Camp Century and the Vineland Map: the Vineland Map was supposed to be drawn in 14-15th century but -condenses-info-amassed by Scandanavian voyages 10-13th- however an exact outline of Greenland. Norse communities are without chart use and revere strictly sagas and legends

975-986 Snaebjorn Galti then Eirik the Red From Iceland to Greenland, the latitude of Gunnbjorn Skerries conceived of the South Iseland of Brattahild and of the northern settlers a bishopric Greenland founding of Gardar 1126.

The Camp Century Ice Core in date series makes the Little Ice Age conceptually free and intercontinental.

      • 400- 750
      • 340-620
      • 1580-1850

The Fernau peat bog was only a maximum in the Alpine glacier distinction. The subatlantic cold 500-300 B.C. among the Greenland, Alps, Iceland, Sweden, New Zealand, Patagonia a nexus of comparable cascades to Camp Century must have been eventful for a prehistoric climatic optimum.

The Greenland phases 5200-2200 B.C. and the 4th millennium before-our-era 4000-3000 B.C .match well as a sort of phase compliment between Greenland and Europe for pollen diagrams of Nordic countries.

Ontos is presocratic / {Pythagoras is from the region of Magna Graecia}
Gilgamesh Epic 2000 B.CE search for immortality
Ipuwer 2000 B.CE religious skepticism is rife
Baba 1600B.CE
Amenemope 1400 B.CE the wisdom of Amenemope
Codes of Law 1400 B.CE regulatory men's and womens social relationships
Ikhnaton 1375-1358 B.CE series of letters from officials of region of Palestine

The mayor of Visp Jocelin de Blandrate consults preventing herds from grazing as far down as the glacier pastures of Distelalp and is separate from the lower valley of Visp. Distelalp in the upper valley of the Visp above Allalin . The 1300 situation is typical of the Little Ice Age. Christillin noted the Ruitor glacier in Val d' Aosta in the state of advance during 1284.

The slope of Norman Greenland positions of fjords push down the river. Ivar Baardson the Norwegian priest 1341-1364 as a steward to bishop of Gardar notes reefs "Gunbiernershier" - the geological correlation extend further than Greenland in phase Xf.

The warm period of 1000 threatens the great optimum of the Atlantic period of prehistory. The peat bogs in Germany between 400-700 AD when Ry II rule, Ry I during 1200 appear as none from 9-12th century thus drying up. Charlemagne, Louis le Debonnaire 814-840, for ½ hour in June 1168 consist of patterns that for the descriptive earth imply, locusts. The great famine of 873 of Germany-Spain and the fall of 1195 of Hungary-Asia.

Hebrew Patriarchal stories 800 B.C Hebrew ethic as embodied in literary form of.
Amos 750 BCE
Hosea 740BCE
Isaiah I 737-690 BCE
Micah 710 BCE
Assyrian Tablets 700 B.CE retold stories of the world's creation
Zoroaster 668-583 B.CE Persia / dualistic in terms- of cohorts of archangels
Deuteronomy 650 B.CE
Jeremiah 650-585 B.CE
  • Comparing the systematic observation of meteorologies and that of phonologies and wine harvests - it takes on scientific meaning and cartography labs convert chronological tables into graphs
  • Carbon dating at the glacier advance of 1550-1760 places a date that is correct within a century · Unlike the hexagonal symmetry of a snowflake shape, as a group, phenols are somewhat aromatic compounds and group with an element attached to a ring with weak acidic properties
  • The glacial maxima of 1600s

The pensee sauvage of shields symbols forces against climate and the preparation cuisine while the egalitarian combination is probably of a subsistence and relation between the two. Also in the pattern of stained glass Marquis de Sade The data field of observations of temperature and rainfall are seriations of episodic material only if tested, ified, organized.

In primitive essays, many criteria explain the fall of the Roman Empire by a deviation in the path of cyclones and drying up around the Mediterranean. The cross section of tree trunks would have a ring, each of a tree showing series of concentric circles to represent years. The age of a tree, with chronological value to dendroclimatology is marked more with wider rings for a damp good year, and a narrow mark for a bad one. A graph with years shown along one axis and thickness along the other presents the graphic growth of a tree. The reaction to combinations of acidity is what is steady in the Arctic Circle or temperature.

· Dendroclimate grows in marginal climate regions where the growth curve is unequivocal

Each curve is scattered over an area {American trees suggest long-term movements of climate in Europe}.As for a meteor series, more studies are lucrative to agricultural or economic history as though to wonder if there is some law governing their periodicity because periodic oscillations do not promise a right angle to graphic modes and what occurs about every 11 years is the correspondence to the solar cycle. The disappearance of the cycle from growth curves 1645-1715 was distinguished by lack of sunspots and for the moment of archaic history, it is that to expect solar and tree data difference. Helio-dendrochronologic correlations turn down tree rings for themselves and that is entirely metaphysical while climatic curves for the empirical moment is a deductive impossibility from any kind of periodicity - separates are established for each continent and every large region.

