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Saturday, December 25, 2010

Jeff Masters: The stunning extremes we witnessed gives me concern that our climate is showing the early signs of instability


Munich Re: "The only plausible explanation for the rise in weather-related catastrophes is climate change"



by Joseph Romm, Climate Progress, December 23, 2010

A year of deadly record-smashing weather extremes from Nashville to Moscow, from the Amazon to Pakistan, ended with staggering deluges from California — “Rainfall records weren’t just broken, they were obliterated” — to Australia:
More than a year’s rain fell in Carnarvon in just 24 hours this week.  A monsoonal low hovering over the Gascoyne dumped a 24-hour record 204.8 mm, smashing the previous record of 119.4 mm set on March 24, 1923.
NASA reported that it was the hottest ‘meteorological year’ [December to November] on record and likely to be the hottest calendar year.

Uber-meteorologist and former NOAA Hurricane hunter Dr. Jeff Masters of Weather Underground reported, “The year 2010 now has the most national extreme heat records for a single year–nineteen. These nations comprise 20% of the total land area of Earth. This is the largest area of Earth’s surface to experience all-time record high temperatures in any single year in the historical record.”
This was a year that the scientific literature became clearer that global warming is driving more extreme weather, hell and high water (see Study: Global warming is driving increased frequency of extreme wet or dry summer weather in southeast, so droughts and deluges are likely to get worse) — and it is likely to get much, much worse if we stay anywhere near our current emissions path (see “A stunning year in climate science reveals that human civilization is on the precipice” and “Must-read NCAR analysis warns we risk multiple, devastating global droughts even on moderate emissions path“).

But this was also very much a year of living dangerously right now for people around the globe:
As Craig Fugate, who heads the U.S. Federal Emergency Management Agency, put it last week, “The term ‘100-year event’ really lost its meaning this year.”  Tamino calculates (at length) that global warming made the Moscow heat wave roughly eight times more likely:  “Without global warming, this once-in-a-century-or-two event would have been closer to a once-in-a-millenium event.”  On our current emissions path, Russia’s grain-export-ending heat wave and drought could be a once every decade event — or even more frequent.

I queried both Dr. Masters and Dr. Peter Hoeppe, Head of the Geo Risks Research Department at Munich Re, one of the world’s leading reinsurers, about this astonishing year.  Here’s what Dr. Masters wrote me:
In my thirty years as a meteorologist, I’ve never seen global weather patterns as strange as those we had in 2010. The stunning extremes we witnessed gives me concern that our climate is showing the early signs of instability. Natural variability probably did play a significant role in the wild weather of 2010, and 2011 will likely not be nearly as extreme. However, I suspect that crazy weather years like 2010 will become the norm a decade from now, as the climate continues to adjust to the steady build-up of heat-trapping gases we are pumping into the air. Forty years from now, the crazy weather of 2010 will seem pretty tame. We’ve bequeathed to our children a future with a radically changed climate that will regularly bring unprecedented weather events–many of them extremely destructive–to every corner of the globe. This year’s wild ride was just the beginning.
You can hear an extended interview of Dr. Masters and meteorologist Dr. Heidi Cullen and Dr. Kevin Trenberth of the National Center for Atmospheric Research, on last week’s Living on Earth, “The Wild Weather of 2010.”  Trenberth, head of NCAR’s Climate Analysis Section, said on that show, “Some [weather events] we’ve had this year it’s clear– even though the research has not been done in detail yet –that the odds have changed, and we can probably say some of these would not have happened without global warming, without the human influence on climate.”

In an exclusive interview with ClimateProgress earlier this year, Trenberth explained a key connection between human-caused global warming and superstorms:
“I find it systematically tends to get underplayed and it often gets underplayed by my fellow scientists. Because one of the opening statements, which I’m sure you’ve probably heard is “Well you can’t attribute a single event to climate change.” But there is a systematic influence on all of these weather events now-a-days because of the fact that there is this extra water vapor lurking around in the atmosphere than there used to be say 30 years ago. It’s about a 4% extra amount, it invigorates the storms, it provides plenty of moisture for these storms and it’s unfortunate that the public is not associating these with the fact that this is one manifestation of climate change. And the prospects are that these kinds of things will only get bigger and worse in the future.”
Back in August, Trenberth told the NY Times, “It’s not the right question to ask if this storm or that storm is due to global warming, or is it natural variability. Nowadays, there’s always an element of both.”

“Given the association of extreme weather and climate events with rising global temperature, the expectation of new record high temperatures in 2012 also suggests that the frequency and magnitude of extreme events could reach a high level in 2012. Extreme events include not only high temperatures, but also indirect effects of a warming atmosphere including the impact of higher temperature on extreme rainfall and droughts. The greater water vapor content of a warmer atmosphere allows larger rainfall anomalies and provides the fuel for stronger storms driven by latent heat.”
Munich Re, one of the world’s leading reinsurers, issued a news release in late September, “large number of weather extremes as strong indication of climate change,” which noted:
Floods in central Europe, wildfires in Russia, widespread flooding in Pakistan. The number and scale of weather-related natural catastrophe losses in the first nine months of 2010 was exceptionally high.  Munich Re emphasises the probability of a link between the increasing number of weather extremes and climate change. 
Globally, 2010 has been the warmest year since records began over 130 years ago, the ten warmest during that period all falling within the last 12 years. The warmer atmosphere and higher sea temperatures are having significant effects. Prof. Peter Höppe, Head of Munich Re’s Geo Risks Research/Corporate Climate Centre: “It’s as if the weather machine had changed up a gear. Unless binding carbon reduction targets stay on the agenda, future generations will bear the consequences.” 
Munich Re recorded a total of 725 weather-related natural hazard events with significant losses from January to September 2010, the second-highest figure recorded for the first nine months of the year since 1980. Some 21,000 people lost their lives, 1,760 in Pakistan alone, up to one-fifth of which was flooded for several weeks. Overall losses due to weather-related natural catastrophes from January to September came to more than US$ 65bn and insured losses to US$ 18bn. Despite producing 13 named storms, the hurricane season has been relatively benign to date, the hurricanes having pursued favourable courses. 
Munich Re’s natural catastrophe database, the most comprehensive of its kind in the world, shows a marked increase in the number of weather-related events. For instance, globally there has been a more than threefold increase in loss-related floods since 1980 and more than double the number of windstorm natural catastrophes, with particularly heavy losses as a result of Atlantic hurricanes. 
The rise in natural catastrophe losses is primarily due to socio-economic factors. In many countries, populations are rising, and more and more people moving into exposed areas. At the same time, greater prosperity is leading to higher property values. Nevertheless, it would seem that the only plausible explanation for the rise in weather-related catastrophes is climate change. The view that weather extremes are more frequent and intense due to global warming coincides with the current state of scientific knowledge as set out in the Fourth IPCC Assessment Report 
There are at present insufficient data on many weather risks and regions to permit statistically backed assertions regarding the link with climate change. However, there is evidence that, as a result of warming, events associated with severe windstorms, such as thunderstorms, hail and cloudbursts, have become more frequent in parts of the USA, southwest Germany and other regions. The number of very severe tropical cyclones is also increasing. One direct result of warming is an increase in heatwaves such as that experienced in Russia this summer. There are also indications of a higher incidence of atmospheric conditions causing air mass formation on the north side of the Alps and low-lying mountain ranges, a phenomenon which can result in floods. Heavy rain and flash floods are affecting not only people living close to rivers but also those who live well away from traditionally flood-prone areas. Although climate change can no longer be halted, even with the help of very ambitious schemes, it can still be curbed.
Dr. Peter Hoeppe, Head of the Geo Risks Research Department at Munich Re, had been (incorrectly) quoted by AFP saying, “The first nine months of the year have seen the highest number of weather-related events since Munich Re started keeping records.”  I asked him about that and about Munich Re’s assertion that climate change is driving the increase in weather-related catastrophes.  He wrote me:
I never said that 2010 is the year with the highest number of weather related loss events, it is the second highest after 2007. Currently (December 23) we have reached the number of 931 nat cat loss events, 849 of them being caused by weather related events. The still record year is 2007 with a total of 1043 events, 943 weather related. For me the most convincing piece of evidence that global warming has been contributing already to more and more intense weather related natural catastrophes is the fact that while we find a steep increase in the number of loss relevant weather events (about tripling in the last 30 years) we only find a slight increase in geophysical (earthquake, volcano, tsunami) events, which should not be affected by global warming. If the whole trend we find in weather related disaster should be caused by reporting bias, or socio-demographic or economic developments we would expect to find it similarly for the geophysical events. By the way the assumption that climate change is increasing the risk of extreme weather events is backed by IPCC.
This is all one big coincidence for the anti-science disinformers.  But for the rest of us, the really scary part is that we’ve only warmed about a degree and a half Fahrenheit in the past century.  We are on track to warm five times times that or more this century (see M.I.T. doubles its 2095 warming projection to 10 °F — with 866 ppm and Arctic warming of 20 °F ).

