http://www.marsanomalyresearch.com/evidence-reports/2004/072/opportunity-mixed.htm

 

 

  Right Click on the thumbnail below then click on "copy" and then transfer a copy to your computer pictures file by right clicking on the page and then click on "paste". Then the 1.87mb file will be in your computer. You should examine the file using an appropriate application.   

 

 

 

 

 

 

This summer 2008 is colder than the "Global Warming" lobby would have us believe it to be. All indications are that CO2 Carbon Dioxide levels are up when temperatures are up and down when temperartures are down. This is not because levels of CO2 cause the temperatures to go up but rather the other way around. Hot air is able to hold higher levels of water and Carbon Dioxide. As the air cools thus the level of water and Carbon Dioxide held in that air goes down. The Global Warming is not being caused by higher levels of CO2. It is correlating directly with SUNSPOT ACTIVITY and is affecting the entire solar system. This summer there have been zero sunspots for more than an entire month. Last time this occured was three century ago and resulted in an amazingly low minus 100*C below zero in London. That event was the trigger for climate research as we come to know it today. So are we due for colder weather ? My answer is absolutely yes. Look at the chart below and judge for yourself. PS: Having written the above I have now found out that infact there have been zero sunspot activity for the past four months. This is getting to be rather serious. Please prepare yourselves for the winter that is now with us and for the winters that are yet to come. Notice that there have been serious crop failours in various countries due to extra heavy rain as a result of the falling temperatures.

 

Since writing the above I am amazed to see that there have been no sunspots since the middle of May 2008 through to today middle of March 2009. That is a full ten months without sunspots. Lack of sunspot activity will continue to cause the heliospheric bubble to be weakened. Thus allowing Cosmic Rays to get into the inner solar system. This Cosmic Ray activity stimulates the formation of clouds that otherwise would not exist. These clouds then reflect sunlight back into space before it can affect the Earth. Thus temperatures are falling globally. We should seriously start to prepare for Ice Age.  Further indication that temperatures are falling at a rapid rate is in that the North Polar Ice Cap in the year 2008 at its summer minimum was 10% larger than at the summer minimum 2007.

 

Go to www.iceagenow.com  for the most up to date information.

 

  

 

 

  

 

 

 

 

It is arsenic, but not as we know it.

Author : Michael Reilly

A deadly poison, arsenic is best known for snuffing out life. But could it (have)

played a role in the origins of life on earth ? Felisa Wolfe-Simon of Harvard University thinks so, because the toxin behaves so similarly to Phosphorus, an essential ingredient in nearly all living things. Much more, Arsenic would have been available in (the) Earth's primordial oceans than Phosphorus (would have been). While microbial activity was necessary later to unlock phosphorus from the rocks, Arsenic could have dissolved in water from hydrothermal vents. Phosphorus binds to four oxygen atoms to form a negatively charged Phosphate ion that is used to build the backbone of (the) DNA's double helix. Phosphate is also key in Adenosine Triphosphate (ATP), the "universal energy currency" that supplies energy to most (of) life on Earth. Wolfe-Simon and Paul Davies of Arizona State University in Tempe think Arsenic could do the same jobs. Just as Phosphorus forms Phosphate ions, so Arsenic readily forms Arsenate ions. Arsenate is not suitable for life (on Earth) today, because it tends to latch onto Adenosine Diphosphate molecules, blocking the production of ATP. However, without much Phosphorus available, the first life (on Earth) might have evolved to make use of the next best thing, Wolfe-Simon says. , the "A" letter in (the) DNA code of A, C, G and T, Wolfe-Simon says. If early life did use Arsenate, (then) single-celled organisms with Arsenate based DNA may still be around today wherever Phosphorus is scarce. The only stumbling block to the idea is that Arsenic based DNA tends to break down quickly."You do not want to build your DNA out of a compound with a half-life in the order of a couple of minutes," points out Steve Benner of the Foundation for Applied Molecular Evolution in Gainesville, Florida. However, he points out that it could be a good thing in extreme cold, where chemical reactions move very slowly. Microbes living in Antarctica or on Saturns moon Titan might find Phosphate based DNA (to be) too sluggish to work with and (thus) have evolved to take advantage of (the) faster-reacting Arsenate instead.

Source : NEW SCIENTIST 26 April 2008 Pg 10.

Grammar corrections inserted by independent editor DEEPBLUESKY (tm).