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A Humbling View of the Home Planet – Earth Seen from Saturn

A humbling view of the home planet from 898 million miles away. View this article –  A Humbling View of the Home Planet – Earth Seen from Saturn ; ;Related ArticlesDot Earth Blog: A Humbling View of the Home Planet – Earth Seen from SaturnDot Earth Blog: A U.S. Battery Recycler Says We Should Keep the Lead InA U.S. Battery Recycler Says We Should Keep the Lead In ;

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A Humbling View of the Home Planet – Earth Seen from Saturn

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Seas may rise 10 yards during centuries ahead

Seas may rise 10 yards during centuries ahead

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The future view from your favorite beach.

Sea-level rise is currently measured in millimeters per year, but longer-term effects of global warming are going to force our descendants to measure sea-level rise in meters or yards.

Each Celsius degree of global warming is expected to raise sea levels during the centuries ahead by 2.3 meters, or 2.5 yards, according to a study published Monday in Proceedings of the National Academy of Sciences.

The world is currently trying (and failing) to reach an agreement that would limit global warming to 2 degrees Celsius. Business-as-usual practices could yet raise temperatures by 4 (or even more) degrees Celsius.

Multiply 2.5 yards by 4 and you are left with the specter of tides that lap 10 yards higher in the future than today. That’s 30 feet, the height of a three-story building. For comparison, the seas rose less than a foot last century.

Here is a chart from the new study that illustrates long-term sea-level rise projections under four warming scenarios:

PNASClick to embiggen.

Now, it’s important to note that the new study looks at sea-level rise over the next 2,000 years. The study doesn’t make predictions for how rapidly the seas will rise during that time frame; it just lays out what is possible in the long term. From the study:

On a 2000-year time scale, the sea-level contribution will be largely independent of the exact warming path during the first century. At the same time, 2000 years is a relevant time scale, for example, for society’s cultural heritage.

The difference between this study and others, some of which have foretold less dramatic rises in water levels, is the extent to which it considers ice-sheet melting.

Compared with the amount of water locked up in the world’s glaciers, which are melting rapidly, Earth’s two ice sheets hold incredibly vast reservoirs. The Antarctic ice sheet alone could inundate the world with 60 yards of water if it melted entirely. And then there’s the Greenland ice sheet, which suffered an unprecedented melt last summer.

The ice sheets are not yet melting as dramatically as the glaciers, insulated as they are by their tremendous bulk. In fact, the melting glaciers and the melting ice sheets are contributing roughly equally to today’s rising seas, despite the differences in their overall bulk.

But a hastening decline of the ice sheets is inevitable as accumulating greenhouse gases take their toll.

The authors of the new study, led by the Potsdam Institute for Climate Impact Research, analyzed sea levels and temperatures from millennia past, combining those findings with climate models to get a glimpse of the shifting coastlines of the future. From the study:

[C]limate records suggest a sea-level sensitivity of as much as several meters per degree of warming during previous intervals of Earth history when global temperatures were similar to or warmer than present. While sea-level rise over the last century has been dominated by ocean warming and loss of glaciers, the sensitivity suggested from records of past sea level indicates important contributions from the Greenland and Antarctic ice sheets.

The study’s lead author, Potsdam researcher Anders Levermann, said the results reveal the inevitability of rising water levels as heat accumulates on Earth.

“Continuous sea-level rise is something we cannot avoid unless global temperatures go down again,” he said in a statement. “Thus we can be absolutely certain that we need to adapt. Sea-level rise might be slow on time scales on which we elect governments, but it is inevitable and therefore highly relevant for almost everything we build along our coastlines, for many generations to come.”

John Upton is a science fan and green news boffin who tweets, posts articles to Facebook, and blogs about ecology. He welcomes reader questions, tips, and incoherent rants: johnupton@gmail.com.

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Seas may rise 10 yards during centuries ahead

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Illinois town bans stripping because of fracking

Illinois town bans stripping because of fracking

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There will be no more of this in Fairfield.

It’s bad enough that the fracking boom is making it more difficult for Americans to breathe clean air, feel safe drinking their water, and stand on steady ground. Now the boom is preventing anybody in one Illinois town from dancing with their clothes off.

Fairfield, Ill. (population 5,000 and shrinking) is bracing for an influx of frackers, most of whom will be men from out of town. (Despite promises of jobs associated with fracking, fracked communities normally discover that most of the work goes to experienced hands who fly in from Texas and other industry hotspots.)

A city committee charged with preparing the town for fracking warned that it could create a market for strip clubs. So, acting on the advice of the committee, the Fairfield City Council unanimously passed an ordinance this week that prohibits nude, seminude, and exotic dancing. It doesn’t even matter whether the stripping is done for profit or if it’s, er, gratuitous. From the Evansville Courier & Press:

The ordinance makes it “illegal for any person, firm, corporation, partnership, limited liability company or any other entity to operate any kind of business which provides as a form of entertainment either gratuitously or at cost, nude, seminude or exotic dancers.”