In short, we ain’t seen nothing yet!

Update:  Brad Johnson has some iconic photos of extreme weather events here:

RUSSIA BURNING: As central Russia suffered through its hottest summer in thousands of years, hundreds of wildfires swept the countryside, causing billions in damage. Russians here try to stop a fire from spreading near the village Golovanovo, Ryazan region, on August 5, 2010. (NATALIA KOLESNIKOVA/AFP/Getty Images)


PAKISTAN FLOODS: Starting in July and lasting for months, some of the worst flooding in Pakistan’s history took place – at one point nearly one fifth of the country was underwater. Here, Pakistani flood victim Mohammed Nawaz hangs onto a moving raft as he is rescued by the Pakistan Navy, August 10, 2010, in Sukkur, Pakistan. (Paula Bronstein/Getty Images)


WEATHER BOMB: Visible satellite image of the October 26, 2010, superstorm taken at 5:32 p.m. EDT. At the time, Bigfork, Minnesota, was reporting the lowest pressure ever recorded in a U.S. non-coastal storm, 955 mb. (NASA/GSFC)
Link:  http://climateprogress.org/2010/12/23/the-year-of-living-dangerously-masters-weather-extremes-climate-change/ 

Expect more extreme winters thanks to global warming, say scientists

Expect more extreme winters thanks to global warming, say scientists

by Steve Connor, Science Editor, The Independent, December 24, 2010


Scientists have established a link between the cold, snowy winters in Britain and melting sea ice in the Arctic and have warned that long periods of freezing weather are likely to become more frequent in years to come.
An analysis of the ice-free regions of the Arctic Ocean has found that the higher temperatures there caused by global warming, which have melted the sea ice in the summer months, have paradoxically increased the chances of colder winters in Britain and the rest of northern Europe.
The findings are being assessed by British climate scientists, who have been asked by ministers for advice on whether the past two cold winters are part of a wider pattern of climate change that will cause further damaging disruption to the nation's creaking transport infrastructure.

Some climate scientists believe that the dramatic retreat of the Arctic sea ice over the past 30 years has begun to change the wind patterns over much of the northern hemisphere, causing cold, Arctic air to be funnelled over Britain during winter, replacing the mild westerly airstream that normally dominates the UK's weather.
The study was carried out in 2009, before last year's harsh winter started to bite, and is all the more prescient because of its prediction that cold, snowy winters will be about three times more frequent in the coming years compared to previous decades.
The researchers used computer models to assess the impact of the disappearing Arctic sea ice, particularly in the area of the Barents and Kara seas north of Scandinavia and Russia, which have experienced unprecedented losses of sea ice during summer.
Their models found that, as the ice cap over the ocean disappeared, this allowed the heat of the relatively warm seawater to escape into the much colder atmosphere above, creating an area of high pressure surrounded by clockwise-moving winds that sweep down from the polar region over Europe and the British Isles. Vladimir Petoukhov, who carried out the study at the Potsdam Institute for Climate Impact Research in Germany, said the computer simulations showed that the disappearing sea ice is likely to have widespread and unpredictable impacts on the climate of the northern hemisphere.
One of the principal predictions of the study was that the warming of the air over the ice-free seas is likely to bring bitterly cold air to Europe during the winter months, Dr Petoukhov said. "This is not what one would expect. Whoever thinks that the shrinking of some far away sea-ice won't bother him could be wrong. There are complex interconnections in the climate system, and in the Barents-Kara Sea we might have discovered a powerful feedback mechanism," he said.
In the paper, submitted in November 2009 but published last month in the Journal of Geophysical Research, Dr Petoukhov and his colleague Vladimir Semenov write: "Our results imply that several recent severe winters do not conflict with the global warming picture but rather supplement it."
Arctic sea ice has been in retreat over recent decades, with record lows recorded in September 2007. The normal recovery of the sea ice during winter has also been affected, especially in the Barents and Kara seas which have seen significant losses of ice cover over the past decade.
Stefan Rahmstorf, professor of physics of the oceans at the Potsdam Institute, said the floating sea ice in winter insulates the relatively warm seawater from the bitterly cold temperatures of the air above it, which can be around -20C or -30C.
"The Arctic sea ice is shrinking and at the moment it is at a record low for mid-to-late December, which provides a big heat source for the atmosphere," Professor Rahmstorf said. "The open ocean actually heats the atmosphere above because the ocean in the Arctic is about 0C, and that's much warmer than the atmosphere about it. This is a massive change compared with an ice-covered ocean, where the ice operates like a lid. You don't get that heating from below.
"The model simulations show that, when you don't get ice on the Barents and Kara seas, that promotes the formation of a high-pressure system there, and, because the airflow is clockwise around the high, it brings cold, polar air right into Europe, which leads to cold conditions here while it is unusually warm elsewhere, especially in the Arctic," he explained.
The scientists emphasised that the climate is complex and there were other factors at play. It is, they said, too early to be sure if the past two cold winters are due to the ice-free Arctic.
"I want to be cautious, but basically in the past couple of months the sea ice cover has been low and so, according to the model simulations, that would encourage this kind of weather pattern," Professor Rahmstorf said.
"The last winter of 2009-10 turned out to be fitting that pattern very well, and perhaps this winter as well, so that is three data points. I would say it's not definite confirmation of the mechanism, but it certainly fits the pattern," he said.
The computer model used by the scientists also predicted that, as the ice cover continues to be lost, the weather pattern is likely to shift back into a phase of warmer-than-usual winters. Global warming will also continue to warm the Arctic air mass, Professor Rahmstorf said.
"If you look ahead 40 or 50 years, these cold winters will be getting warmer because, even though you are getting an inflow of cold polar air, that air mass is getting warmer because of the greenhouse effect," he said. "So it's a transient phenomenon. In the long run, global warming wins out."

December Arctic Sea Extent actually decreases, goes to lowest level ever recorded for the month of December

Please click on graph to enlarge.

Exclusive interview: NCAR’s Trenberth on the link between global warming and extreme deluges New England, Tennessee, Oklahoma.... Who's next? [Pakistan, Los Angeles, Las Vegas]


New England, Tennessee, Oklahoma.... Who's next?



by Joe Romm, Climate Progress, June 14, 2010

I find it systematically tends to get underplayed and it often gets underplayed by my fellow scientists. Because one of the opening statements, which I’m sure you’ve probably heard is “Well you can’t attribute a single event to climate change.” But there is a systematic influence on all of these weather events now-a-days because of the fact that there is this extra water vapor lurking around in the atmosphere than there used to be say 30 years ago. It’s about a 4% extra amount, it invigorates the storms, it provides plenty of moisture for these storms and it’s unfortunate that the public is not associating these with the fact that this is one manifestation of climate change. And the prospects are that these kinds of things will only get bigger and worse in the future.
That’s Dr. Kevin Trenberth, head of the Climate Analysis Section at the National Center for Atmospheric Research, on the warming-deluge connection.  I interviewed him a couple weeks ago about Tennessee’s 1000-year deluge aka Nashville’s ‘Katrina’.

