19 mars 2009

Klimax dömda för grovt olaga intrång


Rättvisa har skipats! Åtta Klimaxaktivister dömdes idag till böter och villkorlig dom för olaga intrång på Bromma flygplats 2007.

Sandra Costa, (Klicka på bilden för att läsa artikeln), säger:

"– Jag tycker inte att det är vi som har begått ett brott. Det är politiker som satsar på fossil infrastruktur och bidrar till den globala uppvärmningen som ska ställas till svars."

Var har Sandra varit de senaste åren? På månen?

Samtliga politiker i Sverige försöker ju dagligen överträffa varandra för att bli grönast, klimatsmartast och mest koldioxidfientlig. I USA kanske terrorattacker ses som det största hotet men i Sverige är koldioxid det största hotet. Sverige är ju för bövelen världens mest miljövänligaste land. Världens politiker vallfärdar hit och kommer göra det i ännu större omfattning nu när Stockholm blev EU:s mest miljövänliga stad, för att inspireras av vårt miljöarbete.

Sist jag såg Klimaxaktivisterna var på Hornsgatan förra året. De blockerade vägen med jonglörer och människor i rastaflätor som delade ut sunkiga flygblad. Aktionen resulterade i en 2 kilometer lång bilkö på Ringvägen med bilar som stod på tomgång i över en timma...

Nej Klimax, lägg ner det här med global uppvärmning och börja engagera er i verkliga problem. Varför inte börja med problemen i äldrevården som Rapport hade ett inslag om ikväll? Där behövs det verkligen engagerade människor.

7 kommentarer:

Snowroller sa...

Vissa människor söker efter nåt att engagera sej i, inte för att de brinner för en sak, utan för att de vill få utlopp för sina känslor och framför allt, synas så mycket som möjligt. De är linslöss av den värsta graden. Hade det gällt nåt annat inom miljö och liknande hade de säkert hoppat på detta.

De kan dock inte tänka sej att förlika sej med äldre människor eftersom de är unga och inte kan tänka sej att de en dag ska bli gamla och gaggiga.

recon sa...

15 år bakom lås och bom skulle göra biffen och undvika fler töntar springandes på landningsbanorna. Om jag personligen ser Klimax på Bromma igen så ska dom få smaka propeller :)

Anonym sa...

Problemet med Klimax är att de som alla andra extrema vänsteraktivister har som första mål att vara samhällsomstörtande, så klimatet är bara ännu ett sätt för dem att hetsa unga miljöidealister till klasskamp.
Det blir väldigt tydligt att klimatfrågan är mer en politisk fråga än en vetenskaplig fråga.

Magnus sa...

Anonym. Ja, detta i en progressiv tidskrift är nog bara lite rakare och ärligare än Erik Svenson, Emretsson m fl:

"What happens when humans continue to pursue a capitalist economic system, that destroys vital oxygen-producing organisms from phytoplankton, to trees in fragile rainforest ecosystems? That is an easy one, yeh. The result would be a decreasing supply of oxygen in Earth's atmosphere, in relationship to other toxic gases. The greed-driven Petroleum-based economies of the Western World has put humanity and other life much closer to the brink, than what "mainstream" environmental groups would care to admit."

Lisa sa...

Du verkar ha för mycket fritid...

Skeptikern sa...

Lisa: Klimax har för mycket fritid.

Anonym sa...

From Nasa http://www.nasa.gov/topics/earth/features/world_avoided.html

The year is 2065. Nearly two-thirds of Earth's ozone is gone -- not just over the poles, but everywhere. The infamous ozone hole over Antarctica, first discovered in the 1980s, is a year-round fixture, with a twin over the North Pole. The ultraviolet (UV) radiation falling on mid-latitude cities like Washington, D.C., is strong enough to cause sunburn in just five minutes. DNA-mutating UV radiation is up 650 percent, with likely harmful effects on plants, animals and human skin cancer rates.

Such is the world we would have inherited if 193 nations had not agreed to ban ozone-depleting substances, according to atmospheric chemists at NASA's Goddard Space Flight Center, Greenbelt, Md., Johns Hopkins University, Baltimore, and the Netherlands Environmental Assessment Agency, Bilthoven.

Led by Goddard scientist Paul Newman, the team simulated "what might have been" if chlorofluorocarbons (CFCs) and similar chemicals were not banned through the treaty known as the Montreal Protocol. The simulation used a comprehensive model that included atmospheric chemical effects, wind changes, and radiation changes. The analysis has been published online in the journal Atmospheric Chemistry and Physics.

"Ozone science and monitoring has improved over the past two decades, and we have moved to a phase where we need to be accountable," said Newman, who is co-chair of the United Nations Environment Programme's Scientific Assessment Panel to review the state of the ozone layer and the environmental impact of ozone regulation. "We are at the point where we have to ask: Were we right about ozone? Did the Montreal Protocol work? What kind of world was avoided by phasing out ozone-depleting substances?"

