70,000-50,000 years
  • a cold snap
10,800 years ago
  • a few small glaciers for 6 centuries in the Lake District
10,000 years time range
  • encouraged beginnings of agriculture and stock breeding
  • wheat first cultivated in Mesopotamia and Palestine
7600 B.C
  • Pas de Calais outline
  • present outline of Fre, Ger, Brit fixed coasts around 5000 B.C
5000-3000 B.C

Atlantic Optimal phase / nascent agriculture

 equivalent 2 degree C above the 19th century - chill-set-it
3500 B.C
  • Sahara Rainfall from meridonal cyclones
  • vegetation ends symbolically marked in Tassili rock paintings
1st mellenium B.C Jesus
  • mild period of climatic history
  • emigration of Italian vine under the Roman Empire to southern Gaul
emigration
Medieval Ages
  • mini optimum and temperatures comparable to the "good years of 1900-1950
800-1200
  • Greenland and Alpine glaciers
13th century
  • Viking colonization ends
 smaller harvests/ natural conclusions of a cycle of economic growth
14th century
  • Iron Law of profit - "romancing the product"
  • Bordeaux vineyards exported to the British Isles
Black Death into the 100 Years War
conjecture of the fluctuation in temperature during English 13th century. Bad optimums as a sort of war rather than glacial negativity

Cold winters and poor summers often times brought famine to kill off seeds and crops affecting Scotland, France, Finland's trade. The circularity in a fatal decade of the 1690s kept human agency up with simple historical freedom with unlost rights. England's agricultural past contrary to French-Scotish agriculture kept the masterstrokes of good and bad between fall seasons for Louis XIV or William of Orange's adversary. Since the French Revolution is a single entity- the Louis periods of negativity sought ends of great wars with discovering Brazilian gold. On land deductions, the Tamboro eruption in the East Indies produced a famine with a cold winter and wet summer; a temperate fashion that resembles the 1816-1817 glacial advance of the Northern Alps. Bringing chronology to cyclical change, the long way of the great ice ages during the quaternary intervals [20,000-40,000, 100,000 years] naturally brings about the orbital and axial variations already existing in longer tertiary areas and secondary ice ages with complete absence of either respectively.

Northern Hemispheres lose 1.3 degree C on summer temperature famine in Japan absence of major eruptions in the Northern Hemisphere
1783 Iceland return to normal
Japan
1912-1963 favoring rise between the dates

 

the Louvain-la- Neuve for the next millenium on the basis of major cycles of the past - peat bog studies
next 1000 years A.D. the new ice age proper will start gradually during the
5000-9000 A.D Real glaciation - from now a slight improvement then deep glaciation. The previous period as warm as the interglacial era now enjoyable for what lasted 11,000 years and ending 125,000 years ago gradually contracting deep freeze 100,000 years beyond
10,000 years of retreat neolithic protohistory history
125,000 years ago shift to paleolithic ice abruptness for 125 years
 

 

 

 

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