The latest record-smashing superstorm makes his comments even more timely — see Capital Climate’s “Oklahoma City Paralyzed By Flash Floods.”  As with Tennessee, New England, and Georgia, what makes OK’s deluge doubly remarkable is that it was not the remnant of a tropical storm (see “Weather Channel expert on Georgia’s record-smashing global-warming-type deluge“).

Here is the audio (plus transcript) of the interview with one of the country leading scientific authorities on climate change and extreme weather:

Part I: 

Part II: 

Note:  I sent the transcript to Dr. Trenberth, so it has been corrected in a couple of places.  You can find links to the studies Dr. Trenberth refers to here:  “Northeast hit by record global-warming-type deluge.”  Before the interview, I sent him this jaw-dropping figure (explained here):

Nashville1 5-10

Joseph Romm: I wanted to talk mostly about this Tennessee rain storm which didn’t get a lot of attention. And the potential link to global warming got virtually no attention at all. I sent you this link that the National Weather Service and NOAA put together of just how extreme an event it was.

Kevin Trenberth: Yes I just looked at it.

JR: This seems astounding to me. I’ve never seen anything like this. I’d just be interested in your thoughts on the unprecedented nature of this storm, and how you would characterize it in an age where scientists predicted as we warmed we’d get these kind of extreme deluges.

KT: That’s indeed true and that’s consistent with the expectations with regards to global warming. It’s also consistent with things that we’ve already seen … including happening in the US. So there was a study a few years ago now, that only went through 2002 but it was looking at the 20th century and at that point the average rainfall over the 48 contiguous states had gone up 7% but the heavy rainfall events had gone up 20%. And so the heavy rainfall events have been documented as increasing across the United States.

There was a more recent study that looked at somewhat different statistics and showed that the really heavy rainfall events — the top 1% and the top 0.3% — had gone up at even more alarming levels something like 27% as I recall over the last 30 or 40 years [actually 1967 to 2006]. And indeed most of those changes have occurred since about 1970.

Now the physical cause for this is very much related to the water vapor that flows into these storms. And these kinds of storms, well all storms for that matter, reach out on average — this is very much a gross average — about 4 times the radius or 16 times the area of the region that’s precipitating, the rain. And for these kinds of storms a lot of the moisture is coming out of the sub-tropical Atlantic and even the tropical Atlantic; some of it comes out of the Gulf of Mexico. And so the moisture actually travels about 2000 miles where it gets caught up in these storms and then it rains down. And the key thing is, that in the tropical and sub-tropical Atlantic the sea temperatures are at very high levels and in fact they’re the highest on record at the moment right in the eastern tropical Atlantic. It’s going to be interesting to see what that does for this hurricane season coming up.

For every one degree Fahrenheit increase in sea temperature, the water holding capacity for the atmosphere goes up by 4%. And since the 1970s on average there’s about a 4% increase in water vapor over the Atlantic Ocean and when that gets caught into a storm, it invigorates the storm so the storm itself changes, and that can easily double the influence of that water vapor and so you can get up to an 8% increase, straight from the amount of water vapor that’s sort of hanging around in the atmosphere. This is reasonably well established.

And so then, when you have the right conditions, and in the spring time, these conditions tend to occur, and the storm stalls a little bit (it ran up against a roadblock for a while), then this is one of the consequences.

So although a lot of aspects of this is the sort of thing that happens is weather and natural variability, one could easily argue that up to about a 10% enhancement of this is associated with global warming. And possibly even more in terms of some of the other things that are going on but which are much harder to pin down. So that’s the link.

It’s directly related to the fact that there’s more water vapor in the atmosphere. There’s warmer sea temperatures over the ocean that provide that moisture in the atmosphere. And then the right storm comes along, the right conditions, especially slow moving, and bingo.

JR: Stu Ostro, the senior meteorologist of the Weather Channel, he wrote a post on the storm that hit Georgia in the fall, and he talked about the atmospheric warming resulting in increase in the 1000 to 500 millibar thickness creating … basically an increase in 500 millibar heights.

KT: Right, It’s warmer in the lower half of the atmosphere, yes.

JR: This, what he called, “exceptionally strong ridges of high pressure sometimes accompanied by strong, persistent cut off flows…. So this is sort of another aspect of the climate change.

KT: Yes, The change in the storm tracks, or the change in the weather patterns is an aspect of it. That’s a little harder to pin down as directly relating to global warming. There might be some natural variability aspects to that, but you’ve only got to look around and so last year, if my memory serves me right, there was extensive flooding along the Mississippi River, and they were talking about 500 year storms, and yet in 1993 they had similar flooding along the Mississippi River, and again they were talking about 500 year storms. Here you are having these 500 year storms so to speak in slightly different areas but at the same time of year. This is a part of a pattern that exists.
We’ve seen other examples out in Seattle last year, and also of course the flooding in New England and the exceptionally heavy snow storms in Washington, DC, this year…. 

The same mechanism actually applies to the heavy snow, all you have to do is have the right weather conditions and for it to be cold enough and this precipitation just turns into snow. The very heavy snowfall amounts are actually related to the fact that the moisture that’s coming into that region is coming off of the tropical or sub tropical Atlantic where there’s abundant moisture and more moisture than there used to be: demonstrably more moisture than there used to be 30 years ago. So there’s a number of other examples you can point to as well.

JR: It seems to me the media hasn’t figured out a way to talk about this so they often just don’t talk about it at all.

KT: That’s correct.

JR: And as a result the public never learns the connection to climate change. I’m just wondering if you have any comments about that and what you would suggest is the right way to talk about it and the like.

KT: I find it systematically tends to get underplayed and it often gets underplayed by my fellow scientists. Because one of the opening statements, which I’m sure you’ve probably heard is “Well you can’t attribute a single event to climate change.” But there is a systematic influence on all of these weather events now-a-days because of the fact that there is this extra water vapor lurking around in the atmosphere than there used to be say 30 years ago. It’s about a 4% extra amount, it invigorates the storms, it provides plenty of moisture for these storms and it’s unfortunate that the public is not associating these with the fact that this is one manifestation of climate change. And the prospects are that these kinds of things will only get bigger and worse in the future.

JR: So would you recommend…  I certainly try to write about this, and I use phrases like “consistent with,” which is something the Royal Academy has used [see "Must re-read statement from UK’s Royal Society and Met Office on the connection between global warming and extreme weather"] or “global warming sets the table for these events” [from Weather Channel's Ostro] what’s sort of your preferred way of saying given that you don’t want to say any one weather event was caused by global warming?

KT: That’s right and so the weather events happened, the spring storms happen, you certainly expect these kinds of things at this time of year, but the odds are that when these happen getting flooding out of them is increasing substantially. And most of the time, even if there is this modest increase of say 5% or 5% to 10%, it’s still within the realm of natural variability frequently, but every so often you go outside of the realm of natural variability and that’s how you get these 100-, 500-, 1,000-year storm events that are occurring. And so this becomes the straw that breaks the camel’s back. Were just seeing more and more instances of that and the odds of that kind of thing happening are increasing.

JR:  Yes, “Straw that breaks the camels back” is a phrase you used about Katrina as I recall.

KT: Again it’s the same sort of thing, where there’s an enhancement, there’s a global warming component. You can argue that it’s not the dominant component, especially on an individual storm like Katrina. But then in the 2005 season was just so exceptional, we had all these storms that went off in to the Greek alphabet, there was Rita and Wilma. Wilma, the strongest recorded storm on record. And Ophelia, that year, that churned around for 3 or 4 days right off of there coast of the Carolinas there. So it was not any individual storm there that you would really want to point to, but all these storms collectively are a clear indication that there was a warming component and at that points to the sea temperatures in the Gulf, and the Caribbean and in the tropical Atlantic which were by far the highest on record, and they were the fuel for that. As I say, this year in the Eastern Atlantic it’s even higher than that. But this year the Caribbean and the Gulf are somewhat cooler than average, and so how this hurricane season pans out is going to be an interesting one to see. But those are the factors that come into play.

