Tag Archives: Climate Change

Shame on the BBC: False Balance in #ClimateChange discussion

The BBC stepped in it. First, they engaged in a totally absurd “false balance” presentation regarding climate change, then in response (link below) they aired very reasonable complaints by listeners, and to this, they responded officially that everything is fine, you can go home and lock your doors and windows, nothing to see here, our balance is in balance, thank you very much. Or words to that effect. If I was British I would be ashamed of the BBC for this, but since I’m not British I’m peeved.

Should the Today programme have invited Lord Lawson, a former Chancellor of the Exchequer and now chairman of the Global Warming Policy Foundation, to comment on climate change? On Thursday morning, as the floods across Britain continued to make the headlines, Feedback listeners poured scorn on a Today programme discussion between Lord Lawson and Sir Brian Hoskins, a government climate change adviser from Imperial College in London. We’ll hear why they were so angered by the debate.

Click here to listen. I think the link is already cued up where you need to be.

The commenter just after 20 minutes was brilliant.

Paul Douglas on Climate Change

Last night I attended a talk by meteorologist Paul Douglas, at the Eden Prairie High School. The talk was “Weird Weather: Minnesota’s New Normal? Our Changing Climate and What We Can Do About It,” and it was sponsored by Environment Minnesota, Cool Planet, and the Citizens Climate Lobby. I didn’t count the number of people in the audience but it was well attended (over 100, for sure). Extra chairs had to be brought in.

You probably know of Paul Douglas either because of his own fame or because I often link to (or facebook-post) his blogs at Weather Nation or the Star Tribune, and I frequently post his videos. Paul is an Evangelical Christian Republican who insists that we must adhere to the data and the science. He is outspoken on climate change, global warming, and science denialism, and he is sincere, thorough, and forceful in these areas. I consider him to be a very close ally. The contrast between what Republicans seem to think as a cultural group, and what Evangelical Christians seem to think as a cultural group, and what Paul advocates makes him, in his own words, a Human Albino Unicorn.

The talk, as something organized by three environmental activist groups, had the usual suspects in attendance. I recognized several fellow activists from the Twin Cities area, including individuals from 350.org and Obama’s OFA. I had the sense that I was attending a Democratic Farm Labor (that’s what we call Democrats ‘round these parts) convention being run by a Reasonable Republican.

Needless to say, Paul provided an excellent presentation that would have provided any skeptic sitting near the fence a gate to pass through when the moment was right. His talk would have likely convinced any dyed-in-the-wool septic in attendance to at least be quiet about the skepticism and let others take the conversation for a while. Paul tied together several reasons to respect the science and to act on it, touching on diverse perspectives including personal morality, concern for our children and grandchildren, business acumen, responsibility for the Earth’s environment, conservative political thinking, and (briefly, he did not belabor this point) religion.

Since I’m all into climate change and stuff, and give presentations on the topic myself, there wasn’t much new that hit me on the head, though I saw a lot of other heads being whacked with facts and ideas in the room. But there were two things that gave me a double take. They were both brought up in the question and answer period.

One came as part of the answer to the question, why isn’t there more climatology, and in particular, climate change, in with the weather reporting on local TV? I should note right away that this is one of the reasons you should read Paul’s blog. You get the weather AND the climatology. If you are in the Twin Cities area, his Strib Blog is the place to go. If you are elsewhere in the US or beyond, his Weather Nation blog is the place to go. There is a lot of overlap but somewhat different regional coverage. Anyway, Paul’s answer included this: On news TV, global warming is toxic. Meaning, specifically, stating the basic fact that global warming is established science is not really allowed on standard news TV, local or national. The False Balance sells, admitting the facts is boring. More importantly, stating that climate change is real and important will piss off 30% of the audience and the people running the news shows don’t want that. The anchors, including the weather reporters, are to be beloved, not reviled. So “just don’t do that” is the policy in newsrooms.

The other whack on the head was in relation to a question that I thought at first was a bit obnoxious but then I realized it was one of those questions that IS obnoxious but usefully so, and necessary. The question was, in short, “Is there anybody in this room that didn’t already believe in global warming before this talk … was anyone’s mind changed?”

One person raised their hand to indicate a changed mind (everyone cheered) but this apparent fact was left on the table: This talk didn’t do anything but reinforce everyone’s existing position. That was a bit depressing at first.

However, I think the implication and factual basis of that question were wrong. First, there were probably several climate change denialists in that room, but they simply chose not to raise their hands either because they would have been deeply embarrassed or because their mind was not changed. I recognized one person that I’ve encountered before who is a denialist, and he remained silent. I have given talks on climate change attended by people I know are denialists and they’ve stayed silent or asked questions that did not indicate their denialism. So, yes, there are people in the audience who do not “believe in global warming” and I suspect a talk like Paul’s would have an effect on them, eventually.