Minima maxima a fortiori .. In different regions

"Arve plain" - et descendunt fere u sque ad dictam planitiem tribus saltem in locis

"Arve du Tour" - qui ab Alpibus de Tour dictus est incipere [Arve arises out of Alpages de Tour]

The Little Ice Age ends with a periodic and sturdy gemeinshaft where all 4 seasons hold negative thermal differences between 1850-1950 such that the glacial advance ending at about 1855. 1833 has the Krakatoa explosion with dust in the air for years, the coldest of winters, causes of negative and temporary fluctuations in thermal elements of climate or else factors in pollution of the atmosphere. The further glacial retreat 1870-1950 spawned for the 1900s more climatic integrators and indices of glaciers and historian additive to the long term because the accumulation of climate generally equates to a warm Europe. The 2 budgetary factors such as the accumulation of snow and ablation through melting determine deficiency or surplus, retreat or advance of glacier and albedo's reflectivity of a glacier. The migratory-famine, A=B macroscopic fashion of complexity resort to glaciers as the best long-term witness or the Calendar for the Norwegian glaciers.

· The glaciostatic movement of climatic determinants as seen from Chamomix village landscape · Eustatic movement of glacial withdrawals juxtapose rise in sea level

· The Breton coast of Mont Saint Michel to Ile de Re and Languedoc coast

o Aigues-Mortes-PortVendres furnish many facts of the Greenland-Iceland kind of varies marine zones

· Secular amelioration - determine biological consequence in arctic regions in the far north where there is invertebrate populate increase and from nesting patterns of bird species, 40-50 introduced into the tundra forest

o 20th century subtropics contemporary warming up to harm local harvests is a natural phenomenon and a physical past of climate- moreover a glacial observation and phenological conservation.

2 Glaciers of Lombardy 1905-1953 66 disappear
British Columbia 1911-1947 lost 4-8 --- thermal seale emphasizes secular climates
he front of the Mer de Glace from the plaine of Arve, 1860-1960 dept. of Eaux et Forets the Les Bossons glacier retreat was 1895-1955
Gletsch village since Rhone glacier-withdrawn
marine fauna and migratory code and plankton 1850 northern movements

The greater wheat yield from lack of heat and excessive rain in England and Non-Mediterranean France shares an agricultural history that is vulnerable to meteorology, the production of bad harvest used to produce edible halt and long term climate consequence that are slight. Through the historical period some difference between 4-5 degree C from Würm 9000 years ago characterizes about a 1-degree change of the 20th century secular flux. The physical model of the 20th century validates what history can project on the past 2000 years. As the prehistory of Warmezeit promotes the Atlantic or hypsithermal phase end to the optimum belonging to the historical period, the returning cycle is a wide spread ramification from Scandinavia to Azores for the better part of peripheral warmth.

How far temperature can stretch much different from hypothetic effects on climate around the tertiary brings the Ice and Quaternary Ages to assorted Atlantic cores or the deterioration of the sub Atlantic Iron Age, an age most necessary for the facts of prehistory. The Bronze Age of Germanic invasions of the southeast of Europe by the Bastarnae and Skires then again from southern Sweden and the Baltic describe the bouts of 500-400 BC.

In the conception meanwhile of optimums belonging to the historical period, of course to barbaric and ical antiquity, optimums can also introduces climates history to prosper which is conclusive recently with 4 sources. First the botanical period, then historical period, and away the postglacial period before the warm period, warm mediocratic, terminocratic period- the terminocratic period of contemporary forest of tree thriving in the cool temperature, Neolithic agriculture, summers that are around 2 degree higher

Stratigraphy
Boreal
Atlantic
Sub boreal that between post Würm and preboreal and cool climatic subalantic (Normandy)

 

 

Cereals from the Middle East brought by heliothermic conditions with the 4th millennium of optimal vegetation and reduced glaciations

Agriculture established by cultures in Magedburg- Cologne- Liege area

Norman cultivation of peat bog of Gathemo left traces in the Atlantic and favoritism for wheat

The millenary and intermillenary flux of Neolithic optimum and optimum secular flux 1850-1950 to a world wide degree and corresponding to climate zone support pollen diagrams traced throughout North America

The marine forest in exact chronological parallel to matter in Ireland- also 7100BC -2200BC radiocarbon dates for the Alaska Small glaciers

o The parallel warm phase of winter deluxe- the central North Asia forests now tundra (peat bogs) or steppes of Tibet

o Hypsithermal phase of equatorial latitudes

o Geological thermometry ~ varied isotopes contained in deposits of carbonates (shells) in foraminifera like proportions that vary with temperature

 

 

 

1, 2, 3, 4, 5, 6, 7,