JR:  We’ve only warmed a little bit so far compared to what some of the models project. If we don’t reserve emissions trends soon, what kind of storms are we looking at in a few decades?

KT: The key number is this number in this case, which is pretty rock solid. For a 1 ° F increase in air temperature the water holding capacity goes up by 4%. Pretty close to 4%. And so if the sea temperatures go up by one degree, as they have, then the air temperatures probably go up a little bit more than that in fact. And so when you start talking about 3, 4, 5 degrees then you’re talking about 20% increases in the water vapor in the atmosphere.

The way in which we think this is going to happen is that the intervals between storms will be longer, but then when you do have the storms they are apt to be a doozie. When it rains it pours, so to speak. So you can really get deluges, and there are times when you have longer dry spells in between so there’s the risk of drought if you happen to miss these storms. And they are very much of a hit and miss nature. But then when you do get hit by them suddenly you’ve got a deluge.

And so this is a real challenge as to how you deal with that from a water management standpoint, from a drainage standpoint. In some sense, when this happens you’ve got all this water there, and water can actually be a valuable resource if you can put it into a reservoir, or a lake or something like that where you can use it in the future: it actually gets transitioned to a valuable resource. In the mean time, some of it just inundates areas and causes a major problem. And that relates to what kind of drainage systems you have, what kind of culverts you have. One of the ways in which city councils and the Corp of Engineers manage these things is to always build structures to deal with these things. But another key part of it is: can you put the water somewhere where you can use it in the future? Because these longer dry spells in between times are something else you’re going to have to contend with.

JR:  Yeah and the issue is, of course, the rain when it comes down in the deluges , it overwhelms the capacity of the storm drainage and you get these runoff… We have so many combined sewage/storm water systems, we may have to rethink that…

KT: If they’re combined in that nature then you have water quality problems and you can get disease and cholera and things like that which can come out of that kind of situation. It’s the same thing even in open fields, that a lot more water gets transported across the surface of the field, and so all of the feces from animals can contaminate the water and cause various kinds of water contamination problems.

Jeff Masters: November 2010 1st or 2nd warmest on record, globally

November 2010 1st or 2nd warmest on record; ZombieSat saga ends
 


by Dr. Jeff Masters, wunderground, December 24, 2010
November 2010 was the globe's second warmest November on record, according to the National Oceanic and Atmospheric Administration (NOAA) National Climatic Data Center (NCDC). NASA's Goddard Institute for Space Studies rated November 2010 the warmest November on record. Both NOAA and NASA rated the year-to-date period, January-November, as the warmest such period on record. Global satellite-measured temperatures for the lowest 8 km of the atmosphere for November were the 5th or 3rd warmest on record, according to Remote Sensing Systemsand the University of Alabama Huntsville (UAH), respectively. UAH rates the year-to-date period, January-November, as the 2nd warmest such period in the satellite data record, behind 1998. The record or near-record November global warmth is remarkable, given that we are in the midst of a moderate strength La Niña episode in the Eastern Pacific. The large amount of cold water that upwells to the surface during a La Niña typically causes a substantial cool-down in global temperatures, making a monthly temperature record difficult to set. November 2010 is the only "warmest month on record" (as rated by NASA) to have occurred during La Niña conditions. The November temperature record is all the more remarkable since we are near the minimum of the 11-year solar sunspot cycle. Global temperatures are cooler by about 0.1 °C for the two years following a solar minimum, compared to global temperatures two years after a solar maximum. Our current minimum in solar energy makes it much more difficult to set monthly global temperature records.

An average November for the U.S.
For the contiguous U.S., November was near-average in temperature, ranking as the 46th warmest November in the 116-year record, according to the National Climatic Data Center. The year-to-date period, January to November, was the 19th warmest such period on record. No states had a top-ten warmest or coldest November on record. November 2010 precipitation was also near average. Only Montana had a top-ten wettest November on record, and no states had top-ten driest November.

La Niña in the "moderate" category
The equatorial Eastern Pacific Ocean is currently experiencing moderate La Niña conditions. Sea surface temperatures (SSTs) over the tropical Eastern Pacific in the area 5° N to 5° S, 120° W to 170° W, also called the "Niña 3.4 region," were 1.4 °C below average as of December 20, according to NOAA. The Australian Bureau of Meteorology put this number at 1.29 °C below average (as of December 19). Moderate La Niña conditions are defined as occurring when this number is 1.0-1.5 °C below average. Temperatures colder than 1.5 °C below average qualify as strong La Niña conditions. NOAA is maintaining its La Niña advisory and expects La Niña conditions to last through the coming winter into spring.

Both El Niño and La Niña events have major impacts on regional and global weather patterns. La Niña typically causes warm, dry winters over the southern portion of the U.S., with cooler and wetter than average conditions over the Pacific Northwest. The Ohio and Mississippi Valleys states typically have wetter winters than usual during La Niña events.

November 2010 Arctic sea ice extent 2nd lowest on record
Northern Hemisphere sea ice extent in November 2010 was the 2nd lowest in the 31-year satellite record, behind 2006, according to the National Snow and Ice Data Center. As of December 24, ice extent was the lowest on record for this time of year. [The much more important] ice volume in November was the lowest on record, according to University of Washington Polar Ice Center.


Figure 1. Sea ice extent in the Arctic as measured by satellites. Beginning in mid-December 2010, ice extent was at record low levels for this time of year. Image credit: University of Bremen.

Major atmospheric pattern shift coming
The unseasonably cold weather over Europe and the eastern U.S. is due to break between Christmas and New Year's, as the atmosphere undergoes a major shift in its circulation. The very unusual high-pressure region over the Arctic is forecast to break down and be replaced by the typical low-pressure region we expect to see in winter. After recording some of its coldest temperatures in 17 years, this week, the UK may well see record highs on New Year's Eve as a result of the pattern shift. The pattern shift should bring the eastern U.S. above-normal temperatures during the last few days of 2010 and a major New Year's Eve snowstorm to Iowa, Minnesota, and Wisconsin.

The ZombieSat saga ends?
Last week, I blogged about ZombieSat, the rogue Galaxy-15 communications satellite that failed during a solar storm. ZombieSat has been spewing noise in the C-band microwave region that has been interfering with broadcasts from satellites in its path, including the key SES-1 satellite that relays most of the weather data wunderground and the National Weather Service use. Within the next week, ZombieSat will close in on its sister satellite, Galaxy-16, which hosts the Public Radio Satellite Service (PRSS) feeds, among others. A few weeks ago, PRSS warned its customers (who include commercial stations as well as the nation's public broadcasters) that there would be a possibility of disruption to its services on or about December 26. But on Friday December 17, Intelsat announced that ZombieSat had lost its "lock" on Earth, resulting in a loss of power that caused the satellite's main interfering transponders to shut down. So it appears the ZombieSat saga is over, and a whole bunch of engineers and operations directors can enjoy Christmas weekend without worrying about a zombie satellite hanging 23,000 miles over their heads.

Happy holidays, everyone!

Jeff Masters

Friday, December 24, 2010

C. S. M. Turney & R. T. Jones, J. Quartn. Sci., 25 (2010), Does the Agulhas Current amplify global temperatures during super-interglacials?

Journal of Quaternary Science, 25 (2010) 839–843; ISSN 0267-8179


Does the Agulhas Current amplify global temperatures during super-interglacials?

Chris S. M. Turney* and Richard T. Jones

Climate Change and Sustainable Futures, School of Geography, University of Exeter, Exeter, U.K.