Also, this: Nobody should “believe in global warming.” That’s where Paul separates his own beliefs (i.e., that there should be Republicans at all 🙂 … or his religious beliefs which are based on faith) and a scientific approach to life, including both business and climate. A different question might have been, “Was there anything in Paul Douglas’s talk that you didn’t know before, about climate change, that you now know? Did you learn anything new either about climate or about how to talk about climate, in this talk?” The answer to that would have been, for almost everyone in the room, “Yes, many things.”

And this is a very important reason why “preaching to the converted” is important. Anti-climate science industrial interests spend hundreds of millions of dollars annually on public engagement to develop and shore up their political position. Hundreds of millions of dollars a year buys a lot of rhetoric, but it does not buy one drop of truth. But truth by itself is not enough. Grassroots organizing and the power of citizenry, when armed with the truth, is enough to effect major change if it is sustained long enough over a sufficient range of the population (and done well). Last night’s talk was a highlight moment for local and regional activism in support of the planet we live on. Those who attended will keep Paul’s talk with them for decades, and it will supply them with tools and ideas, and perhaps most importantly, inspiration and hope, regardless of their personal staring point.

So, yeah, it was a great talk.

Olympic Snow #Sochi2014

It has become difficult to rely on natural cold and snow even in traditional winter sports venues. This is because of increased temperatures caused by global warming. This may not be the biggest problem caused by climate change, but it is one that has attracted a certain amount of helpful attention. Perhaps the North American visitation of the Arctic Vortex, which has made some people think that climate change is not real, is partly offset by a Winter Olympics with more than its share of problems, including injuries and lost medals, caused by crappy snow conditions.

Also, it is kind of a “First World Problem.” Such problems tend to receive extra attention and the demand for solutions may be more likely addressed. I imagine that the slopes of the better ski resorts are populated by a relatively high proportion of people who assume climate change can’t really affect them (because not much does), and perhaps by a larger percentage of people who feel, incorrectly, to be financially threatened by measures to curb climate change.

Meanwhile, science not only tells us that global warming is real, but it also tells us how to adapt, at least a little. From the American Chemical Association, a video on how they make snow:

Global Warming and Disease: Marine Mammal Parasites

Global warming, shifting ecozones and changing the climatology of large reasons, is expected to, and has already shown the ability to, affect distribution and incidence of various diseases. The brain-eating Ameba comes to mind. As it were. There is some new research by Michael Grigg of the NIH that addresses a different change.

Along with melting Arctic ice comes an erosion of natural barriers that once separated parasites from hosts.

That erosion has allowed at least two pathogens to infect marine mammals they were previously unknown in…

A newly identified parasite was once frozen safely away from grey seals (Halichoerus grypus). It has now infected some with disastrous consequences. In 2012, about 20 percent of healthy-looking grey seal pups born on Hay Island in Hudson Bay mysteriously died. The cause turned out to be a parasite that destroyed the livers of 404 pups and two adults, Grigg said.

Grigg and his colleagues found that the parasite… also infects about 80 percent of ringed seals (Pusa hispida) but doesn’t make them sick. The parasite, … Sarcocystis pinnipedi, invades cells and can cause inflammation that damages tissues…

The research was presented at the recent meeting of the American Association for the Advancement of Science, and is reported here, though it may be behind a paywall.

There are other examples. Beluga whales north of Alaska have been infected by Toxoplasma, previously unknown in the region.


Photo Credit: brydeb via Compfight cc

Abrupt Climate Change

First, let me note that if you are not a regular reader of Peter Sinclair’s “Climate Denial Crock of the Week” you should be.

Peter’s latest video is “Abrupt Climate Change, and the Expected Unexpected”

Senior Scientists discuss the potential for sudden disruptions of human and natural systems as a consequence of climate change.

Today's Weather #Icestorm #Noreaster #Flooding #RuhRoh

For the first time in weeks we are experiencing warm weather in central Minnesota (it is now 21 degrees F) with a bit of snow off and on. But elsewhere there are interesting things happening. First, in far northern California and the Pacific Northwest there will be rain. A LOT of rain. That’s great because it will help a little with the drought. But, it will also probably cause some severe flooding.

Also, everywhere on the east coast from Atlanta up to New England is experiencing some kind of bad.

Snomageddonapocalypse.  On fire.
Snomageddonapocalypse. On fire.
A friend of mine in the Raleigh-Durham area told me last night that he drove off the road three times in three miles, and normally he does no drive off the road more than once in three miles! I can’t be sure of the attribution of the photo shown here of the Fiery Snomageddonapocalypse, but it seems to be someone from North Carolina. Found on facebook.

More than three quarters of a million people have been without power across 14 states. New York City and DC are getting hammered or will soon.

You all know this from the news. I just wanted to add some context.

Here I’ve combined an estimation of precipitation over the next 7 days from here, with a map of the Jet Stream from here.

You can see the relationship between overall weather patterns as indicated by the Jet Stream and the precipitation. The same curvy jet stream that formed the Ridiculously Resilient Ridge causing drought in California will now cause deluge, and this was also related to the Arctic Vortex visiting the central part of North America for weeks on end. This pattern of whacky weather, with major drought interdigitated with heavy rain, ice in Atlanta, and all that, is what we call Weather Whiplash. And there is probably a link between Anthropogneic Global Warming and this extreme weather.