The pre-emptive ordinance was drawn up after news accounts began surfacing about strip clubs popping up around the oil work camps in North Dakota, and a resulting increase in criminal activity.

Under the newly enacted Fairfield ordinance, anyone violating the law may be fined $5,000 for each day the violation exists.

Memo to any roughnecks headed to Fairfield for fracking jobs: Pack porn.

John Upton is a science fan and green news boffin who tweets, posts articles to Facebook, and blogs about ecology. He welcomes reader questions, tips, and incoherent rants: johnupton@gmail.com.

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Extreme heat reveals extreme infrastructure challenges

Extreme heat reveals extreme infrastructure challenges

WMATALast summer, high temperatures caused a “heat kink” in the D.C. metro tracks.

Having trouble beating the heat this summer? Imagine how your infrastructure feels.

Last summer, we told you about extreme heat leading to buckling roads, melting runways, and kinky railroad tracks. Now we’re also hearing about droopy power lines and grounded airplanes.

NPR’s Science Friday hosted a discussion last week with Vicki Arroyo, executive director of the Georgetown Climate Center, about how cities can adapt to hotter temperatures and other climate impacts like floods and rising sea levels. Here’s Arroyo:

… the thing to keep in mind is that this infrastructure is built for the past conditions in our local area. So, it’s not to say that we can’t change our infrastructure with climate change in mind, whether it be climate change impacts along the coast, like storm surge or sea level rise, but it’s obviously going to take time and it’s going to take money.

Arroyo and host Ira Flatow talked about some of the solutions cities are considering or already implementing to make their systems more resilient. The simplest and most obvious one: locating backup generators above ground level so flooding won’t render them useless. (Arroyo also points out the irony that backup generators are powered by fossil fuels.) Utilities have started to build power lines with shorter, squatter telephone poles less likely to be felled in a windstorm; D.C. is even beginning a project to bury its power lines underground, although that approach doesn’t make as much sense for flood-prone areas. A caller named Jim from St. George, Utah, talks about how reflective building materials enhance the urban heat island effect. D.C. is also helping property owners install green roofs with the revenue from a plastic-bag fee.

In terms of preventing the kind of massive system failure that, after Hurricane Sandy, stranded folks in high-rise apartment buildings without heat or electricity for over a week, Arroyo points to distributed power and smart grids as a solution, and also notes that having a fleet of vehicles not powered by oil comes in handy in a disaster situation:

Smart Grid, which we often think about [as necessary] for distributed generation and renewable power to come online, can also be an important solution when it comes to some of these extreme weather events because you can actually cut off the power of the system that’s down and you can reroute power, especially to the places like hospitals and schools that you need to [restore power to] right away. And we also saw after Superstorm Sandy that some of the clean fuel vehicles — the natural-gas trucks in Long Island, for example — were able to remove debris when everybody recalls there were those long lines for weeks at a time for regular gasoline and diesel.

But as Arroyo noted above, the problem with such large-scale solutions is — you guessed it — money. Government at every level, reluctant to push for any project that would incur more debt, is holding off on crucial infrastructure upgrades. But as a New York Times guest columnist points out, the future cost of not making these improvements is far greater:

A prudent investment is one whose future returns exceed its costs — including interest cost if the money is borrowed. Opportunities meeting that standard abound in the infrastructure domain. According to the American Society of Civil Engineers, the nation has a backlog of some $3.6 trillion in overdue infrastructure maintenance. …

Austerity advocates object that more deficit spending now will burden our grandchildren with crushing debt. That might be true if the proposal were to build bigger houses and stage more lavish parties with borrowed money — as Americans, in fact, were doing in the first half of the last decade. But the objection makes no sense when applied to long-overdue infrastructure repairs. A failure to undertake that spending will gratuitously burden our grandchildren. …

Now austerity backers urge — preposterously — that infrastructure repairs be postponed until government budgets are in balance. But would they also tell an indebted family to postpone fixing a leaky roof until it paid off all its debts? Not only would the repair grow more costly with the delay, but the water damage would mount in the interim. Families should pay off debts, yes, but not in ways that actually increase their indebtedness in the longer term. The logic is the same for infrastructure.

While we’re waiting for lawmakers to figure out that infrastructure improvements — which also create jobs, by the way — are a worthy investment, here’s a sobering reminder from Arroyo of just how crucial an organized government response is in a disaster situation:

I mean, how many of us have provisions if we have an extreme storm event that puts out power for a few days to be able to, you know, have the food and the water that we need, to be able to have a backup if, you know, we’re only on cell phones and those go down. How do we communicate with people? I mean, people really do need to make plans for this at every level of government in our society.

Claire Thompson is an editorial assistant at Grist.

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90 Degrees + A.C. + Open Doors = Hamptons Energy Policy?

In a rich Long Island summer resort, businesses blast the A/C with doors wide. Original article: 90 Degrees + A.C. + Open Doors = Hamptons Energy Policy? Related Articles Dot Earth Blog: 90 Degrees + A.C. + Open Doors = Hamptons Energy Policy? Dot Earth Blog: A Song for the Fallen on Independence Day A Song for the Fallen on Independence Day

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90 Degrees + A.C. + Open Doors = Hamptons Energy Policy?

