Antarctica Set A Third All-Time Record While Government Was ‘Shutdown’

Antarctica Set A Third All-Time Record While Government Was “Shutdown”

http://sunshinehours.wordpress.com/2013/10/18/antarctica-set-a-third-all-time-record-while-government-was-shutdown/

Antarctica set a third All-Time Record for sea ice extent while the US federal government was “shutdown”.  Data here.
The first All-Time Record was September 14th with 19.51234 million sq km. (I am using all the digits for a good reason)
The 2nd All-Time Record was September 21 with 19.51394  million sq km. – only 1600 sq km higher.
Then the shutdown happened and all the data I use was frozen at September 30th. Today the data was updated.
The 3rd All-Time Record was set on October 2nd with 19.57088 million sq km.
Here is a portion of the latest graph showing the 3rd record.

 
The graph below contains data up until October 18 – Day 291.  Click to make bigger.…

New Study: ‘2013 ranks as one of the least extreme U.S. weather years ever’– Many bad weather events at ‘historically low levels’

[Also see: Gore still warning of ‘extreme’ weather, ‘increasing storms’ and ‘other extreme events]

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Prof. Roger Pielke Jr.: ‘Interesting from @TheSIWeather 2013 ranks as one of the least extreme US weather years ever’

According to the latest analysis of data by the The SI Organization, Inc.

18 OCT/13 FRI

11:50 AM | 2013 – a year with minimal extreme weather events in the US

There have been many forecasts in the news in recent years predicting more and more extreme weather-related events in the US, but for 2013 that prediction has been way off the mark. Whether you’re talking about tornadoes, wildfires, extreme heat or hurricanes, the good news is that weather-related disasters in the US are all way down this year compared to recent years and, in some cases, down to historically low levels.

To begin with, the number of tornadoes in the US this year is on pace to be the lowest total since 2000 and it may turn out to be the lowest total in several decades. The table below lists the number of tornadoes in the US for this year (through 10/17) and also for each year going back to 2000.
(Source: NOAA, http://www.spc.noaa.gov/climo/online/monthly/newm.html)

Year         # of Tornadoes
2013                    771
2012                   1119
2011                   1894
2010                   1543
2009                   1305
2008                   1685
2007                   1102
2006                   1117
2005                   1262
2004                   1820
2003                   1374
2002                    938
2001                   1219
2000                   1072

Second, the number of wildfires across the US so far this year is on pace to be the lowest it has been in the past ten years and the acreage involved is at the second lowest level in that same time period (table below).
(Source: National Interagency Fire Center; http://www.nifc.gov/)

2013            Fires: 40,306           Acres: 4,152,390
2012            Fires: 67,774           Acres: 9,326,238
2011            Fires: 74,126           Acres: 8,711,367
2010            Fires: 62,471           Acres: 3,233,461
2009            Fires: 78,792           Acres: 5,921,786
2008            Fires: 80,094           Acres: 5,254,109
2007            Fires: 85,822           Acres: 9,321,326
2006            Fires: 96,358           Acres: 9,871,939
2005            Fires: 66,552           Acres: 8,686,753
2004            Fires: 63,608           Acres: 8,097,880
*2013 data through 10/16

In addition to wildfires, extreme heat is also way down across the US this year. In fact, the number of 100 degree days across the country during 2013 is not only down for this year, but it is perhaps going to turn out to be the lowest in about 100 years of records.