Stay safe.

Oh, by the way, what does that photo of Atlanta, the image featured above the post, remind you of? …

RuhRoh_Atlanta

Let’s just hope that Zombies are not part of the forecast for the remainder of the week!


More on climate change here, and more on severe weather here.

Arctic Ice and the Polar Vortex, #SochiSlush (Updated)

Everything is about ice these days, what with the Winter Olympics in full swing. Concerns that the temperatures at the mountain venue of Sochi would be problematically high have panned out; the lower parts of the downhill slopes are slushy and the bottom of the half-pipe is all bumbly wumply. Injuries and lost medal opportunities are mounting up every day, in part caused by the unusual “Spring” conditions.

We all know the Arctic Vortex has been sitting on the middle of North America, and this has caused near zero F temperatures, often as low as -20F, here in central Minnesota. The same weather pattern has been bringing interesting storms across the American South, including, apparently, a nasty ice storm for Georgia (the state, not the Republic) tonight. Meanwhile we hear of very warm weather in Alaska and Eurasia.

So, if the Polar Vortex is here in the Twin Cities (plus or minus some 1,500 miles or so), what is going on in the Arctic? Is the sea ice at a relatively low level at this time of year when it should be reaching a maximum? How have the temperatures been, say, in Greenland?

Before I show you, I have to warn you of two important things. First, this time of year, early February, is a bad time to predict the next summer’s sea ice melt. Likely, there will be plenty of melting, and we can say that simply because for the last decade that has been the new norm. But looking at the current and recent data on sea ice extent does not accurately predict the minimum sea ice extent in September, when it will likely be at its lowest. (Well, to be honest, I don’t actually know this prediction can’t be made but I’m pretty sure that’s right). The second, countervailing issue is this: Climate scientists who look at these things seem to be about evenly divided between those who think we may have some sort of El Nino late this year, vs. not. This would determine in part warmer vs. cooler conditions generally. So, this post has to be regarded as highly speculative.

The National Snow and Ice Data Center has a nice “Interactive Sea Ice Graph” that you can play with to look at past years’ march of ice melting and re-freezing on the surface of the Arctic Ocean. Here, I’ve selected the base graph which has the average from 1981-2010 plus or minus 2 standard deviations (in gray) and the data so far for 2014. As you can see, we are at the lower end of the 2SD range.

Screen Shot 2014-02-11 at 8.39.15 PM

Meanwhile, the Dark Snow Project blog has a post by Jason Box with this interesting graph:

Arctic20140206-1024x847

Those are temperature anomalies in the Arctic region over the first 30-something days of this year. This shows unusual warmth. Now, compare that to a different graph from the same site:

MidwestAndEast20140206-1024x826

That is “…the US for the region bounded by 70 to 105 longitude west and 38 to 55 latitude north.” In other words, that’s where the Arctic Vortex has been hanging out. So, yes, as I’ve mentioned before, the Arctic cold is here, not up in the Arctic. Up in the Arctic it is relatively warm. Jason also has this map showing the pattern using a different graphical technique. Remember, these are anomalies, departures from a 1981-2010 baseline, not absolute temperatures.

Temperature_2014_33-37_anom-1024x951 (1)

Go to the original post to get huge giant versions of these graphics.

The Arctic Sea Ice Blog has a lot more on the current situation. Also, Jason Box has this video released a few days ago and written up at Climate Denial Crock of the Week:

I repeat, it is too early to say what is going to happen during this year’s melt in the Arctic. But, this is a good time to start observing, as we will be passing typical peak sea ice in just under a month.

Hey, how about this weather?

The drought in California is really bad. Bad enough that people are struggling to describe it.

weather</aPaul Douglas (below) suggests that this may be the biggest weather story of 2014, and the reason for that is food. They grow a lot of it in California, but those who developed this 21st Century breadbasket did so with too much hubris. Hubris about water, to be specific. It will be interesting to see if discussions about food prices turn into discussions about food availability, at least for certain kinds of food, as the non-growing season develops there.

People often equate California with other countries because it is so big and important. “If California was a country, it would be the Nth largest country that does XYZ.” It will be interesting to see how this trope works out should the drought continue (and by continue, I mean worsen, because a drought that continues is a worsening drought). “If California was a country, it would have an Arab Spring Uprising.” “If California was a country, it would require food aid from the UN.” “If California was a country it would be one of the largest suppliers of climate-related refugees in the world.” That sort of thing.

Meanwhile the Polar Vortex came to visit a few weeks ago and never really left. They should make a movie. “National Lampoon’s Polar Vortex.” The cold has stressed supplies of natural gas (exacerbated by a major pipeline explosion in Canada). Here in Minnesota there is a propane shortage. Brat on the weber is in danger as a thing.

The Vortex is connected to the drought, as both are caused by a configuration of major air masses also manifest as the meandering jet stream. And, with this comes also the parade of storms that have marched across the middle of the US and in some cases dumped snow where snow is usually not dumped.

