Global Over Warming
It's too much warming, global over warming, that's the
problem, not global warming. Global warming is necessary to keep
the Earth warm enough for life to exist. The average temperature
on Earth without global warming would be zero degrees
Fahrenheit.
Average Temperature Without Global Warming (.gov)
Reducing CO2 Emissions Is Still Adding CO2: Removing The
Excess CO2 Already In The Atmosphere Is Truly Necessary:
The exact reason why we have global warming is that more CO2
(carbon dioxide) has been released (since the early 80s) than all
plant life can remove (by photosynthesis). In the U.S. there's a
lot of talk about laws and technology to reduce the amount of CO2
being released into the atmosphere (emissions). Reducing CO2
emissions will not stop or reverse global warming because
reducing CO2 emissions is still CO2 emissions. According to Al
Gore in his Nobel Prize acceptance speech, each day "70 million
tons" of global warming gases are added to the atmosphere each
day. If we reduce CO2 emissions to 30 million tons each day,
obviously adding 30 million tons of CO2 each day to the
atmosphere is not going to stop global warming because there's
already more CO2 in the atmosphere than all the plant life on
Earth can handle. Even if CO2 emissions were reduced to zero,
global warming would continue because of the excess CO2 in the
atmosphere. While reducing CO2 emissions is necessary, reducing
CO2 emissions alone can not stop global warming.
If effective CO2 removing technology isn't developed, as
temperatures become higher and higher, more and more forms of
plant life will die off in larger and larger areas. As plant
life dies off there will be a greater demand for the plant life
that hasn't died off (fruits and vegetables and plant life to
feed livestock). As global warming continues, most plant life
will die and the rest will be eaten.
Man starving himself to death by causing global warming may
not be relief for other life on Earth. Global warming, can lead
to the runaway greenhouse effect. Humidity is the central problem
in the runaway greenhouse effect. Like CO2, humidity also keeps
solar rays from leaving the Earth's atmosphere. As more water
evaporates into humidity, more humidity prevents more solar rays
from leaving the Earth's atmosphere, more solar rays heats the
Earth even more, causing more water to evaporate into more
humidity. The cycle leads to 900 degree Fahrenheit weather. The
weather on Venus is a great example of the runaway green house
effect.
Plant Life Can Use Only So Much CO2
Other Vehicle/Industry Emissions Hard On Plant
Life
Since we have excess warming of the Earth (global over
warming) and nothing is removing the excess CO2 from the
atmosphere, it's best to assume the runaway greenhouse effect
is on the way. The only thing that can prevent the runaway
greenhouse effect is to stop global warming with a strategy and
or device that removes more CO2 from the atmosphere than is
released into the atmosphere. Capturing and storing more than 70
millions tons of CO2 a day would be quite difficult. It's much
more realistic to find a way to split CO2 into carbon and oxygen
(C and O2), like plants and some algae
do.
Eleven of The Last 13 Years Were The Warmest In
Recorded History (12/07)
We're Lucky CO2 Is The Problem
It may sound quite unbelievable to say that we're lucky that
the current cause of global warming is CO2, but for two reasons
we are. First, plant life via photosynthesis splits CO2 into C
(carbon) and O2 (oxygen), which are not global warming gases. We
can work with photosynthesis to stop global warming. Second, CO2
is heavier than air so it hovers at the Earth's surface where it
can be reached to be removed. The are other global warming gases
(methane, ozone, CFCs, and many others) that are not used by
plant life and do not hover at the Earth's surface. Freon 318 for
example is 10,000 times more insulative than CO2. Sulfur
Hexafluoride is 22,000 times more insulative than CO2. If we
manage to gain control of CO2 and stop global warming and then
cause global warming again by excessive release of these other
global warming gases, even if the problem is miraculously solved,
the destruction of plant life and oceans from the first global
warming crisis may not recover enough to survive the second
global warming crisis.
Chart Of The Other Global Warming Gases
(.gov)
In The News
The Candidates
It's hard enough to figure out how to undo global warming, but
when Katie Couric asked the candidates about global warming, not
one had anything to say about removing excess CO2 from the
atmosphere. Apparently they think the forests of the world that
are being deforested are going to remove the accumulation of CO2
from 50 years of coal and oil burning. (Photosynthesis of plants
dismantles CO2.)