Abstract

Future projections of climate suggest our planet is moving into a ‘super-interglacial.’ Here we report a global synthesis of ice, marine and terrestrial data from a recent palaeoclimate equivalent, the Last Interglacial (ca. 130–116 ka ago). Our analysis suggests global temperatures were on average 1.5 °C higher than today (relative to the AD 1961–1990 period). Intriguingly, we identify several Indian Ocean Last Interglacial sequences that suggest persistent early warming, consistent with leakage of warm, saline waters from the Agulhas Current into the Atlantic, intensifying meridional ocean circulation and increasing global temperatures. This mechanism may have played a significant positive feedback role during super-interglacials and could become increasingly important in the future. These results provide an important insight into a future 2 °C climate stabilisation scenario.

Introduction

Since the late 1980s it has become increasingly recognised that the world climate system is considerably more sensitive to anthropogenic emissions of greenhouse gases (GHG) than previously thought. The Intergovernmental Panel on Climate Change Fourth Assessment Report (IPCC AR4) projects under a range of emission scenarios that global temperatures will increase over the next century between 1.1 and 6.4 °C, accompanied by a sea-level rise of 18–59 cm (Meehl et al., 2007). Worryingly, the AR4 estimates already appear conservative (Rahmstorf et al., 2007). Critically, past changes in the climate system can provide valuable insights into the future (Jansen et al., 2007; PALSEA, 2010). While past periods may not be complete analogues for anthropogenic-driven climate change, the mechanisms that operated at different times can provide analogues of processes in the future. Future projections of climate driven by anthropogenic emissions of GHG suggest our planet is moving into a ‘super-interglacial’ state: a sustained period warmer than present (Overpeck et al., 2005). There remains, however, considerable uncertainty over the mechanisms of change.

Fortunately, there are several Late Pleistocene super-interglacials preserved in natural archives that can provide valuable insights into a range of processes (Masson-Delmotte et al., 2010). Driven by orbital variations and carbon feedbacks, these periods may provide several important constraints on the future behaviour of the climate system. For instance, one intriguing observation is the apparent decoupling between inferred global temperatures and GHG during greatest warming (Masson-Delmotte et al., 2010). Arguably one of the best superinterglacials for investigating this conundrum is the Last
Interglacial (LIG), spanning the period ca. 130–116 ka ago and characterised by solar insolation anomalies caused by the changing Earth’s orbit (Harrison et al., 1995; Otto-Bliesner et al., 2006). There is some uncertainty, however, regarding the global temperature during this period, with estimates ranging from 0.1 to 2 °C warmer than present (CLIMAP Project Members, 1984; White, 1993; Hansen, 2005; Rohling et al., 2008).

Greatly reduced Arctic sea ice area, changes in ice sheet topography and freshwater influences on the Atlantic Meridional Ocean Circulation (AMOC) have all been proposed as possible feedbacks for driving higher temperatures, but no consensus has been reached (Otto-Bliesner et al., 2006; Masson-Delmotte et al., 2010). Accompanying these changes, recent estimates of sea level corrected for changes in gravity, solid Earth deformation and other effects have suggested the LIG was 6.6–9.4 m higher than today, rising some 6–9 mm a "1 (Kopp et al., 2009) – at least double the current global average.

To better understand the mechanisms and sensitivity of the Earth system to radiative forcing, it is critical that a better constrained temperature estimate is obtained for this period. Here we provide global and regional estimates of temperature during the LIG and present evidence that the Agulhas
Current increased global warming through the enhanced delivery of warm, salty water into the Atlantic Ocean, intensifying AMOC and partially decoupling the climate system from the carbon cycle.

[snip]

A comparison between the reconstructed temperature and d18 O trends in the highest-resolved records preserves a stratigraphic lead in ‘local’ warming over the shift to interglacial conditions around the southern African coastline. These results imply an enhanced leakage of the Agulhas Current into the Atlantic Ocean, injecting warm, saline water into the meridional ocean circulation and amplifying global warming during this superinterglacial. The above observations suggest the LIG can provide important insights into the mechanisms of future climate and whether a 2 °C stabilisation scenario can be considered ‘safe.’

More at this link:  http://www.whatnext.org/Climate/assets/JQS_1.5degrees%20at%20last%20super-interclacial.pdf

Wednesday, December 22, 2010

Faith of the Heart

OK, so now you know I'm a Trekkie.



One-minute version above.

If anyone knows where I can find the high-def 4-minute version (old copy taken down at youtube), please send me a message or make a comment here with the link -- I really miss it!  Thanks!

Link to low-def long version:  http://www.youtube.com/watch?v=-8OpsPok6iQ

"Faith of the Heart"


It's been a long road,
To get from there to here.
It's been a long time,
but my time is finally here.

And I can feel a change
in the wind right now.
Nothing's in my way.
And they're not gonna
hold me down no more.
No they're not gonna hold me down.

'Cause I've got faith of the heart.
I'm going where my heart
will take me.
I've got faith to believe.
I can do anything.
I've got strength of the soul.
And no one's going to bend
or break me.
I can reach any star.
I've got faith,
I've got faith,
Faith of the heart.

It's been a long night,
Trying to find my way.
Been thru the darkness,
Now I finally have my day.

And I will see my dream
come alive at last.
I will touch the sky.
And they're not gonna hold
me down no more.
No they're not gonna change
my mind.

'Cause I've got faith of the heart.
I'm going where my heart
will take me.
I've got faith to believe.
I can do anything.
I've got strength of the soul.
And no one's going to bend
or break me.
I can reach any star.
I've got faith,
Faith of the heart.

I know the wind's so cold,
I've seen the darkest days.
But now the winds I feel,
Are only winds of change.
I've been thru the fire,
And I've been thru the rain,
But I'll be fine.

'Cause I've got faith of the heart.
I'm going where my heart
will take me.
I've got faith to believe.
I can do anything.
I've got strength of the soul.
And no one's going to bend
or break me.
I can reach any star.
'Cause I've got faith,
'Cause I've got faith,
Faith of the heart...

Faith of the heart.
I'm going where my heart
will take me.
I've got faith to believe.
And no one's going to bend
or break me.
I can reach any star.
'Cause I've got faith,
'Cause I've got faith,
Faith of the heart...

135 arrested at White House for Civil Disobedience: Chris Hedges, Daniel Ellsberg


135 Arrested For Civil Disobedience at White House; 40 Sec. Video and Ray McGovern Interview

[Dear Readers, 

Perhaps you are wondering what this has to do with climate change science and policy?  Well, really, everything.  Huge monied interests appear to control government policy. Our people are dying and killing in Iraq over oil. All the trillions spent needlessly there could have been spent right at home improving infrastructure, health care, education, and creating an environment for a new economy. And in spite of all the evidence that this is a fruitless war that has caused our country no amount of economic damage, not to mention moral damage, and loss of human life both here and in Iraq to their citizenry, it continues.

Sorry, it's Christmas season, I know.

Tenney]

by Rob Kall, opednews.com, December 16, 2010

This is the first installment of a collection of images, videos and impressions of the action at the White House today by OpEdNews.com Editor in Chief Rob Kall and Managing Editor Cheryl Biren.

Today, 131 rebels were arrested for civil disobedience at the snow covered gates of the White House, including Daniel Ellsberg, Ray McGovern, Chris Hedges, Margaret Flowers, Coleen Rowley, Medea Benjamin, Jodie Evans and scores of veterans and supporters from WWII, Viet Nam, Iraq, Afghanistan... The message chanted in the freezing, 22 °F snowy day was "Obama, Troops Out. End the War."


Photo of Richie Marini by Cheryl Biren

Photo Slide Show By Cheryl Biren HERE

People who have engaged in civil disobedience routinely describe how it can literally produce a "high" like a religious experience. Here, you can see the people, knowing they are going to be arrested, virtually all of them having been arrested before-- thoroughly enjoying themselves. From Left to right: Top Row: Ray McGovern, Daniel Ellsberg, Chris Hedges, Margaret Flowers. Bottom Row: Debra Sweet, Jodie Evans, Medea Benjamin (Photo by Rob Kall)




At the White House gate, one protester used a bicycle lock to lock himself to the gate. Another used a chain with links at least half an inch in diameter chained himself to a post. Apparently, the handcuffs many had intended to use to chain themselves to the fence were confiscated.