The future is not rosy. There is no end in sight for the drought despite a smattering of snow and rain in the west. The Polar Vortex is expected to hang around for several more days, and then perhaps move on, but quite possibly to return not long after. There may be a major nor’easter in the Northeast this coming weekend.

Here’s Paul Douglas’s latest summary of the weather from his WeatherNation YouTube ChaNnel:


Graphic on California drought from: Historic January Drought Intensifies in California

Hope For Climate Change As A Key 2014 Issue

First, a word to my fellow Minnesotans. Go the the damn caucus tonight! For the rest of you, please become aware of the political process where you live and get involved. Science-oriented people, people who understand that climate change is real and important and that we need to develop a green energy economy (with our without nuclear, that’s a separate issue not an alternative) need to become more involved in the political process. Support candidates who understand these things and who will work towards saving us from driving of the cliff we are heading rapidly towards. Also, keep gender in mind; support excellent women candidates. Also, keep diversity in mind. Support diverse candidates. OK, you really can’t be a “diverse” person, but you know what I mean.

Climate change did play a measurable, observable role in some of the elections last year. I don’t think we can say that it was the deciding issue in any campaign, but there is almost never a single deciding issue. Rather, there is a short list of issues that matter in many campaigns, and quite possibly, for the first time ever climate change was on that short list for some contests. It is YOUR job (and mine) to make sure that climate change is on the short list for all campaigns ever from now on. We have to start by getting involved in the electoral process. In the 17 or so US states with a caucus system, this means becoming a delegate. Being a delegate means candidates go out of their way to find you, talk to you, find out what is important to you. Why the heck would you NOT want to do that? Eventually, you will be a member of what is effectively a small Electoral College who will decide who runs from your district. Your vote may end up being one of only dozens that determine candidates for your party at various levels.

For me, I’ll be working to retire the Republican representative from my district, Minnesota CD3. Erik Paulsen is probably more pro-environment than he votes, but he is a cookie-cutter Tea Bag Republican and votes the party line along with Michele Bachmann (I can see her district from my living room) and the rest of the over-the-top conservatives who run the Republican party, and thus, the House, at the moment. He needs to go.

I’ll be working to recruit a woman of color who has a background as a scientists (chemistry degree, worked in green technology early in her career) and for whom climate change and green energy are top issues, along with the usual social justice and economic issues. This is why I’l be supporting Sharon Sund if she runs. (If you want to help me help her to decide to run, even if you don’t live in Minnesota or, for that matter, the US, pleas go SIGN THIS PETITION!)

I’ll also be working with Shawn Otto and others to advance the Science Debate Project. I don’t know what we’d be doing this particular election cycle but we need to have the candidates for president in two years debate science in the public forum. In the mean time, everybody should be debating science in the public forum. And no, I don’t mean science vs. science denialism. I mean demonstrating an understanding of the science on one hand and making claims about policy that is actually based on the science on the other.

Sitting around and complaining about how science does not enter politics and when it does, it does so as a lifeless Tea-Drinking Zombie, is uninteresting and unproductive. It isn’t that hard for individuals to do something, and if enough pro-science individuals get involved, change can happen.

Go make change happen. Please.


Photo Credit: practicalowl via Compfight cc

Obomified with this on line resource.

Peak Oil vs. Peak Chocolate Chip Cookies

Peak Oil is a controversial concept. Some people actually think that the production of oil in nature is continuous (which is a tiny bit, but hardly at all, true) so we can keep pumping oil out of the ground and it will just keep being produced by tiny microbes. But aside from that particular, and annoying, made-up controversy, “real” Peak Oil (or should I say Peak Real Oil) is still controversial. Peak Oil is defined as the moment when the maximum rate of petroleum extraction occurs, and thereafter production declines steadily, like on a bell curve. But that is, in my view, the wrong way to look at it. I would like to propose a different way, and to understand this approach we first must understand chocolate chip cookies. Which is not difficult.

If you make a batch of chocolate chip cookies, then everyone in the house starts to eat them, when does “Peak Chocolate Chip Cookies” occur? Obviously, this occurs the moment the chocolate chip cookies are pulled out of the oven. That is when the maximum number of cookies are available. Subsequent “extraction” rates are not a function of cookie availability, but rather, the social politics of the household, the number of hungry people, and other factors. The cookies will be “extracted” at any one of a number of rate functions. Often, the initial number of cookies extracted from the cooling rack, cookie plate, or cookie jar starts out very slow because they are too hot and have not achieved structural stability so they are hard to eat, especially for dunkers. But then the rate may go way up and then, because the cookies are being consumed rapidly, and/or people become sated, it may go down. Or, the baker of the cookies may bake them in secret and hide them in the cookie jar until after dinner, then reveal the existence of the cookies at which time peak extraction commences. Or there may be house rules as to how many cookies everyone can eat which will affect the rate of extraction. And so on. But no matter what, Peak Cookie happened the moment the cookies were pulled, baked, from the oven. (We will leave the consumption of cookie dough prior to baking for discussion at another time.) The point is, it is easy to see that “Peak Cookie” happens at the moment baking ends, and the variation in extraction rate thereafter is a function of many factors that will vary from household to household and from time to time. And all those factors are important events or processes. Peak Cookie, as a concept, is uninformative of the social dynamics, demographics, and collective individual proclivities of the household, which really are the things that matter.

