Don't worry about it cassandra, in fact you pointed me in another direction—Bavaria! More in next post.
Hi Herakles, I went off to watch the "Odessa Steps scene" and I feel a bit more cultured now. :D
[quote author=_http://genealogy.familyeducation.com/surname-origin/eisenstein][list type=decimal][*]German: topographic name for someone who lived by a place where iron ore was extracted, or perhaps a habitational name from a place named for its iron workings.
[*]Jewish (Ashkenazic): ornamental compound of German
Eisen 'iron' +
Stein 'stone'.[/list][/quote]
Sergei got the name from his German-Jewish dad, so "2" applies to him. But isn't "1" interesting? Living around iron-stones, being around iron...
[quote author=_http://debate.atheist.net/showthread.php?t=1373&page=6]The rocks that comprise the Stonehenge monoliths are mafic bluestones, the kind of rocks that form in subduction zones (usually visible in ophiolite sequences like those in the Alps and Iran). Their composition is analogous to that of a volcanic rock, lots of metals, specifically iron and magnesium.
The ground that Stonehenge sits on? Chalk, a white sedimentary rock that forms in shallow, warm tropical seas, a carbonate.[/quote]
The key words here are "mafic" and "iron". The Stonehenge builders specifically needed iron-stones, and there were none in the immediate vicinity, so they had to go all the way to Mynydd Y Preselau to get it!
Building upon truth seeker's info (Pedunculate oak and alfalfa growing in Carpathian Plain)—
This link explains why the Carpathian Basin is alkaline:
[quote author=_http://eusoils.jrc.ec.europa.eu/library/themes/salinization/]Two main types of salt accumulation in soil can be distinguished in Europe:
- Continental salt accumulation due to intense weathering and arid climate or due to hydro-geological conditions (e.g. closed evaporative basins).
- Human induced salt accumulation due to improper land use (e.g. irrigation, fertilizer application).
The
Carpathian Basin in Hungary is a good example of the first case. Surface runoff, seepage and groundwater transport soluble weathering products from a large water catchment area to the lowest part of the basin where subsurface waters, enriched with sodium, calcium and magnesium carbonate (salts), accumulate in a thick continuous aquifer. In poorly drained, low lying areas, capillary flow transports high amounts of water soluble salts from the shallow, stagnant groundwater to the overlying soil horizons. Due to the chemistry of the soil solution (
strongly alkaline), the sodium is the dominant element in the migrating waters. High sodium saturation of heavy-textured soil with large amount of expanding clay minerals results in
unfavourable soil properties and limits their fertility, productivity and agricultural utility.[/quote]
Plants that cannot stand alkaline soils develop iron chlorosis (their leaves can't produce chlorophyll and get yellow) and become really sick. However, lucerne (alfalfa)
thrives in alkaline (high pH) soil! The English oak (Pedunculate oak) also tolerates alkaline soil.
[quote author=_http://www.ext.colostate.edu/ptlk/2115.html]In alkaline soils, iron is present in a chemical form less usable by plants.[/quote]
[quote author=_http://www.ehow.co.uk/info_8386730_iron-deficiencies-pin-oak-trees.html#ixzz1l3LBCkJg]Iron chlorosis is usually caused by alkaline soil, which
binds the iron in the soil making it unavailable to plants.[/quote]
So we have soil rich in iron (alkalinity prevents iron from being depleted by plants), soil bound to iron...
As an aside (dunno if this is relevant):
[quote author=Cassiopaean transcripts]A:
Trampled leaves of wrath.
Q: This is what Jacob gave to Esau?
A: Yes, and what is the "core" meaning there?
Q: I don't know. What is the core meaning?
A: Leaves are of the Tree of Apples, from whence we get the proverbial "grapes of wrath", the
Blue Apples incarnate!
Q: Why are these leaves 'trampled'?
A:
Removes chlorophyll.
Q: What is the significance of the chlorophyll?
A: When the chlorophyll dies, the autumnal equinox is at hand.[/quote]
Lack of iron, chlorophyll dies. As for Blue Apples...Oxidized iron in our body makes our blood red; when the iron is deoxidized, our blood turns blue. Oxidized copper (Cu2+) is blue-green; if the 4D "bluebloods" had copper blood instead of iron, their blood would be blue. So, iron-blood = Red Apples / copper-blood = Blue Apples. Refer to Laura's take on "Blue Apples"
here. Does an iron-deficient apple tree produce blue apples? Does a tree that uses copper (a "4D tree") produce blue apples? Maybe I'm being too literal here.