Global warming, Scary Candidates
Apparently They Didn't Read Their Own Report
(.gov)
Tell Your US and State Governments Your Concerns On
Global Warming
Your
Congressman/Congresswoman
Your U.S. Senator
You Governor
Your State (choose legislator at left)
Here's a great letter you're welcome to use to send your
senators, congressmen, congresswomen, assemblymen, and
assemblywomen.
Dear ...... ,
Two solutions are needed to reverse global warming.
First, a government driven effort no different than the effort
to develop the nuclear bomb is needed to remove the excess CO2
already in the atmosphere. Plants do it by photosynthesis, we can
develop a device or method to remove excess CO2.
(CO2 to CO and Oxygen Project (12/07))
Second, the government has to get involved in the development
of fuel cell cars and electric cars for all countries to use for
transportation and electricity generation. Part of the
development of the computer was the successful British government
effort (the Colossus) to decipher encrypted messages between Nazi
generals. Global warming is a much greater threat than Hitler
ever was.
Please answer these questions:
1) What bills have you written that would require the
government to remove excess CO2 from the atmosphere to
stop global warming?
2) How much money have you been able to allocate for
developing inexpensive fuel cells to stop global warming?
3) All the oil companies say global warming doesn't exist.
What bills have you written to prevent oil companies from buying
and shelving green technologies being developed to force people
to continue buying petroleum products?
Thank You,
Ten Personal Solutions
Five Common Sense Solutions
FAQs on Global Warming
The
Scientific Alliance
What You Can Do (.gov)
What You Can Do
Calculate Your Carbon Footprint
FAQs on
Global Warming
Union Of Concerned Scientists
Global
Warming.org
Global Warming Part 1 - Warming of the Earth's Surface
The energy the Earth and it's atmosphere receive from the sun
is called solar energy. Solar energy is made up of
infrared light (IR), sunlight, ultra violet light, and x-rays.
There are two types of infrared light, near infrared and far
infrared. Far infrared is heat. Near infrared is invisible
light.
About 30% of solar energy never reaches the Earth because it's
reflected back into outer space by clouds and light colors of the
Earth (sand, snow, ice). About 25% of solar energy is absorbed by
the upper atmosphere and clouds in the lower atmosphere. The
lower atmosphere (troposphere) is the air between the surface of
the Earth and up about 50,000 feet. About 45% of solar energy is
absorbed by the different surfaces of the Earth (plant leaves,
darker color land, oceans and seas).
Most of the solar energy reaching the Earth's surface is
sunlight. When a surface absorbs sunlight energy, the sunlight
energy changes is changed to a different form of energy - heat.
(It's not any different than heating something in a microwave
oven, except the wavelength of sunlight is different than
microwaves.)
Solar Energy In The Atmosphere
Temperature of The Atmosphere
The heat will move further into the Earth and will also rise
and warm the lower atmosphere. Eventually all of the heat will
leave the surface and rise into the lower atmosphere then the
upper atmosphere and into outer space. This is most noticeable at
night time when the sun is not warming the surface. Of course as
the sun continues to shine the surface is kept heated.
Before the heat rises to outer space, much of it temporarily
collects in the lower atmosphere helping to keep the Earth warm;
this is global warming and is correctly called global
warming. The lower atmosphere is like a blanket and slows
the release of heat a little, causing heat to collect and keep
the Earth's surface warm. Without the insulating effect of the
lower atmosphere, the temperature of the Earth's surface would
average about zero degree Fahrenheit. Even though zero degrees is
pretty cold, it's still pretty warm considering the temperature
outside the Earth's atmosphere (outer space) is 455 degrees below
zero (minus 455 degrees). Below the land and oceans at the center
of the Earth is the Earth's blazing hot core (about 9,000°F),
which does most of the heating of the Earth.