100_deg_days
(Source: NOAA, USHCN reporting stations; through August)

The …

New paper finds warming improves plant health and fruit production – Published in Global Change Biology – Simulates the effect of global warming on plants grown in the field and ‘finds that plants exposed to elevated temperatures flower earlier,… flower at a larger vegetative size, suggesting that warming probably causes acceleration in vegetative development’

New paper finds warming improves plant health and fruit production

http://hockeyschtick.blogspot.com/2013/10/new-paper-finds-warming-improves-plant.html

A new paper published in Global Change Biology simulates the effect of global warming on plants grown in the field and “finds that plants exposed to elevated temperatures flower earlier,… flower at a larger vegetative size, suggesting that warming probably causes acceleration in vegetative development.” The authors also find “warming increases mean fitness (fruit production) by ~ 25%.” The paper adds to many other peer-reviewed publications finding both warming and elevated CO2 levels can improve plant health.Plant responses to elevated temperatures: a field study on phenological sensitivity and fitness responses to simulated climate warmingDavid A. Springate 1, Paula X. KoverSignificant changes in plant phenology have been observed in response to increases in mean global temperatures. There are concerns that accelerated phenologies can negatively impact plant populations. However, the fitness consequence of changes in phenology in response to elevated temperature is not well understood, particularly under field conditions. We address this issue by exposing a set of recombinant inbred lines of Arabidopsis thaliana to a simulated global warming treatment in the field. We find that plants exposed to elevated temperatures flower earlier, as predicted by photothermal models. However, contrary to life-history trade-off expectations, they also flower at a larger vegetative size, suggesting that warming probably causes acceleration in vegetative development. Although warming increases mean fitness (fruit production) by ~ 25%, there is a significant genotype-by-environment interaction. Changes in fitness rank indicate that imminent climate change can cause populations to be maladapted in their new environment, if adaptive evolution is limited. Thus, changes in the genetic composition of populations are likely, depending on the species’ generation time and the speed of temperature change. Interestingly, genotypes that show stronger phenological responses have higher fitness under elevated temperatures, suggesting that phenological sensitivity might be a good indicator of success under elevated temperature at the genotypic level as well as at the species level.

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CNN features a Paul Ehrlich impersonator who says population control is the only way to control the weather

CNN features a Paul Ehrlich impersonator who says population control is the only way to control the weather

http://hockeyschtick.blogspot.com/2013/10/cnn-features-paul-ehrlich-impersonator.html

Paul Ehrlich impersonator claims climate is being damaged since the “world’s poor masses, increasingly living in cities, manage to get cell phones. Whether the power is pirated or not, they plug in their chargers nightly.”
We don’t need another billion people

By Alan Weisman, Special to CNN
updated 3:42 PM EDT, Tue October 15, 2013

But first, check out the final minute of this CNN video explaining “where all the [climate] skepticism comes from” on the IPCC AR5. 

Weisman says the fastest and easiest way to limit carbon emissions is population control

Editor’s note: Alan Weisman’s new book is “Countdown: Our Last, Best Hope for a Future on Earth?” (Little, Brown and Co). He is also the author of “The World Without Us,” a 2007 New York Times and international best-seller translated into 34 languages.

(CNN) — Charles Darwin once said that we can understand some parts of nature and the universe, but we can’t comprehend them.

For instance, take the fact that in the next 12 years, we’re projected to add another billion people. Since a billion seconds equal 31.7 years, at the rate people are arriving, we can’t even count them.

Or that the Intergovernmental Panel on Climate Change now says that if we want to stay below a 2-degree Celsius (3.6-degree Fahrenheit) increase in average global temperature, we can’t emit any more carbon dioxide than what’s released by burning 1 trillion tons of carbon. But we’ve already used more than half our allotment.

Alan Weisman

There’s a direct link between those two hard-to-grasp figures — the more humans, the more carbon.

Every mile we drive, ours cars emit about a pound of carbon dioxide. The average U.S. driver clocks 12,000 miles per year, pushing six tons of carbon up his auto’s tailpipe. The quarter-billion cars in the United States expel 150 million tons a year. In the whole world, there are now well over 1 billion cars.

Those numbers are mind-boggling, even before we add the exhaust from our industries, power plants, and home heating and cooling. No, we can’t easily comprehend the sheer scale of the problem, let alone imagine what we can do about it. But maybe this helps to frame it.

According to the World Resources Institute, to stay on the safe side of a …