Dialogue page 2

Oct.19, '01
For more, and where to go to next. It takes time to study. The first page
really isn't too long. My idea is to show the microscopic and relate that
to the marine enviroment. Then from there get into agriculture on land.

Teaching and doing are two different things. I want to show some natural
principles of nature to present what I am really doing. This medium of the
internet can show lots of stuff. I am learning as I go with my own project.

Oct.22,
I think if I have dialogue it will show something from different angles.
People are unusual in that my subject on nitrogen might not interest them.
What can be done on a web page. We have to go on, where in talking we could
change the subject. The whole web is full of stuff but I am trying to teach
something like in school. See my problem as I must stay on this one topic.

What people have to see here besides the microscopic is how complex subjects
can get and I am trying to take the complex out of related to the nitrogen cycle.
The start of this page was the term " prokaryote " or bacteria. My idea was
to present this only to learn that term and kingdom 1 - monera. When you see
these terms again you won't get confused with a 100 other simular terms.

Again my whole web site is to present the microscopic. You can't just see
things, they are too small. Spiritual matters are the same. With God, you
have to believe. The bible teaches to believe. Do you say fact. We don't know !!

Oct.24,
I don't want to jump around on a lot of different subjects. It is a problem
to explain something and keep it short too. When we learn something ,lets say
DNA, then it seems easier, then we study more and continue. The links are
the ones with the good explanations. I'm learning this as I add to my site.
Lets not get stopped from poor or lengthy/vague teachings.

I want to get on the subject of the cyanobacteria, also same as blue-green
algae. Cyanobacteria fix nitrogen. The green leaf on plants doesn't fix
nitrogen. The green leafs of plants takes in carbon dioxide. The blue-greens
are considered plants and fix both carbon dioxide and nitrogen. There is
still another demention involved in nature here. We can have a plant in the
ground and no nitrogen being supplied to it. Why not ? The nitrogen cycle
has to get involved here. No ammonia in the soil no nitrogen to feed the plant.

WHAT ? What does ammonia have to do with all this now ?
When cyanobacteria fix nitrogen they make ammonia. My rational is that this
is mostly in a marine enviroment. No ammonia, no plants; no plants, no animals.
Learn this fact !

No plants, no animals.
Looking at things from another view. Plants take in carbon dioxide and give
off oxygen. There is a cycle here. When plants decay they reabsorbe oxygen.
Phytoplankton ( algae ) in the ocean go unnoticed in this cycle and play the
biggest part. Fire and combustion will use up oxygen. They will put too much
carbon dioxide back into our atmosphere. I want to mention the weather, climate
and clouds. The phytoplankton absorbe a lot of sunlight and the marine
enviroment regulates the temperature extremes on earth. We could say the
weather the marine algae regulate produces the water that plants turn into
all the oxygen we breathe. Anyway, there is something elst too. It's ( DMS ).
HA ! And you can't see it. Algae produce it.

Nov.1,
Plankton in oceans from space. Notice the huge area of earth this subject
covers.
about atmospheric sulfate

Nov.3,
Lately I've been studying in lots of areas, everything is vague. The climate
is something I just found in a weather book. It is a surprise that my subject
of algae regulates global weather extremes. After all my main subject is
of vital importance. The bottom of the food chain. Ha Ha Ha ....

I do want to explain things in a kind of dialogue. The subjects are mostly
alike making the whole nitrogen subject easier to study. I find the best
links on my subject so it becomes easy to study and learn.

Nov.10,
My idea here is to present one subject. What I mean is just some of the
terms related to micro life but not one-celled. A short review.
Kingdom - monera
3 billion years ago
bacteria
prokaryote
blue-green algae / cyanobacteria / archae
eubacteria

Nov.14,
I would like to get into a little different subject. Something needs to
be understood about carbon dioxide. It is vital to plant growth.

Now I am on another subject. It's Ferredoxin and Nitrogenase. They are
proteins in nitrogen fixation. What happens is when I add to this dialogue
I go back to the real world and I have been studying as usual. The study
takes time and really subjects change on this page. That's what is happening.

Nov.16,
What is happening is that I am studying and it's another thing to add
to this page. This Nitrogenese is the protein that takes the atmospheric
nitrogen and breaks its triple bond. This is unique and significant ! Science
is despert to find out how to fix nitrogen from the air and make ammonia.

To make a long and complex study short, the ammonia become plant food. From
my view point, this is needed more and more because of the population explosion

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