Protesters coordinated the protest with the DC police, discussing details and logistics.

The first to be arrested appeared the most elder and frail-- a kindness by the police, considering that a lot of snow was coming down and it was a soggy 22 degrees F-- after over three hours exposed the elements. Several protesters refused to walk, so they were dragged by the police to be photographed, put on a bus and later released.

I spoke to Ray McGovern, a bit before ten tonight, to find out what happened to the protesters. His report and comments on the protest are below:

We were put on a bus, then taken to the Park police depot, searched, groped more in depth than ever before.

Gave personal data, and had to choose whether to pay $100 and plead guilty or plead not guilty and go to court (later.) I chose the latter.

Commenting on the turnout and the number of people participating in civil disobedience, McGovern commented, "It's more than anyone really expected. I was glad we did it.

I asked Ray about what he hoped to see come of the exercise in civil disobedience. He replied, "There's a saying that hope is the twin. Augustin said that hope has two daughters-- anger and courage.
What we have seen in our policy is a lot of anger, But anger is not enough, you've got to have courage.

The basic flaw in the body politic is that it is malnourished on genuine information, so the attitude that expresses itself by people saying Americans can't handle the truth. Well that isn't very clear because Americans haven't been given the truth. So the jury is out on whether or not Americans can handle the truth. But the issue is now joined because there is a fifth estate, namely Wikileaks and sites like it that are making information available to US citizens.

Once the citizenry becomes informed, in an unbiased way, about what is really going on, perhaps they'll do something.

Once the citizenry realized our military are being brutalized themselves.

There are more deaths from suicide than they are for war.

We want people to ask themselves what we're doing out there.

Hoping to be faithful and bring attention to this and leave it in the hands of the higher power that people's hearts will be touched, they will realize the one thing we've turned a blind eye to the thousands of other prisoners who have been tortured by other Iraqis. That we've killed at the very least 100,000 civilians... by the most stringent estimates.

Others who participated in the civil disobedience action expressed hope that the example set here would encourage others, across the country to take action at a time when elected officials are no longer accountable.

James Hansen: Conversation with Bill McKibben of 350.org, addition to paperback edition of "Storms of My Grandchildren"

James Hansen: A Conversation with Bill McKibben

21 December 2010

The paperback version of Storms of My Grandchildren: The Truth About the Coming Climate Catastrophe and Our last Chance to Save Humanity (copyright 2011 by James Hansen and Bill McKibben) is available at: http://www.stormsofmygrandchildren.com/  The paperback includes as an added section a conversation between Bill McKibben and me. Much of that Q&A is below.  As was (and is) the case with the hardback and other formats of the book, all royalties go to the organization 350.org.  As I mention in the book, 350.org has demonstrated the most effective and responsible leadership in the public struggle for climate justice.

Q&A with Bill McKibben, cofounder and global organizer, 350.org

Bill: Jim, more than a dozen nations have set new high-temperature records this year, and we’ve seen the all-time marks set for Asia (Pakistan at 129 °F) and Southeast Asia. Given that the global temperature has “only” gone up about a degree, can you explain how this kind of heat is possible?

Jim: Sure. What we see happening with new record temperatures, both warm and cold, is in good agreement with what we predicted in the 1980s when I testified to Congress about the expected effect of global warming. I used colored dice then to emphasize that global warming would cause the climate dice to be “loaded.” Record local daily high temperatures now occur more than twice as often as record daily cold temperatures. The predominance of new record highs over record lows will continue to increase over the next few decades, so the perceptive person should recognize that climate is changing.

Yes, global average warming is “only” about a degree, but that is actually a lot. During the last major ice age, when New York, Minneapolis, and Seattle were under an ice sheet a mile thick, global average temperature was about 5 degrees colder than it is now. The last time Earth was 2 degrees warmer so much ice melted that sea level was about 25 meters (80 feet) higher than it is today. We scientists create a communications problem by speaking about average global warming in degrees Celsius. Global warming in degrees Fahrenheit is almost twice as large (exact factor is 1.8) and warming is about twice as much over land (where people live!) than over ocean. Also certain regions and times experience bigger changes than others. (So far the United States has been lucky, with smaller average warming than most land areas. There is no reason to think that luck will continue.)

But remember that weather variability, which can be 10 to 20 degrees from day to day, will always be greater than average warming. And weather variability will become even greater in the future, as I explain in the book, if we don’t slow down greenhouse gas emissions. If we let warming continue to the point of rapid ice sheet collapse, all hell will break loose. That’s the reason for “Storms” in the book title.

Bill: What was the deal with “climategate”—the East Anglia e-mails and IPCC’s “Himalayan error”?  Much of the public was left with impression that global warming may be a hoax!

Jim: There was a real hoax, for sure—perpetrated on the public by people who prefer business-as-usual, people who concocted a misinformation campaign. They want the public to think that the science is suspect. Doubt is all they need. Their tactics included swift-boating and character assassination, using e-mails stolen from scientists’ computers. They did an effective job. Now policy makers continue to sit on their hands, leaving fossil fuel subsidies in place, allowing fossil fuel companies to call the tune—and the devil with young people and nature.

Yes, the stolen e-mails exposed bad behavior by scientists, notably a reluctance of some scientists to give deniers the input data for global temperature analysis. That allowed global warming deniers to assert that global climate change was “cooked” data. But that assertion is nonsense. The NASA temperature analysis agrees well with the East Anglia results. And the NASA data are all publicly available, as is the computer program that carries out the analysis.

Look at it this way: If anybody could show that the global warming curve was wrong they would become famous, maybe win a Nobel Prize. All the measurement data are available.

So why don’t the deniers produce a different result? They know that they cannot, so they resort to theft of e-mails, snipping private comments out of context, and character assassination.

IPCC’s “Himalayan error” was another hoax perpetrated on the public. The perpetrators, global warming deniers, did a brilliant job of playing the scientifically obtuse media like a fiddle. Here is how they did it.

IPCC (Intergovernmental Panel on Climate Change) produced a series of thick reports, several thousand pages long. Of course it is possible to identify minor flaws in it—it is inconceivable that some flaws would not exist within those thousands of pages. The task of the deniers was to find a minor flaw or flaws, and then work the media so as to make the public suspicious of the entire report. They did their dirty work masterfully, for weeks continually releasing tidbits about possible flaws or uncertainties in the report, dutifully reported by the media even though none of the tidbits altered conclusions about the significance of global warming.

The biggest flaw that global warming deniers could find in the IPCC reports was a statement that all Himalayan glaciers may disappear by 2035 if greenhouse gas emissions continued to increase. Actually, because of the great altitude and size of Himalayan glaciers, some of them almost surely will survive longer than twenty-five years. The estimate of 2035 for glacier demise was not even in the main IPCC report on the physical climate system, but rather in a less-scrutinized report discussing practical implications of global warming.

Here is the real-world situation: Glaciers are melting rapidly all around the world—in the Rockies, the Andes, the Alps, and the Himalayas. All glaciers in Glacier National Park in the United States will be gone in about twenty-five years if greenhouse gas emissions continue to increase. We will need to rename it Glacierless National Park.

Observed rapid loss of glaciers confirms global warming—it is not a reason to question it! Glacier loss also shows the importance of global warming. During the dry season about half the water in rivers such as the Indus and Brahmaputra is provided by glacier melt. If the glaciers disappear there will be more spring snowmelt and greater floods, but a dangerous reduction of fresh water in dry seasons. Hundreds of millions of people depend on these rivers for fresh water. Yet climate change deniers scored a coup by trumpeting that IPCC had made an error, turning scientific evidence on its head. Melting glaciers, properly a cause for concern, became a propaganda tool to befuddle the public. A capable media would have exposed the trick. Instead the media facilitated it, spreading “news” that the IPCC report was flawed. IPCC scientists had done a good job of producing a comprehensive report. It is a rather thankless task, on top of their normal jobs, often requiring them to work sixty, eighty, or more hours per week, with no pay for overtime or for working on the IPCC report. Yet they were portrayed as incompetent or, worse, dishonest. Scientists do indeed have deficiencies—especially in communicating with the public and defending themselves against viscous attacks by professional swift-boaters.