Average Temperature Without Global Warming
Average Temp. of
the Earth's Surface 1950-99
Average Temperature of the Earth
Earth's Internal Structure
The Core
Global Warming Part 2 - Warming Of The Earth's Lower
Atmosphere
The heat leaving the Earth's surface is absorbed and then
dissipated by the CO2, moisture, and methane in the Earth's lower
atmosphere. The heat is dissipated in all directions including
back towards the Earth. CO2 collects in the lower because CO2 is
twice as heavy as air. The lower atmosphere also contains plenty
of moisture (humidity, clouds) and methane, both of which are
also heavier than air. When the amount of CO2 in the lower
atmosphere increases, it's somewhat like adding more blankets
except that the more the Earth is insulated with CO2 the warmer
the Earth's surface becomes and with a warmer surface more liquid
water will become a gas (humidity, clouds) which insulates the
Earth's surface even more. As the Earth's surface becomes more
and more insulated by CO2 and gaseous water, the slower and
slower the heat leaves the Earth's lower atmosphere; this
is global over warming and is incorrectly called global
warming. (But this site also calls global over
warming by the common term global warming because the
term global over warming is not a term recognized by search
engines; getting the message out is more important than
terminology). Simply put, global over warming energy coming into
the environment faster than the energy is leaving the Earth.
Too Much CO2
Sources of CO2
CO2 is twice as heavy as air, so CO2 stays close to the
Earth's surface. Global warming is caused by too much CO2 being
released into the atmosphere. The break down (burning) of oil,
gasoline, and coal as sources of energy to run machinery releases
the CO2 in these fuels. With the world using millions of barrels
of oil and millions of tons of coal each day, it's easy to see
why so much CO2 is being released into the atmosphere each day.
Some of the excess CO2 is being absorbed by the oceans causing
the pH of oceans to lower which harms ocean life.
CO2 Emissions of 50,000
Power Plants
Effects of Global Warming On Weather
When something is warmer it has more energy. Warmer oceans and
warmer weather systems create larger and more powerful
hurricanes, tornadoes, typhoons, and other types of weather.
Dimming The Sun
Global warming has actually been slowed some by pollution.
Pollution in the atmosphere reflects some sunlight back into
outer space. Ash from volcanic eruptions also reflects sunlight
back into outer space. Three major volcanic eruptions brought on
what's called the little ice age. No doubt pollution standards
will be reduced in the future if they haven't already started
lowering pollution standards.
Dimming
The Sun
"LIA": Little Ice Age
A Simple Analogy
Here's a simple analogy demonstration of global warming:
Imagine a pitcher is the Earth and its atmosphere. Water in
the pitcher at a level 1/2 and represents the normal level of CO2
and other greenhouse gases. Imagine a 1" diameter hole in the
pitcher. CO2 entering the atmosphere from the excessive oil and
coal burning in the U.S., similar countries, and CO2 from natural
sources is represented by water moving into the pitcher through
the 1" hole. Imagine another hole in the pitcher 1/4" in
diameter. Plant life which removes CO2 from the atmosphere by
changing it to C (carbon) and O2 (oxygen)
is represented by water leaving the pitcher through the 1/4"
hole.
Global warming is represented by more water coming into the
pitcher than leaving the pitcher causing the water level to rise.
Since we all can see the Earth is warming with our own eyes,
let's say that currently the water level in the pitcher is now
more than 1/2 full. Water overflowing the pitcher represents the
runaway greenhouse effect. The runaway greenhouse effect would
overheat the Earth until all plant life dies off, starving all
animals and man to death.
Obviously more water will come into the pitcher through the 1"
hole than leaves the pitcher through the 1/4" hole. So if you
reduce the 1" hole to 1/2 " by reducing energy use (reducing the
70 million tons of greenhouse gases released every day to 35
million tons every day), the water will continue to rise and soon
overfill the pitcher causing the runaway greenhouse effect. So
the belief that reducing energy will prevent the runaway
greenhouse effect from occurring is clearly false and
mathematically insane. The only way to bring the water level back
to 1/2 full is to remove more CO2 from the atmosphere than is
being released into the atmosphere until a normal level of CO2 in
the atmosphere is reached.
To Those Who Think Global Warming Isn't A Danger,
What are the consequences if we do nothing about
global warming and you're wrong? The consequences will be the
Earth becoming another 900 degree Venus, the end of all life on
Earth. What are the consequences if global warming isn't a danger
but in believing it is a danger we develop ways to remove excess
CO2 from the atmosphere, stop CO2 emissions by avoiding oil, and
use solar, geothermal, fuel cell, and other non polluting forms
of energy? The consequences will be less pollution, less
expensive transportation costs, and a world economy not dependent
on the Middle East.
©2008
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