Just Adding

 

New Math 

To pour rock from a volcanic melt on the 1/8th inch is the footing to the siding of the meteor and that does well in Space.  The recorded value of known by stargazers often marks the sky with known meteor showers.  For longer ventures to earths unknown, unsettled and often balanced, what would be the center of that material.

 

To venture to our earth the balance of growth seems to rely on volcanic material, expanding mass by the pour.  To manage that would increase our base and bring material to land during these escalating times of "Landfall" reported on the Weather Channel, Comcast, xfinity, Cable television via Satellite delivery.  To engage thought to Hawaii how would this method be managed?

These questions balance via the 'The Moat'.  To dig a moat around the base of Kilauea 

would be at the engineering of architecture as the pour would redeem more than a shield.  This process of landmass to engage island landing would increase per basis, roads to extension.  The money made by only the research of would be the worth that would engage volcano research unto the basis of so much that brick by brick would formula.

 

The benefits of managing a volcanic mining career is obvious as the material is not only in the float it is the ongoing basis of land debris, i.e. current storm debris heavy laden in Mississippi and Texas and Louisiana.  The freight to load would engage once again easy delivery using the Panama Canal:  Via a Semi-truck to berth.

To stop and research these simple place to atmosphere may indeed serve purpose as the melt in the pot (volcano) would be ever-going answering the material residence!

The pours would be measured and made to order for on-going material for any ship part: Die casting! To consider in aspect is on environment.
 

Meteoroid - Wikipedia

https://en.wikipedia.org › wiki › Meteoroid

A meteorite is the remains of a meteoroid that has survived the ablation of its surface material during its passage through the atmosphere as a meteor and ...

Meteoroids In 1961, the International Astronomical Union (IAU) defined a meteoroid as "a solid object moving in interplanetary space, of a size considerably smaller than an asteroid and considerably larger than an atom". In 1995, Beech and Steel, writing in ...	Meteorites A meteorite is a portion of a meteoroid or asteroid that survives its passage through the atmosphere and hits the ground without being destroyed. Meteorites are sometimes, but not always, found in association with hypervelocity impact craters ...
Meteors A meteor, known colloquially as a shooting star or falling star , is the visible passage of a glowing meteoroid, micrometeoroid, comet or asteroid through Earth's atmosphere, after being heated to incandescence by collisions with air molecules in ...	See also Glossary of meteoritics
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