The public, at some point, will realize they were hoodwinked by the deniers. The danger is that deniers may succeed in delaying actions to deal with energy and climate. Delay will enrich fossil fuel executives, but it is a great threat to young people and the planet.

Bill: You must be referring to the urgency created by climate tipping points. Is there new information about tipping points?
.
several pages omitted here ...[Guess you'll have to buy the paperback edition.]
.
Bill: Can we stop that process? Do we understand what is needed to stabilize the situation?

Jim: We can estimate what is needed pretty well. Stabilizing climate requires, to first order, that we restore Earth’s energy balance. If the planet once again radiates as much energy to space as it absorbs from the sun, there no longer will be a drive causing the planet to get warmer. Restoring planetary energy balance would not immediately stop sea level rise, but it should keep sea level rise small. Restoring energy balance also would prevent climate change from becoming a huge force for species extinction and ecosystem collapse.

We can accurately calculate how Earth’s energy balance will change if we reduce long-lived reenhouse gases such as carbon dioxide. We would need to reduce carbon dioxide by 35 to 40 ppm (parts per million) to increase Earth’s heat radiation to space by one half watt, if other long-lived gases stay the same as today. That reduction would make atmospheric carbon dioxide amount to about 350 ppm.

Bill: Is that how you came up with the policy goal of 350 ppm?

Jim: It is one of several reasons, as we explained in our 2008 “Target CO2” paper. For example, there is also ocean acidification. As atmospheric carbon dioxide increases the ocean becomes relatively more acidic. Ocean biologists conclude that for the sake of life in the ocean we need to aim for an atmospheric carbon dioxide amount no higher than 350 ppm.

But yes, Earth’s energy balance is indeed the criterion that provides the most fundamental constraint for what must be done to stabilize climate.

Bill: The 350.org team has met opposition from some climate activists who demand an even lower target for CO2, say 300 ppm or the preindustrial CO2 amount, 280 ppm. Would the preindustrial CO2 amount be a reasonable target?

Jim: All that we can say for sure now is that the target should be "less than 350 ppm." And that is all that is needed for policy purposes. That target tells us that we must rapidly phase out coal emissions, leave unconventional fossil fuels in the ground, and not go after the last drops of oil and gas. In other words, we must move as quickly as possible to the post–fossil fuel era of clean energies.

Getting back to 350 ppm will be difficult and will take time. By the time we get back to 350 ppm, we will know a lot more and we will be able to be more specific about what “less than 350 ppm” means. By then we should be measuring Earth’s energy balance very accurately. We will know whether the planet is back in energy balance and we will be able to see whether climate is stabilizing.

The reason that we cannot specify now an exact eventual value for CO2 is because CO2 is only one of the human-made climate forcings. Humans have also increased the amount of methane and tropospheric ozone in the air—but these gases are short-lived, so if we reduce the sources of these gases the amount in the air will decrease. It is plausible to reduce the amounts of methane and tropospheric ozone and there are good reasons to do so because ozone in the lower atmosphere is harmful to human health and crops. Realistic ozone and methane reductions will alleviate somewhat the amount by which we must reduce CO2. On the other hand, we expect that humanity will have some success during the next few decades in reducing atmospheric aerosols (fine particles in the air). Atmospheric aerosols are a health hazard, but they have a cooling effect on climate. Reducing atmospheric aerosols will increase the amount by which we must reduce CO2. However, human-made aerosols will not return to the preindustrial amount in the foreseeable future, nor will the human-made increase of the planet’s surface albedo, which also has a cooling effect.

Therefore, it is foolish to demand that policy makers reduce CO2 to 280 ppm. Indeed, if, with a magic wand, we reduced CO2 from today’s 389 ppm to 280 ppm that change would increase Earth’s heat radiation to space by almost 2 watts (per square meter). The planet would rapidly move toward a colder climate, probably colder than the Little Ice Age. Whoever wielded the magic wand might receive a Middle Ages punishment, such as being drawn and quartered.

Bill: Speaking of punishments, you were arrested near Coal River Mountain in West Virginia for protesting against the leveling of mountaintops to extract coal. What was that about, and what is the status?

Jim: Still no trial date has been set. According to the law, I could get as much as one year in prison. I am beginning to think that the authorities do not want a trial.

I was drawn into the mountaintop-removal plight when I gave a talk at Virginia Tech. The students told me about nearby Coal River Mountain, which Massey Energy plans to decapitate to extract coal.

Mountaintop removal is morally indefensible. It pollutes the water supply and spoils the environment forever, all for a small amount of coal. Windmills on Coal River Mountain could provide as much energy in about a century. But mountaintop removal will lower the peak about four hundred feet, making Coal River Mountain an ineffectual source of wind energy. Mountaintop removal provides only 7% of United States coal production, which is less than the amount that we export. So it cannot be argued that it is needed in order to keep the lights on—it is needed only to line the pockets of a few fat-cat coal executives.

I went to Coal River Mountain to help draw attention to both mountaintop removal and the bigger issue, the need to phase out coal and stabilize climate. I was arrested while standing by the side of the road in front of the Massey Energy offices, reading a statement that Massey should provide funding for a new elementary school, because they had built a huge sludge pond on the side of the mountain right above Marsh Fork elementary school. If that earthen dam breaks, the school could be buried. It seems that Massey is pretty cavalier with the lives of children as well as the lives of miners working for the company.

Despite the publicity, mountaintop removal continues. I am disappointed that the Obama administration has not simply banned mountaintop removal. They could justify that action on environmental grounds. The jobs and economic stimulus from energy alternatives—energy efficiency, renewable energy, and nuclear power—are superior to the kind of jobs and the dirty energy production that is provided by the coal industry. The number of coal jobs has dwindled. Shoving mountaintops into valleys with bulldozers does not require many people.

Bill: Does this indicate that civil disobedience is not useful for solving the climate problem?

Jim: I call it peaceful civil resistance. True, it has failed to achieve the actions needed to solve the climate problem—but every other approach has also failed. Civil resistance is a necessary part of the solution but, by itself, it is too weak as a tool for change.

Bill: Then what else is required?

Jim: The courts, the judiciary branch of government. The courts are less influenced by fossil fuel money than the legislative and executive branches. The situation is analogous to that of civil rights several decades ago. Nonviolent sit-ins drew attention to the immorality of discrimination and helped to get the courts involved. That opened the door to real progress because courts had the ability to order desegregation under the equal protection provision of the Constitution. Eventually lawmakers became involved. Civil resistance was important because it helped broaden public awareness, and high public interest in turn helps to induce judiciary involvement.

What has become crystal clear is that the executive and legislative branches of the government are not going to solve the climate problem on their own. A few years ago I thought that governments may not understand what the science is telling us, the urgency of the matter. But I learned in my interactions with governments in several nations that the governments are not ignorant of the climate problem, they are not unaware of the need to move on promptly to clean energies. Yet at most they set goals and take baby steps because they are under the strong influence of fossil fuel interests. There are too many people profiting from our addiction to fossil fuels—and they have a huge influence on our governments.

Look at what happened in Congress in 2010. The bills that Congress considered were grossly inadequate. The proposed emission reductions were much less than what the science calls for. Also the bills were full of loopholes and giveaways to the fossil fuel industry, guaranteeing continued reliance on fossil fuels. Nor did the president distinguish himself. The president did not make specific proposals or weigh in with the authority of his office. He should have spoken to the public and demanded that Congress take the actions that are needed for the public interest.