This analogy reveals the fact that the “peak” (measured as production) is only part of a function of how much substance (cookies, oil) there is, and is, until the amount of substance is just about to run out, more a function of other things. For oil, this includes knowledge (of oil deposits), technology (to extract harder to get at oil), geopolitics (some oil is in countries that are currently in a snit, or that we don’t talk to), and of course, economics.

And, really, what I want to know about, and what you want to know about, is our own personal peak oil, or more manageably, our encompassing society’s peak oil. For instance, if a large deposit of oil is unavailable because we say so (for conservation reasons unrelated to petroleum) or political reasons (because it is buried beneath an enemy’s territory) then we can’t count that oil in our calculations of availability, and thus, extraction. Oil that is in our own country and not under a national park, on the other hand, is different.

In this way, perhaps a better way to think about Peak Oil is to look at the historical complexity of the process of bringing this fossil (oil is a fossil) to a place and refine it to a form that we can burn in our homes, cars or factories. Looked at it this way, from the perspective of the United States, we have had several “Peak Oil” moments.

Not counting whale oil, we experienced our first Peak Oil moment when the vast oil fields in Texas and Oklahoma and a few other places started to dry up. When that happened we started to buy more oil from countries that we really had very little respect or love for. Today, we get a fair amount of oil from a region of the world where we occasionally have to go to war to keep that oil supply open. And, we have to look the other way when the governments of those countries continue with highly objectionable policies. Imagine having a two grocery stores near your house. One of them is run by a really nice family, pillars of the community, your kids go to school with their kids, everything is fine. The other is run by a paroled sex offender who is also suspected of being a mass murderer. Plus he is a jerk. At first you always get your groceries at the store run by the nice family. But then they retire and move to Florida and you are now forced to do business with the child molesting, mass murdering jerk, because you really have no other option. That is a moment when the cost of grocery shopping, no matter what the cost of the actual groceries, becomes very high. That is a kind of peak groceries. It has little to do with the economics of the groceries. And yes, “Peak Oil” as traditionally defined is usually embedded in an economic model. This is why my suggestion of what “Peak Oil” means is different: When you (metaphorically) sell your soul to continue to obtain a resource, you’ve reached a moment in time that is very important.

The initiation of serious off shore drilling is another moment in the extraction of oil. Off shore drilling is expensive and dangerous at many levels. In the United States we shifted towards off shore drilling as our on-land deposits were worn out, and because it is somewhat cheaper (sometimes) to take nearby offshore oil than foreign near-the-surface on-land oil, and for geopolitical reasons. Those costs may not always be expressed in the “spot” prices of oil in dollars per barrel. But they are real costs.

Fracking is something that has been done for years. It is a nice trick to extract more from a deposit that has started to become tenacious. The technique is used for water, liquid petroleum, and gas. It is messy and expensive and usually results in a flow of product that soon diminishes, so whatever investment was made in the process initially does not have long term benefit. When you start fracking, that means you’ve reached one of those peaks. You are doing something you really didn’t want to do because availability or cost of the same product through other means is diminished.

The Canadian Oil Sands and other tar sands type oil has been known of for years, but it has been very little exploited. It is dirty, dangerous, expensive, and often inconveniently located. But we have been using more and more of this undesirable resource, and we are talking about using a LOT more of it in the near future. The costs of using this type of resource, aside from the continued pouring of fossil carbon (as carbon dioxide) into the atmosphere, are huge. But we are doing it. Another peak.

The alternative way of thinking about Peak Oil proposed here has the benefit of being more realistic and useful because it identifies not one peak but rather multiple peaks. Also, and this is important, one aspect of this definition of Peak Oil that is new is not to measure price or some overall measure of availability which might exclude significant costs (known as “external costs”), but rather, to identify the things we really do to continue to extract the resource. Over time we are doing more and more difficult and costly things, with many of these costs going well beyond price of the product. Such extra costs include deadly warfare and allowing governments and media to be taken over by the petroleum industry with all sorts of negative side effects that go well beyond the extraction, refining, and shipping of petroleum products.

Every major shift in strategy of access to ancient petroleum can be interrogated as a possible “Peak Oil” moment.