Ozone is Earth's natural sunscreen, absorbing and blocking most of the incoming UV radiation from the sun and protecting life from DNA-damaging radiation. The gas is naturally created and replenished by a photochemical reaction in the upper atmosphere where UV rays break oxygen molecules (O2) into individual atoms that then recombine into three-part molecules (O3). As it is moved around the globe by upper level winds, ozone is slowly depleted by naturally occurring atmospheric gases. It is a system in natural balance.

But chlorofluorocarbons -- invented in 1928 as refrigerants and as inert carriers for chemical sprays -- upset that balance. Researchers discovered in the 1970s and 1980s that while CFCs are inert at Earth's surface, they are quite reactive in the stratosphere (10 to 50 kilometers altitude, or 6 to 31 miles), where roughly 90 percent of the planet's ozone accumulates. UV radiation causes CFCs and similar bromine compounds in the stratosphere to break up into elemental chlorine and bromine that readily destroy ozone molecules. Worst of all, such ozone depleting substances can reside for several decades in the stratosphere before breaking down.

In the 1980s, ozone-depleting substances opened a wintertime "hole" over Antarctica and opened the eyes of the world to the effects of human activity on the atmosphere. By 1987, the World Meteorological Organization and United Nations Environment Program had brought together scientists, diplomats, environmental advocates, governments, industry representatives, and non-governmental organizations to forge an agreement to phase out the chemicals. In January 1989, the Montreal Protocol went into force, the first-ever international agreement on regulation of chemical pollutants.

“The regulation of ozone depleting substances was based upon the evidence gathered by the science community and the consent of industry and government leaders," Newman noted. "The regulation pre-supposed that a lack of action would lead to severe ozone depletion, with consequent severe increases of solar UV radiation levels at the Earth’s surface."

In the new analysis, Newman and colleagues "set out to predict ozone losses as if nothing had been done to stop them." Their "world avoided" simulation took months of computer time to process.

The team started with the Goddard Earth Observing System Chemistry-Climate Model (GEOS-CCM), an earth system model of atmospheric circulation that accounts for variations in solar energy, atmospheric chemical reactions, temperature variations and winds, and other elements of global climate change. For instance, the new model accounts for how changes in the stratosphere influence changes in the troposphere (the air masses near Earth's surface). Ozone losses change the temperature in different parts of the atmosphere, and those changes promote or suppress chemical reactions.

The researchers then increased the emission of CFCs and similar compounds by 3 percent per year, a rate about half the growth rate for the early 1970s. Then they let the simulated world evolve from 1975 to 2065.

By the simulated year 2020, 17 percent of all ozone is depleted globally, as assessed by a drop in Dobson Units (DU), the unit of measurement used to quantify a given concentration of ozone. An ozone hole starts to form each year over the Arctic, which was once a place of prodigious ozone levels.

By 2040, global ozone concentrations fall below 220 DU, the same levels that currently comprise the "hole" over Antarctica. (In 1974, globally averaged ozone was 315 DU.) The UV index in mid-latitude cities reaches 15 around noon on a clear summer day (a UV index of 10 is considered extreme today.), giving a perceptible sunburn in about 10 minutes. Over Antarctica, the ozone hole becomes a year-round fixture.

In the 2050s, something strange happens in the modeled world: Ozone levels in the stratosphere over the tropics collapse to near zero in a process similar to the one that creates the Antarctic ozone hole.

By the end of the model run in 2065, global ozone drops to 110 DU, a 67 percent drop from the 1970s. Year-round polar values hover between 50 and 100 DU (down from 300-500 in 1960). The intensity of UV radiation at Earth's surface doubles; at certain shorter wavelengths, intensity rises by as much as 10,000 times. Skin cancer-causing radiation soars.

"Our world avoided calculation goes a little beyond what I thought would happen," said Goddard scientist and study co-author Richard Stolarski, who was among the pioneers of atmospheric ozone chemistry in the 1970s. "The quantities may not be absolutely correct, but the basic results clearly indicate what could have happened to the atmosphere. And models sometimes show you something you weren't expecting, like the precipitous drop in the tropics."

"We simulated a world avoided," said Newman, "and it's a world we should be glad we avoided."

The real world of CFC regulation has been somewhat kinder. Production of ozone-depleting substances was mostly halted about 15 years ago, though their abundance is only beginning to decline because the chemicals can reside in the atmosphere for 50 to 100 years. The peak abundance of CFCs in the atmosphere occurred around 2000, and has decreased by roughly 4 percent to date.

Stratospheric ozone has been depleted by 5 to 6 percent at middle latitudes, but has somewhat rebounded in recent years. The largest recorded Antarctic ozone hole was recorded in 2006.

"I didn't think that the Montreal Protocol would work as well as it has, but I was pretty naive about the politics," Stolarski added. "The Montreal Protocol is a remarkable international agreement that should be studied by those involved with global warming and the attempts to reach international agreement on that topic."