Congress and the president are thumbing their noses at young people. Their failure to act means that young people can look forward to climate deteriorating out of their control, a planet that is much more desolate than the one that we inherited from our parents. My grandchildren, the most recent born just four months ago, probably will be alive for most of this century—my parents lived for almost ninety years. My children and grandchildren will experience the effect of our emissions—they will pay for our profligacy.The attitude of Congress and the president angers me. They think they can do, or not do, whatever they please. It is as if they have no obligations to young people. Their primary concern seems to be their re-election; how they can beat the other party, make the other party look bad. When the public throws out one party, the other one is little different—they also think they can do whatever they please.

Bill: You have argued that we need a third party, but the nature of our Constitution and the electoral system make it very difficult for a third party to succeed. We don’t have time to build a third party movement, do we?

Jim: Probably not. We must force the present government to do its job. Politicians are not free to do whatever they darned well please. They have obligations to young people. Responsibility to future generations is a concept common to most cultures, as I discuss in the book. Native Americans refer to an obligation to “the seventh generation.” Thomas Jefferson wrote that “Earth belongs in usufruct to the living,” meaning that we have the right to use property belonging to future generations, but not the right to damage that property. Jefferson, a farmer, used the usufruct concept specifically with regard to the soil, which, he argued, we must not deplete. He did not explicitly discuss the atmosphere, which seemed so huge to the colonials that they never worried that humans might deplete the atmosphere’s ability to sustain our lives and livelihoods.

Obligations to young people, it seems to me, are already clear in the second sentence of the Declaration of Independence, “We hold these truths to be self-evident, that all men are created equal, that they are endowed by their Creator with certain unalienable Rights, that among these are Life, Liberty and the pursuit of Happiness.” This basic tenet leads directly to the right to equal protection of the laws.

The Fourteenth Amendment of the Constitution declares: “No State shall make or enforce any law which shall abridge the privileges or immunities of citizens of the United States; nor shall any State deprive any person of life, liberty, or property, without due process of law; nor deny to any person within its jurisdiction the equal protection of the laws.” Over time the courts ruled that “any person” includes minorities and women, for example, and equal protection provided the principal basis for extension of civil rights to minorities.

Human-made climate change now raises a moral issue as momentous as any that the courts have considered in the past. Today’s adults are reaping the benefits of burning fossil fuels while leaving the consequences to be borne by young people and future generations. Are my grandchildren, and other young people, included in the category of “any person” and thus deserving equal protection of the laws? A positive answer, I believe, is obvious.

Bill: You are suggesting that we file suit against the government?

Jim: Precisely so. Begging Congress to be responsible does not work. Exhorting the president to be Churchillian does not work.

On the contrary, Congress has passed laws and the executive branch has defined and carried out policies that trample on the future of young people. Consider the subsidies of fossil fuels and the permission that is given to the fossil fuel industry to use the atmosphere as an open sewer without charge. We cannot let the government pretend that it does not realize the consequences of its actions.A basis for suing the government is described by legal scholars such as Mary Wood at the University of Oregon. She shows that the Constitution implies a fiduciary responsibility of governments to protect the rights of the young and the unborn. She describes what she calls atmospheric trust litigation. Suits could and should be brought against not only the federal government but also state governments, and perhaps lower levels—and in other nations as well as the United States.

Courts ordered desegregation to achieve civil rights of minorities. Similarly, if a court finds that a government is failing in its obligations to young people, the court can require that government to submit plans for how it will reduce its emissions. Courts have authority to require governments to report back at intervals on the success of their actions and to define corrective actions if they fail to achieve specified reduction.

So we must define the emissions trajectory needed to avoid dangerous human-made climate change. In other words, how fast must emissions decline to avoid passing tipping points with disastrous consequences? I am working with Pushker Kharecha and Makiko Sato to define the required emissions scenario. Our paper will be titled “Sophie, Connor, Jake and Lauren versus Obama and the United States Congress.” Although we have not completed that task, it is clear that the requirement will be an annual emissions reduction of several percent per year.

Bill: Wow. Let’s say the court instructs the government to reduce emissions so as to yield a safe level of greenhouse gases, which would mean getting carbon dioxide back below 350 ppm. Is it practical to achieve such a scenario?

Jim: Absolutely. But it requires the government to be honest about what is needed. They cannot use tricks such as those in the House and Senate energy/climate bills. Science demands actual reductions in fossil fuel emissions, not phony offsets. An inadequate plan will be quickly exposed by emissions data—the amount of coal, oil, and gas being burned is well documented.

A court would not be expected to mandate how emission reductions are to be achieved.

The legislative and executive branches are responsible for defining and implementing the laws. But the laws must yield “equal protection.” That requirement will force the government to face up to facts. The most fundamental energy fact is this: As long as fossil fuels are the cheapest energy, they will continue to be used.

Fossil fuels are cheapest only because of government policies. First, there are substantial direct and indirect subsidies of fossil fuels. Second, fossil fuel companies are not made to pay for the damage that fossil fuels do to human health. Instead, the public is forced to bear the costs of air and water pollution. Third, fossil fuel companies are not made to pay for the costs of damage to the environment and the well-being of future generations caused by climate change.

The government must face the fact that fossil fuel use will not decline rapidly unless a rising fee is added to fossil fuels, a fee that should be collected from fossil fuel companies at the source before the first sale. Such a carbon fee will be passed on to consumers in the form of higher prices for fossil fuels. Therefore it is important that 100% of the collected funds be distributed to the public, preferably as a monthly “green check,” although the funds could be used in part to reduce taxes. This “fee and green check” approach would leave about 60% of the public receiving more from the green check than they would pay in increased energy prices. The objective is to reward people who reduce their carbon footprint and to stimulate the development of clean energies.

Bill: There are people who say that, in principle, your idea for a fee and green check is the appropriate underlying policy. And if it were accompanied by energy efficiency standards, regulations that remove barriers to efficiency, and appropriate government investments in energy technologies, it would be possible to achieve rapid reduction of carbon emissions. But they say it is unrealistic because in practice Congress always builds in giveaways and favors to special interests, which make the legislation less effective than it should be.

Jim: Sure, that is the way it has worked. But solution of the energy/climate problem requires a different approach. For example, there could be a bipartisan commission that defines appropriate polices to achieve court-ordered emission reductions, with Congress agreeing to either accept or reject the proposed policies without the ability to add in special favors. The public, I believe, is getting really fed up with the government, with the role of special interests and congressional earmarks. If we cannot overcome the role of special interest money in Washington, then both our nation and the planet are in deep doo-doo. This is a crisis, but I believe it is one that we are capable of overcoming.

Bill: There are also a lot of people who say that it doesn’t matter what the United States does, because China now has the greatest emissions and its emissions are growing the fastest.

Jim: China is taking the right steps to move toward carbon-free energy. They are now number one in the world in production of clean energy technologies: solar power, wind power, and nuclear power. Also, China stands to suffer greatly from global climate change because China has several hundred million people living near sea level and the country is already experiencing large damaging regional climate disasters.

There is no doubt that China will want to move rapidly toward clean carbon-free energies. When the United States realizes that it must impose an internal fee on carbon emissions, it should not be difficult to get China to agree to do the same.

Also, it is important to recognize that the United States is responsible for three times more of the excess (human-made) carbon dioxide in the air today than any other nation, with China being second. The much greater responsibility for accumulated human-made emissions is true despite the fact that China’s population is three times greater than the United States’. So there is no reason to expect China to act first to reduce emissions.

However, there are advantages in beginning to act rapidly. China is investing heavily in clean energies, and it is likely that they will recognize the merits of imposing an internal carbon price to spur development and implementation of clean energies. The United States risks becoming second-class technologically and economically this century if it does not stop subsidizing dirty technologies and instead move toward progressive policies such as fee and green check, which will stimulate development of clean energies.

Link:  http://www.columbia.edu/~jeh1/mailings/2010/20101221_McKibbenQA.pdf