadpoles and that increased salinity hurts survival rates for the eggs and the tadpoles of wood frogs and spotted salamanders. By messing with how quickly gray treefrog tadpoles break down leaf litter, road salt can even affect an ecosystem’s nutrient cycle. We’re just beginning to comprehend the ecological impact of those crunchy crystals, but the latest discovery might be the most bizarre.

Road salt may be turning little girl tadpoles into little boy tadpoles. According to a new paper published in November in the Canadian Journal of Fisheries and Aquatic Sciences, salinity has the power to alter sex ratios in wood frog tadpoles, reducing the proportion of females by around 10 percent.

RayMorris1/Flickr

This finding is important, says lead author Max Lambert, a doctoral candidate at Yale University, because we don’t tend to think of salt as a chemical that affects sex. The herbicide atrazine and contraceptives made of synthetic estrogen have long been known to feminize male frogs, but salt? Good ol’ NaCl?

“These other chemicals are certainly in the environment and having an effect,” Lambert says, “but we may have focused on them to the exclusion of other things out there.”

It’s pretty obvious that removing females from a species’ natural sex ratio could lead to population declines and even collapse. Which is, you know, just lovely considering the numbers: Seventy percent of the world’s amphibian species are dropping fast, and while those in the United States are doing a little better, they’re still contending with habitat destruction, chytrid fungus, and other types of hormone-disrupting pollution.

Chemicals found naturally in the environment can affect an amphibian’s development, too. As tadpoles, some frog species eat leaves that are chockful of phytochemicals, and when those leaves get good and wet, they leach those substances into the surrounding water. In a 2010 study, researchers found that when they soaked oak leaves in their tadpole pools, the little guys grew up to have more endocrine system abnormalities than usual, particularly the males.

To follow up on their research, Lambert and his coauthors also looked at how different kinds of leaf litter can influence whether tadpoles end up male or female. Specifically, they compared tadpoles raised in pools with only submerged oak or maple leaves, as well as tadpoles growing up in pools with oak or maple leaves in addition to road salt. Both tree species are common across the northeastern United States, but maples are quickly outpacing oaks thanks to an overabundance of deer (which gobble up oak seedlings and acorns), fire suppression, and logging. Overall, the scientists wanted to see if this shift in plant life might be having an effect on tadpoles, too, and if road salt is making these impacts better or worse.

Interestingly, the experiment showed that oak leaves tended to have a slight feminizing effect. Female tads are usually bigger than males, but the oak leaf pool produced females that were more than 3 percent bigger than normal. When the researchers added salt, however, that sexual dimorphism got turned on its head, with the males becoming 0.7 percent larger than the females.

That oak leaves might supercharge females is something that hasn’t really been identified before, Lambert says. “This could be pretty ecologically important, particularly if salt contamination completely undoes the size advantage females get from the oak litter.”

Next, Lambert and his colleagues want to test these findings in other frog species, as well as incorporate other kinds of rock salt. The recent experiments used pure sodium chloride, but various other salts and mixtures are available on the market. There’s really no way to know what any of them might do to tadpoles until we run the tests.

If nothing else, Lambert’s research adds to a growing body of knowledge that suggests the effect of road salt on the environment is not neutral. This winter we’ll sprinkle enough salt to fill up Epcot Center 296 times. As with the salt on our tables, perhaps we should learn some moderation. 


onEarth provides reporting and analysis about environmental science, policy, and culture. All opinions expressed are those of the authors and do not necessarily reflect the policies or positions of NRDC. Learn more or follow us on Facebook and Twitter.

Eyebrow: 
Donald Trump selects climate change denier to head the EPA

It’s a safe assumption that Pruitt could be the most hostile E.P.A. administrator toward clean air and safe drinking water in history.

Ken Cook, head of the Environmental Working Group, comments on Donald Trump's decision to appoint Oklahoma attorney general Scott Pruitt to lead the Environmental Protection Agency. Pruitt is a close ally of the fossil fuel industry and a climate change denier.

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