Yes, yes, I fully understand that I’ve strayed very far away from the usual definition of Peak Oil. But in so doing, I think I’ve pointed out a more important reality inherent in the business of extracting a non-renewable resource from the earth. A simple Peak Oil curve is the subject of a great deal of argument and speculation. The problem is, this argument and speculation tends to miss the point. We are like an addict with easy access to some drug that is highly addictive, gets you really high, is not too expensive, and can be easily obtained. Then the drug source runs dry so we seek out shadier sources and start to get in trouble. Then those sources start to dry up so we turn to different drugs with more severe health effects. But that starts to become less available, and paying for it gets more difficult so, eventually, we start rooting around under the sink for anything that looks consumable and might serve to get us high or at least, knock us unconscious. Eventually, we hit the drain cleaner. That kills us. There was not a smooth curve of availability of opium that went smoothly up and down. Rather, there was a series of shifts from a not so bad thing to a worse thing to an even worse thing to the horrid end and they find our body under the back porch where we were rooting through the recycling looking for spent cans of shaving cream.

Peak Oil is a gloss. The real story is a tragedy with several acts.


Peak Oil graph from Wikipedia

There are two Sochis

The Winter Olympics are just around the corner. They will be held in “Sochi,” Russia. But as is the case with so many things in life, it is not that simple.

When we refer to the venue, we tend to mention Sochi in part because some of the events will be held there and in part because it is on most maps. But the Olympics will be held at more than one location, as is often the case.

The 2014 Winter Olympics, aka the XXII Olympic Winter Games will occur from the 7th to the 23rd of February in Sochi proper, on the Black Sea, and inland at Krasnaya Polyana.

Sochi is a resort city on the Black Sea coast with a subtropical climate, including rather mild winters. In February, the average low is 36.5 F, and the average high is 50.7 F. There will be no snow there. In fact, it may rain for part of the Olympics.

Krasnaya Polyana is inland, in the Caucasus Mountains. The base elevation there, where we find the Rosa Khutor ski resort, is 1,840 feet, with higher elevations along the ski slopes reaching over 7,600 feet.

Indoor events such as hockey will be held in Sochi, outdoor snow events will be held at the resort in Krasnaya Polyana.

This has caused some confusion in the on-line discussion of the games. First, it is true that early snows in the mountains failed to materialize this year, so there was concern there might be a snow-free Olympics. Second, if you look up the forecasts or research the climate of “Sochi” itself, you’ll find that it is expected to be mild there and that snow is just not something you see very often in Sochi. But the snow only has to fall in the mountains. It is perfectly OK if rain falls, mainly, on the plains along the Black Sea.

But, the discussion of snow at this or any other Olympic event, in light of Climate Change, is important. We have seen over the last five or ten years wild swings in snowfall amounts (or, for that matter, rain) in ski resorts all around the world. In reference to American ski resorts,

The roughly 300 small mom and pop ski resorts in the United States are emerging as the first victims of climate change. As snowpacks shrink, glaciers recede, and temperatures inch upward, these operations are merely trying to make payroll, which makes paying for more snowmaking, investing in renewable energy, or other strategies for addressing these problems, untenable. That’s according to three CEOs from the other end of the resort spectrum—Aspen/Snowmass, Jackson Hole and Whistler Blackcomb—and it’s one of a litany of reality checks that punctuated two panel discussions at San Francisco’s Commonwealth Club Tuesday evening.

…research over several decades has shown 1.5- to 2-percent declines in snow in spring in North America, per decade. That might not sound like a precipitous change, but … this will translate into real losses for ski resorts at lower elevation and those in the warm ranges of the Pacific Northwest. “No one wants to come to the ski lodge when it’s drizzling out. Today, in the Pacific Northwest, where we have a lot of warm winters, maybe 30 to 50 percent of these ski areas have warm winters now,” [said Anne Nolin, professor of geosciences and hydroclimatology, Oregon State University], noting that a warm winter is one in which the average of one of the core winter months is 0 degrees Celsius or higher. “That will be pushed up to 70, 80 or even 100 percent of these areas having warm winters in 20 years.”

So, Krasnaya Polyana, the Sochi ski venue (and it is technically in the polity of Sochi) is subject to both warming from climate change and the kind of variation in precipitation and temperature that comes with the “new normal.” However, when discussing Sochi, or reading about it, please remember to keep in mind that there are “two Sochis” … a coastal subtropical resort area and a mountain venue with, normally, good snow.

The hosts have been making piles of snow, they stockpiled snow from last year (yeah, that’s a thing, apparently), and snow is in the forecast over the next several days at Krasnaya Polyana. Now, I’m not trying to be a Pollyanna about this, but the chances that there won’t be enough snow to have the games is low.

I’ll also quickly remind everyone that this uncertainty plagued Vancouver as well. Also, it was a problem at Lake Placid, but that is probably because in February Lake Placid tends to get, or so the local mythology says, a period of rain and ice storms.

And, generally, we may just have to live with the newly emerging but soon to be perennial problem that warm weather wrecks winter Olympics and hot weather menaces summer games. Perhaps we should build a Huge Dome and have all our sports in there.


Images and most of the facts courtesy of Wikipedia.


A rollicking adventure through the rift valley and rain forests of Central Africa in search of the elusive diminutive ape known locally as Sungudogo.
A rollicking adventure through the rift valley and rain forests of Central Africa in search of the elusive diminutive ape known locally as Sungudogo.
More on climate change HERE.

