POLAR BEARS – SUMMER VISITORS AND CO2

Polar bears are amazing, living in an amazing environment!
There is another amazing creature in the Arctic, a summer visitor!
They understand climate and there is much we can learn from them to understand CO2.

They lead us to answer some big questions:
What if it’s not about burning coal?
What if CO2 is not the main contributor to Global Warming?
What if there are different questions to ask and study?

“Science” knows that:
– CO2 is increasing faster and faster since starting to rise very rapidly in 1980
– Air temperature has been rising at a constant rate after 1980
– Temperature had not increased for 100 years of the industrial revolution
– Area of sea ice over the Arctic Ocean has been decreasing since 1995
– Models based on CO2 acting as a gas blanket do indeed predict doom.

“Settled Science”, knowing all this, decides that to save our planet:
– CO2 must be the demon that must be controlled;
– Concentration is much too high and must be lowered immediately
– It may be too late to save the planet;
– The tipping point may have been passed:
– No price is too high to save the Bears, the planet, and us.

But what if these things that we measure are like wheels on a car, all controlled and directed by a steering wheel we do not yet recognize or understand?

Lets look for answers by understanding why CO2 concentration is running away.

The amazing summer visitor to the North Pole is called the Arctic Tern. Many thousands of Terns fly over 12,000 miles each spring to spend summers with the Polar Bears. They can fly over 300 miles a day. Rather than working hard by flapping their wings, they glide effortlessly much of the time. They can even sleep while they glide. Before winter sets in, they reverse course flying 12,000 miles south. Understanding how they glide can teach us about CO2 concentration.
Yes, of course it sounds ridiculous but please read on. It is really basic science.

They are not the only birds that glide or soar. Eagles, Hawks, Condors , Gulls, Storks, Albatross etc. can soar and glide. Man has also learned how to soar in gliders and sailplanes. All take advantage of the science of rising air currents. Gliding and Soaring are possible wherever air is rising as it does flowing up hills, or up and over ridges or mountain sides, or over a “thermal”.
“Thermals”, our main interest, are rising columns of air and occur over hot places on the ground like over cities with black roads and roofs, or over a power plant with a plume of rising stack gas.

Thermals, the column of rising air, can rise thousands of feet, and surprise, they do not disperse but maintain their slender shape while they rise.
( Go to aviationweather.ws scroll down to Chapter 16 and select Thermal soaring)

 

Thermals UPEmbed the ‘slender waist’ feature of Figure 147 in your mind; it is a very important feature.
Heat sources include chimneys, factories and cities.

There are many more examples:
1 At a kitchen stove, a pot of boiling water creates a column of low density water vapor.
2 Air over a city is warmer and less dense than surrounding air.
Asphalt roads, roofs and parking lots absorb sunlight, become hot and heat city air.
Cities use a lot of energy in lights, factory and office equipment, cars and trucks.
Trees are plentiful in most cities transpiring low density water vapor.
3 Clouds demonstrate the slender waist principle; they do not disperse as they drift along; there is little turbulence at their altitude to aid dispersion. Clouds float at an altitude where their mixture of very small water droplets and humid air equals the density of surrounding air.

THERMALS AND CO2 CONCENTRATION

It is time for some simple science explaining the connection of ‘thermals’ to CO2 concentration.
Simple chemistry that you might have learned in high school is useful but not required to understand this connection.

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We, the people, are burning a lot of clean burning natural gas, and burning more every day.
What happens to the gas that goes up the stack? We need to know to understand CO2.

First the Chemistry:
Methane, is chemically CH4, made of carbon and hydrogen; both react with oxygen.
CH4 + air ( oxygen and nitrogen ) => CO2 + 2 H2O + the Nitrogen from the air.
CO2 is a dense gas, 1.5 times as dense as air and if pure it will ‘sink’ to the ground.
H2O vapor is very light, about half as dense as air. Water vapor rises rapidly.
Due to the water vapor, the exhaust gas is 20% lighter than air; and it rises, rapidly.
Each power plant that burns natural gas, creates a lot of stack gas that is less dense than air.
As it leaves the power plant it is like a hot air balloon that rises fast and far.

