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Tuesday, January 9, 2018

We need more CO2 in the air, not less

I ran out of jokes today !
  Note to wifey:
I already know
you're going to 
read this, and say
" what jokes? "
when you see me later.

It's nice to have a wife
with a sense of humor !

And if you say that,
I'll tell everyone,
the first time I was 
introduced to you,
on July 7, 1977, 
at work,
I actually said: 
" I just flew in from New York.
Boy, are my arms tired !" 

And here we are still together,
40.5 years later,
and I know more than ever before
that you are the perfect woman for me
... to annoy for the rest of my life
with bad jokes !

Unfortunately, 
this here post,
is a serious science post,
with only one insult
directed to leftists,
at the end,
to wake up readers:


All  life  is  carbon  based.

Most carbon is from
CO2 in the atmosphere.

18,000 to 20,000 years ago, 
at the last peak glaciation,
CO2 levels were the lowest ever 
-- in the 150 to 200ppm range --
low enough to stunt plant growth. 

Below 150 parts per million.
plants would begin dying
from CO2 starvation.

Fossil fuels burned for energy 
reversed a CO2 downtrend 
that could have ended
life on our planet.

Human CO2 emissions
have ensured the long-term 
continuation of life on Earth.

That good news 
easily offsets the
unproven hypothesis 
that human CO2 emissions 
will cause 
catastrophic warming.


The average temperature
has almost certainly increased
since the lowest temperatures
of the "Little Ice Age'
in the late 1600's.

Probably by 
at least +2 degrees C.

CO2 is a greenhouse gas
likely to produce mild, harmless
global warming, so minor
that the average temperature,
in the 'age of man made CO2'
after 1940, spent more time
going down (1940 to 1975),
or being steady (2000 to 2015),
than going up (1975 to 2000).

Earth’s climate is a chaotic, 
non-linear, multi-variable system 
with unpredictable feedbacks, 
both positive and negative. 

The future climate 
can not  be predicted.

The original source of CO2 
in the air is believed to be
massive volcanic eruptions 
during Earth’s early days.

Extreme heat 
caused the 
oxidation of carbon
in Earth’s interior,
to form CO2.

Today CO2 
is a minor gas
at only 0.04% 
of the atmosphere.

CO2 has been absorbed 
by the oceans and other 
bodies of water, where it is
food for phytoplankton 
and kelp. 

The carbon cycle
is a complex series 
of exchanges among
the atmosphere, 
the hydrosphere, 
living species and 
decomposing 
organic matter 
in soils and sediments.

The majority of the carbon 
absorbed from the atmosphere 
by plants is now deep deposits 
of minerals 
(carbonaceous rock),
such as chalk, limestone, 
marble, dolomite
... and fossil fuels. 


The majority of 
the sequestered carbon
is in the rocks.

We do have 
estimates of CO2 levels 
for over 500 million years,
from Antarctica 
ice core studies.

The best estimate 
of CO2 in the air
540 million years ago
is 7,000 ppm, 
or 17.5x times
the current level
of 400 ppm.

This was during 
the Cambrian Explosion, 
when modern life began.

In the the prior 
4 billion years
there was only
one-celled microscopic
sea life.

CO2 has dropped 
during major glaciations 
to dangerously low levels 
versus plant requirements. 

The reduction of CO2 
in the past 
140 million years
from 2,500 ppm,
to about 180 ppm, 
was caused by 
CaCO3 (calcium carbonate)
deposition 
from plankton 
and coral reefs 
in marine sediments.

CO2 reached 280 ppm 
prior to the 
Industrial Revolution 
when fossil fuels 
became dominant
for energy. 

CO2 has risen 
by 120 ppm 
in a little more than 
100 years, 
from 280 ppm 
to 400 ppm,
compared with 
a “natural” rise 
from 180 ppm 
to 280 ppm 
over 15,000 years. 

The CO2 increase
is due to
fossil fuel combustion, 
land-use changes, 
cement production 
and outgassing of CO2 
from the oceans
as they warmed.

During the past 
3.5 billion years, 
99.5% of the carbon 
from CO2
has been sequestered 
in carbonaceous rocks
and to a much lesser extent, 
in fossil fuels.

Venus and Mars 
have atmospheres
dominated by CO2, 
but did not evolve
life that could 
convert the CO2 
to CaCO3 (calcium carbonate)
to be buried 
in marine sediments.

The next major 
peak glaciation
could begin at any time. 

Interglacials 
(warm periods) 
have averaged 
about 10,000 years,
and our current 
Holocene interglacial 
began nearly 
12,000 years ago ! 

Both sets 
of ice core data 
from Antarctica 
show changes 
in temperature 
usually precede 
changes in 
CO2 levels !

The increase in CO2
is responsible for
increased plant growth.

25% to 50% 
of man made
CO2 emissions, 
are absorbed by plants, 
increasing plant biomass. 

This has been described 
as a “greening of the Earth”.

An experimental 
German forest
has a continuous
record of growth
since 1870. 

After 1960, 
CO2 emissions rose rapidly,
and the growth rate
of individual trees 
increased by 32% to 77%,
consistent with lab studies 
on the effects of 
increased CO2 levels
on plants.

Greenhouse operators 
throughout the world 
inject additional CO2 
into their greenhouses
to increase plant growth.

The optimum level of CO2 
for plant growth is between 
1,000 ppm and 3,000 ppm,
much higher than 
the 400 ppm in the air today. 

More CO2 is better 
than less CO2 !

Wanting less CO2 
is anti-science !

Humans adding CO2 to the air,
was, inadvertently, the best thing
we have done to improve
the environment of our planet !

Scientist James Lovelock designed 
part of the life-detection equipment 
for NASA, for the first US
Mars lander.

A bright guy !

Then he became 
a strong advocate 
for reducing 
CO2 emissions.

Boo, hiss !

But in a 2010 public speech, 
at London’s Science Museum,
Lovelock recanted, saying:
"It is worth thinking that 
what we are doing 
in creating 
all these carbon emissions, 
far from something frightful, 
is stopping the onset
of a new ice age.
If we hadn’t 
appeared on the earth, 
it would be due to go 
through another ice age
and we can look at our part 
as holding that up.
I hate all this business 
about feeling guilty 
about what we’re doing."


A slightly warmer world 
from more CO2,
mainly at night 
in colder climates,
would also be 
a greener world,
with higher yields 
of food crops and trees, 
and a more pleasant climate 
in high latitudes.

And maybe we'd delay
the next ice age too !

The optimum CO2 level 
for plant growth 
is at least 1,000 ppm,
and CO2 has been
above that level 
for almost all
of the history
of life on this planet.

Demanding a CO2 reduction,
with no scientific evidence,
of catastrophic climate change
at any time in the past 
4.5 billion years,
which had
higher CO2 levels 
than today
almost the entire time,
is a demand made by liberals
and fools (I repeat myself).

Richard  Greene
Bingham Farms, Michigan
January 9, 2018