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Increasing our connection with those supporters who enable our mission the most

Communications shifts to focus more on those that are most committed to our mission. See the article here:   Increasing our connection with those supporters who enable our mission the most ; ;Related ArticlesWhy saving Trestles matters on the larger stageWho connected you to the ocean?This is what erosion looks like ;

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Increasing our connection with those supporters who enable our mission the most

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Zojirushi CD-WBC40 Micom 4-Liter Electric Water Boiler and Warmer, Champagne Gold

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Secura 4.6-Quart Electric Water Boiler and Warmer AirPot SWB-53

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Zojirushi CD-WBC30 Micom Electric 3-Liter Water Boiler and Warmer, Champagne Gold

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Nuclear waste leaking at Hanford site in Washington, again

Nuclear waste leaking at Hanford site in Washington, again

A tank storing radioactive waste at America’s most contaminated nuclear site appears to have sprung a leak, leaching yet more cancer-causing isotopes into soil some five miles from the Columbia River in Washington state.

Crash Zone Photography

The Hanford site and the Columbia River

The Hanford site produced plutonium that was used to manufacture the bomb that blew up Hiroshima. Now it’s home to a different kind of horror: It’s used to store nuclear waste while a plant is built on site to treat that waste. But the Department of Energy treatment plant project has been plagued by delays, and tanks that were designed to hold the waste temporarily keep falling apart.

From the AP:

An underground tank holding some of the worst radioactive waste at the nation’s most contaminated nuclear site might be leaking into the soil.

The U.S. Energy Department said workers at Washington state’s Hanford Nuclear Reservation detected higher radioactivity levels under tank AY-102 during a routine inspection Thursday.

Spokeswoman Lori Gamache said the department has notified Washington officials and is investigating the leak further. An engineering analysis team will conduct additional sampling and video inspection to determine the source of the contamination, she said.

State and federal officials have long said leaking tanks at Hanford do not pose an immediate threat to the environment or public health. The largest waterway in the Pacific Northwest — the Columbia River — is still at least 5 miles away and the closest communities are several miles downstream.

However, if this dangerous waste escapes the tank into the soil, it raises concerns about it traveling to the groundwater and someday potentially reaching the river.

The AP reports that water samples taken beneath the leaking tank “had an 800,000-count of radioactivity and a high dose rate, which means that workers must reduce their time in the area.”

If the leak is confirmed, it is certainly not the first time that the Hanford site has been home to such an accident. From a February editorial in the Tacoma News Tribune:

Hanford hosts 56 million gallons of hot reactor byproducts in 177 steel-walled underground tanks, some dating to the heyday of Betty Grable. Collectively, they’ve leaked an estimated 1 million gallons of waste into the desert soil, creating radioactive plumes that are gradually headed for the Columbia River.

The Department of Energy put a stop to the big leaks years ago by pumping out liquids from the tanks, leaving crusty, gooey, toxic sludges inside. Water has been penetrating one of these supposedly “stabilized” tanks. The lyrically named T-111 has reportedly resumed leaking at a rate of 150 to 300 gallons a year.

This is a reminder that the nation’s largest concentration of nuclear waste is stored under insanely makeshift conditions. The oldest tanks, including T-111, were engineered to last 20 years. They were built in 1943 and 1944.

Even Hanford’s newer, double-walled tanks – built between the late 1960s and early 1980s – are slowly rotting in the ground. One sprang a leak last fall.

News of the latest suspected leak has state officials gravely concerned, yet again. From a statement by Gov. Jay Inslee:

“This is most disturbing news for Washington. It is not clear yet whether that contamination is coming directly from the outer shell of the AY-102 but it must be treated with the utmost seriousness. The discovery was made during a routine pumping outside the tank when pumps are also surveyed for radioactivity. …

“Even before learning of this new development, I told [Energy Secretary Ernest Moniz] I continue to have serious concerns regarding the pace of addressing the leaking tanks. We will be insisting on an acceleration of remediation of all the tanks, not just AY-102. [The U.S. Energy Department] has a legal obligation to clean up Hanford and remove or treat that waste, and we ensure that legal obligation is fulfilled.”

But it’s not clear how the government could treat the waste anytime soon. From TV station KING5:

The [treatment] plant has been delayed for years by continued problems and is not expected to meet a 2019 deadline to be up and running.

So the tank designed to hold the waste until then is now possibly leaking, no longer dependable, and there is no plan we know of for quickly pumping it out to another double walled tank.

That leaves the DOE and its contractors with fewer places to store 56 million gallons of waste and no plant built yet to treat it.

The AP reports that Energy Secretary Moniz toured the facility on Wednesday and promised Washington a new plan this summer for tackling difficulties with the waste treatment project. Don’t hold your breath (unless your visiting the site).

John Upton is a science fan and green news boffin who tweets, posts articles to Facebook, and blogs about ecology. He welcomes reader questions, tips, and incoherent rants: johnupton@gmail.com.

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Nuclear waste leaking at Hanford site in Washington, again

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