SO, WE HAVE THERMALS, SO WHAT?? WHY IS IT IMPORTANT??
THE NEXT STEP IS SIMPLE PHYSICS:1048 CO2 graph 800 to 2100

We need to ask, what happens to the rising column of CO2 & water-vapor?
1 Until the water vapor is condensed this “THERMAL” remains less dense than air and keeps rising, and rising, and rising into the atmosphere.
2 There are no forests, or bodies of water in the upper atmosphere to remove CO2.
3 In time, CO2 molecules disperse into the entire atmosphere increasing CO2 concentration.
4 Green plants and water absorb a lot of CO2 but do not keep up with our present burn rate.
5 Further, CO2 from burning natural gas enters the atmosphere at very high altitudes, far from the green plants and trees that convert the CO2 into cellulose.
6 All wind/solar power is intermittent; usually a gas burning turbine is used as back-up.
7 The more natural gas we burn, the higher the CO2 concentration becomes.
8 Burning more natural gas each day means the concentration of CO2 in our air must rise.

CO2 HAS INCREASED, AND IT MUST CONTINUE TO INCREASE, & RAPIDLY.
CHEMISTRY IS CORRECT. PHYSICS IS CORRECT AND WORKS.

SO CO2 INCREASES; SO WHAT? WHAT DOES THAT HAVE TO DO WITH ANYTHING?

Think it through, carefully!
Until there is economical battery or other standby power, shutting down coal and nuclear and installing intermittent solar/wind will require more gas burning plants – which will continue increasing CO2 concentration drastically.

Please share your knowledge and wisdom in the comments below.

Credits will be gratefully given in a future issue since this is an on-going conversation.
Make a comment or email me directly.

if you are interested in this subject, subscribe to the blog!

Illustrations courtesy of aviationweather.ws

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Polar Bears in the Hot Tub

POLAR BEARS are COOL
They live on top of the world.
They have it all to themselves.
Northern Lights provide wide screen entertainment.
No people, No cars.
Few other animals; None as powerful.
No trees, No bugs, No noisy crows.
For dinner, Seals come to them while they wait.
All summer, large swimming pools, everywhere.

BUT, ARE ALL THOSE SWIMMING POOLS BECOMING HOT TUBS??

Polar Bears – HISTORICAL DATA

Life was especially great until 1900 when there were an estimated 25,000 bears.
Then long range rifles with telescope sights were invented.
Bear population dropped significantly to between 5,000 and 10,000 bears.
Then, between 1956 and 1994 Northern nations prohibited hunting.
From 2008 to 2017 the population of  Polar Bears rebounded and today there are about 31,000.
Polar Bears – Facts & Myths; Susan J Crockford
After 1990, people, concerned people, began showing up, but armed with cameras, airplanes, satellites in the sky.
Pictures were published; concerned people, started drawing conclusions!

POLAR BEARS – ARCTIC ICE & PUBLIC CONCERNS

Satellite photos showed that ice at the North Pole was melting!
Many research papers were published on causes!
“Ninety-seven percent” of selected scientists agreed; “greenhouse gasses are the cause”!
This is a man-made Catastrophe!
Polar bears will die from lack of ice and food!
The planet will die from hot weather; we will all die!
Burning fossil fuels must be stopped to eliminate CO2!
International Conferences were held in Japan and France!
Political leaders promised to save the polar bears and us!
What if it’s not about us?
What if it’s not about CO2?
What if it’s not about burning fossil fuels?

POLAR BEARS – EARTHQUAKES BENEATH THEIR FEET

Who is not aware of the volcanic eruption of Mount Saint Helens in 1980?
Volcanologists and geologists ‘listened’ to the earthquakes before it erupted.
They established a “RED ZONE” around the mountain and ordered everyone to evacuate.
They established an outer “BLUE ZONE” where only permitted people could go.
Three people died in the red zone.
Three died in the “blue zone” with permits to be there.
Fifty-one other people died outside the blue zone which was considered ‘safe’.
Many lives were saved because scientists listened to the earthquake warnings of rising magma.

Earthquakes under the Arctic Ocean have been active and talking to us since 1975.
They are telling us about white hot magma under the Arctic Ocean and it’s volcanic Islands.
Should we not listen to save Bears, our resources and maybe our lives??

Image of the arctic circle

Earthquake records can be found at earthquaketrack.com where time, location, magnitude and depth are

available for many selectable regions. They do not predict catastrophic eruptions!
They do accurately identify areas of rising white hot magma!