Also, check out my novella, Sungudogo, HERE. It is an adventure story set in Central Africa which ultimately turns out to be a parody of the skeptics movement. It seems to have struck a nerve with a few of the skeptics, while others seem to have enjoyed it. Who knew?

An Argument Against Building the Keystone XL Pipeline

There are a number of arguments against building the Keystone XL Pipeline, but there is only one that counts. We have to keep the carbon in the ground. Building the pipeline is not that.

We’ve discussed this before.

There is now short video ad from Keystone Truth that makes a more specific argument. It isn’t really an argument against building it (see above for that) but rather, a more detailed look at what Keystone XL involves, putting a finer edge, perhaps, on why it should be opposed by Americans. The ad, titled “Sucker Punch – Keystone Truth,” is designed to inform Americans that they are probably getting suckered by the builders of Keystone. Keystone supporters claim that by linking the Canadian Tar Sands to the Gulf Coast of the United States we would become “energy independent.” But there is good reason to believe that the whole point of Keystone is to provide an efficient way to move the tar sands gunk through, not to, the United States for sale overseas. Furthermore, the ad claims, probably correctly, that one of the major financial backers of this effort, perhaps even the major backer, is China. (China has invested 30 billion of the 100 billion invested so far. I believe this is the largest single investment.) It makes sense that a plan to move Canadian tar sands gunk out to the rest of the world would involve foreign investors, and it also makes sense that China would be one of these, if not the Big Panda in the room, because China has the cash to do this. And, probably, the thirst for the gunk itself.

Here is the ad:

It is possible to see the ad as “Red Bating.” This is where we prey on American anti-Asian racism, which often involves the tropes of the clever Oriental Entity and/or the Red Scare. It makes China a bad guy using themes that reach back into American cultural history to exploit long established and deep racialized hatred and mistrust.

This may be true. But it is also true that the ad does not really invoke any of the traditional symbols of this sort of thing. Yes, it shows a lot of red along with the China part of the story, and the red flag with the stars on it, and it even highlights, using a B&W vs. Color contrast, the red in the Chinese Flag and the red in the Canadian flag. But, it is also true that red is the color of China and is used abundantly by the Chinese in pro-China patriotic depiction and decoration, especially in places like … well, like Red Square. Also, that is the Chinese flag and that is the Canadian flag. And China really is investing a lot of money to get the tar sands gunk to a particular market where they will benefit.

One could say that the Chinese, the Canadians, the pro-Keystone Americans, and the Keystone corporate structure are all depicted as the capitalists they are. Running dog capitalists even, if I may borrow a phrase. But yes, the ad not so subtly allows for viewers to make the link to deep seated fear and distrust.

So here we go again. Progressive liberal left wingers (left wingers!) heavily analyzing our own message (because this is a message that works for our side) and possibly even fighting over how to make the argument to the extent that we weaken the argument ourselves. But we keep our integrity. The reason the right wing wins so many of these battles of rhetoric is because they almost never do that.

Suckers. We are. But perhaps we like it that way.

UPDATE: We may be hearing more about Keystone XL on Thursday.

The Alaskan Winter That Never Was?

I had heard it was warm in Alaska, but holy moly, I didn’t know it was THIS warm. Above is an anomaly map showing the Drunken Arctic Air in central and eastern Canada and the US in contrast with the very (relatively) warm air over western Canada and Alaska. Remember, these are anomalies, not absolute temperatures. But still, it is warm enough in at least parts of Alaska that lakes that are normally well frozen by now are not frozen at all and may not even freeze this winter.

Here are photographs taken by A.M.Mueller on January 25th 2014 in Skilak Lake, Kenai Peninsula, Alaska, and passed on for posting, with some commentary.

Alaska Kenai Peninsula, January, -- 60F, at least in the sun … in the 50s without sun. Super warm for weeks on end.
Alaska Kenai Peninsula, January, — 60F, at least in the sun … in the 50s without sun. Super warm for weeks on end.
“Normally” this is covered in snow and Skilak Lake is frozen. The lake is still completely open and may not freeze at all this winter.
“Normally” this is covered in snow and Skilak Lake is frozen. The lake is still completely open and may not freeze at all this winter.
The clouds were quite a sight too ….
The clouds were quite a sight too ….
More clouds and open water.
More clouds and open water.

Meanwhile, it is so cold here in Minnesota that we could not go outside and play in the snow. So we brought some of the snow inside:

P1010097

The Global Warming Hiatus, 2013, And Some Data (#FauxPause)

First, there is no hiatus. Climate science skeptics claim that warming stopped in 1998. It didn’t. Stefan Rahmstorf has a nice post placing 2013 in context with the most recent data, HERE. Just click the “translate” button to read it in your favorite language.

UPDATE: Stefan’s post is now HERE on Real Climate, in English.

Stefan has a bunch of great graphics that you will enjoy. Following his lead I’ve decided to make a graphic or two myself.