Like the Hawaiian Island Chain, the volcanic islands of Iceland, Jan Mayen, Svalbard and Russia’s Severnaya form a straight line chain of active volcanic islands over 2500 miles long.
There is also a parallel undersea ridge some 2600 miles long with similar volcanic activity.
Further, there are active branches to the undersea ridge.
Total length is over 7,000 miles of active earthquakes and rising magma.
The area of hot rock under the Arctic is purely an estimate.
A report estimated the width as up to 150 miles, much wider than earlier estimates.
Then if we add the vertical area of the cracks and channels, the area is truly enormous.
That means over 1,000,000 square miles of hot seafloor to heat THE POLAR BEAR TUBS.

Numerous earthquakes have been recorded under these Islands and Ocean since 1953.
Please note the triangles and dots at the bottom of the graph; annual quake intensity (energy)
triangles between 1960 and 1980 indicate near zero quakes;
Dots after 1980 indicate many quakes, each dot the total earthquake energy for one year.
An example is one location on Iceland which peaked in 2015:
2013 – 5 quakes; 2014 – 8; 2015 – 51; 2016 – 1; 2017 – 1. The quakes started in 1980, reached a peak in 2015 and have diminished to 1 in 2016 and 2017. The magma is no longer rising and the rocky seabed is cooling! If earthquakes do not return, ice will likely return.
It will likely take several years for the existing hot rock to cool and the ice to return.

POLAR BEARS – WILL THEIR HOT TUBS GET HOTTER?

The following chart of data is very helpful in understanding the data.
It was created to visualize the connections between CO2 concentration and air temperature, the area of winter ice, area of summer ice, and earthquakes.

June Land and Ocean Surface Mean Temp Anomalies Graph

Polar Bear Graph

Earthquake records show almost no earthquakes in the Arctic region for a period before 1980.
1   CO2 ppm was rising smoothly from 320 ppm in 1960 to 410 ppm in 2017!
2   Temperature did not rise until 1980; 20 years of no response to rising CO2!!
Actually, in 1880, 100 years earlier, the air temperature was the same as in 1980!
Clearly, air temperature and ice are responding to a different energy source.!!!
3   Winter ice area decreased only after 1990, 10 years after temperature increased!
4    Summer ice area started decreasing in 1998, 18 years after the rising temperature !
Summer ice did not respond to CO2 at all for 18 years of temperature increases!!
5   Thinner winter ice, 1 to 3 feet thick, responded more quickly to magma and earthquakes.
And very significant!!, only along the Russian shore!!
6    Thicker summer ice area, up to 10 feet thick, responded 16 years later.
7    Norwegian expeditions in 2005 and 2008 at 73 deg. North latitude on the Mid-Atlantic Ridge near Loki’s Castle north of Iceland, reported numerous underwater volcanoes and thermal steam vents measuring up to 570 degrees F. The magma is there!!
8    Another Norwegian expedition in 1922 studied unusual melting of sea ice and glaciers north of Svalbard. See a following page for a copy of the published report. Note, accurate records of global earthquakes were not available at this time, 100 years ago.
9     In 2013, Dr Jorge of Norway reported the discovery of an underwater volcanic ridge  between Iceland and Svalbard  1,500 KM; equal to the distance from San Francisco to New York City.
http://www.acadiau.ca/~raeside/quizzes/quiz-11clue.html
ttps://wattsupwiththat.com/2013/08/02/hot-times-near-svalbard-volcanic-range-discovered/

Note the section on underwater volcanoes and thermal vents.
There can be no doubt that there is a long and large area of hot magma beneath the island chain. 
10    Satellite photos show the ice is melting along the Russian shores but not along the Canadian shore. This is just as it should be!

Seawater of the Arctic Ocean is circulating in a counterclockwise direction.
This means it flows over the earthquake zones and gets hotter, then flows along the Russian shore melting ice and cooling off. By the time this heated seawater flows under the ice north of Canada it has cooled off and can no longer melt ice.

There can be no doubt that there is a major source of heat under the Arctic Ocean north of Iceland and Russia!
Earthquakes are telling us the Magma had been rising under the Arctic Ocean!!
And, as for the future, these earthquakes have largely stopped – the magma is not rising now.
If the magma is not rising; this source of heat will disappear.
No help needed from much less powerful human beings!

There is a growing interest in the earthquake-magma-volcano field by earth scientists.
Dr Tolstoy commented that magma may be affecting earths temperature.

Chapter two will explore the history of CO2 concentration in our atmosphere.
The rise is not as simple as “we are burning more so it is rising.”
Nor will CO2 stop rising if we stop burning coal and convert to wind/solar.

Chapter three will discuss the second source of energy that is raising air temperature and
affecting melting ice at the Arctic Ocean and Greenland’s ice fields.