First, the data. NASA has this data to which people often refer when discussing global warming. I took that database and fixed it up a bit. I deleted the first year because there’s some missing data and who cares about only one year anyway. Then, I converted all the values to degrees C rather than hundreds of degrees off a baseline. I also calculated a rank for each year in reference to the entire database. You can download the data as a comma delimited file here. Let me know if that link doesn’t work for you, I’ll be happy to send you the file. Please cite the original (linked to above) if you use this.

Using these data I made this handy graphic showing “surface temperatures” (air and sea surface) over time from 1881 to the present.
GlobalAverageTemperatureOverTime

When people talk about the hiatus in climate change, or the pause in climate change, what this means is that the slope of the temperature curve for a particular period of time is at or near zero, or negative. What actually happens is that the slope of the curve for a given interval, say 10 years, goes up and down over time. If the temperature was varying around a mean, and not going up over time, the sum of those slopes would be zero, but if there is an average increase in temperature the sum of all the different slopes (of a given interval) one can calculate will be positive.

This is actually a slightly strange way of looking at the data, but I think it is constructive, especially given that the so-called-pause is a dead horse and we are hear to beat it. Look at the chart above. Imagine taking any given ten year period and calculating a slope for that period. Then another and another and another, until you’ve measured out a slope for every ten year period … not just every ten years, but every possible interval of ten consecutive years. This would be a “moving slope” and a graph of it would look like this:

10-year-moving-slope-of-GlobalAverageTemperatureOverTime

What this shows is that for the vast majority of ten year intervals since 1889 (so the first interval is 1880-1889) the slope of the temperature curve is positive, going up, increasing. It also shows what looks like a remarkably periodic increase and decrease in this slope, with only a few dips below zero. That’s presumably due to oscillations such as ENSO or other factors. Also, most of those dips are from fairly far back in time, and this happens rarely in recent years. We are currently in a period of positive change (upward temperature swings) but currently reduced. But if you look at this graph you can see that there are OFTEN periods of time when the upward slope is very high and other periods when it is very low but still above zero almost always. I hope this helps put the “hiatus” into perspective.

I also made this graph of each year’s rank for the entire period represented by the data set.

Screen Shot 2014-01-26 at 7.03.12 PM

Again, this is a slightly unusual way of depicting the data, but it may be helpful. All of the highest ranked years … top ten or so … are from very recent time. The graph has grid lines at every 10 ranks. This lets you quickly identify the period of time over which the top 10, or 20, or 30, or whatever, warmest year according to this data set occurred. There are no top ten years prior to about 1998. All of the top 30 warmest years post date the early 1970s. And so on.

OK, so let’s look at the hiatus again. The hiatus is supposed to be a period of no global warming since 1998. Here’s a closeup of the original chart (above) for that period of time:

TheSoCalledHiatus

What we see here, with the trend line included to make it easier to read, is an increase in global temperature, on average, during this so called hiatus period. But, by picking 1998 as a starting point, climate science denialists have managed to flatten the curve out quite a bit. That’s called cherry picking.

Now let’s arbitrarily double the period of interest, to include the entire so-called hiatus and the same amount of time back before the so-called hiatus. What does the graph look like then? Here, I’ve tried to keep all the scales the same so you can see the shorter “hiatus” period as part of this larger graph. You can also see that 1998 was an exceptionally warm year, which is why you’d want to pick it as the beginning of your fake hiatus period if you were a damn liar. Have a look.

TheSoCalledHiatusTwice

Let’s look at those so called hiatus years in yet another way. Here, we have the graph of the temperature by years (with the upward sloping trend line indicating continued warming even though it is supposed to be a “pause”) and at each node I’ve written in the rank order of the year for the instrumental record. Note that tied years share a number. Basically, this period of “hiatus” is a very very warm period indeed, with temperatures trending upward during the entire period, looking only at the earth’s surface. (Elsewhere we’ve discussed how there is also heat going into the oceans. See links below.)

RankOrderDuringHiatus

Since the climate science denialists have chosen a period of time of 16 years to describe a so-called “hiatus” which is not really a hiatus, I thought it would be fun to chunk out the data for the entire time period into 16 year intervals, starting with the most recent and going back to 1886. When viewed using these time intervals, we see overall warming with the most recent years seeing accelerated warming. Have a look:

Screen Shot 2014-01-26 at 7.07.36 PM

These are all first drafts and if I get reasonable suggestions I may make new versions with corrections, additions, etc.

Global warming. It’s for real.

Other posts related to the #fauxpause:

The Truth About Global Warming’s Famous Slowdown

Why you sound so stupid when you say “global warming has stopped”

About That Global Warming Hiatus… #Fauxpause

Climate Matters: Weather Systems Stalling

Paul Douglas from Weather Nation on weather whiplash, the latest on the Polar Vortex, Sochi weather problems. And, the 30-30-30 rule, which is good to know.

Published on Jan 24, 2014
“It seems like the weather, increasingly, is getting stuck.” Meteorologist Paul Douglas explains this weather pattern that seems to be stuck in a rut. Swells, drought and a polar vortex! Learn how it is impacting everywhere from Hawaii/Alaska all the way to Europe. The Winter Olympics may feel more like the Summer Olympics!