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originally posted by: bigfatfurrytexan
a reply to: Vasa Croe
well, i was thinking the same: they should have broken ribs.
But if they were on ice, and the hail hit, it would break the ice too.
When did these changes occur? That is a difficult question to
answer, since there was a complex of factors involved. It is
possible to suggest a general chronology of events, however.
There was an increased momentum in the Earth's rotation beginning
about 950. By the year 1000, this force had affected the
convection of the outer core to such a degree that the intensity
of the magnetic field began to increase and the magnetic pole to
shift rapidly. Some of this force began to reach the Earth's
surface in about 1050, and earthquakes became increasingly
frequent.
The air and water of the North Atlantic began to absorb some of
this momentum at this time and to shift southward. By about 1120,
this displacement had become substantial, and floods and
windstorms became relatively common events. By 1150, the warm air
of the Westerlies was no longer sufficient to block sudden forays
of arctic air into western Europe, and there was an ever-present
danger of severe hailstorms. By 1200, the transfer of momentum
and its compensation by a southward shift of winds and waters was
complete. Earthquakes grew more rare, extensive portions of
Scandinavia could no longer support agriculture, the growing
season in northwestern Europe had been reduced by three weeks or
more, and the average temperature had declined by almost three
degrees centigrade.
How valid is this reconstruction? It is certainly not
conclusive. Like any historical theory, it is an attempt to
explain an historical record. As is the case with any historical
record, our understanding of the geophysical past may change with
new discoveries and more sophisticated interpretations. For the
time being, however, this sequence of events provides a coherent
and relatively precise explanation of the deterioration of the
climate of medieval Europe.
Similar, but shorter-lived, changes in core momentum have been
detected or inferred in modern times, so such massive events do
occur. Although there is no method at present of demonstarting
that such an event took place around 1000 A.D. it is clearly the
best available explanation of two significant geophysical
anomalies during the period: the intensification of geomagnetism
and a change in the rate of the Earth's rotational decay. Until a
better explanation is presented, we may assume that the momentum
of the Earth's inner core increased sometime around the year 1000
and ask ourselves what the effect of such an increase might have
been.
One effect would have been the displacement of the magnetic pole,
and this in fact occurred. The magnetic pole traces a complex
westwardly path around the celestial pole, but the velocity of
its movement correlates directly with geomagnetic intensity.12
From 300 to 900 A.D., the pole passed over fifty degrees of
longitude. During the next six hundred years, from 900 to 1500,
it travelled over two hundred and fifty degrees and moved from
the vicinity of Murmansk to northern Canada.14
Any increased momentum in the core would be distributed in time,
and we should expect some disturbances as part of that force was
transferred to the Earth's crust. As a matter of fact, the
chroniclers and annalists of northern Europe recorded an
increasing number of earthquakes from about 1100 to about 1130.
After 1130, they slowly became less frequent, and almost none
were noted after 1202. We can presume then that an increased
internal momentum began to reach the surface of the Earth in
about 1130 and that the process was substantially completed by
1200. What might the effects of this transfer be upon the waters
and winds?
1899: First Recorded Yeti Footprints
The first recorded Yeti footprints, still the most common evidence of the Yeti's existence, was in 1899 by Laurence Waddell. He reported in his book Among the Himalayas that the footprints were left by a large upright hominid. Waddell was, like Hodgeson, skeptical of the stories of the mysterious ape-man after talking to locals who had not actually seen a Yeti but had heard stories of them. Waddell figured the tracks were left by a bear.
rom the 1920s through the 1950s there was a lot of interest in both climbing the great Himalayan peaks, including the fourteen 8,000-meter peaks, as well as trying to find evidence of the Yeti. Many great Himalayan climbers saw Yetis, including Eric Shipton; Sir Edmund Hillary and Tenzing Norgay on the first ascent of Mount Everest in 1953; British climber Don Whillans on Annapurna; and the great alpinist Reinhold Messner. Messner first saw a yeti in 1986 as well as later sightings. Messner later wrote the book My Quest for the Yeti in 1998 about his Yeti encounters, explorations, and thoughts on the elusive Yeti.
First Detailed Yeti Report in 1925
N.A. Tombazi, a Greek photographer on a British expedition to the Himalayas, made one of the first detailed reports about the Yeti in 1925 after observing one on a mountainside at 15,000 feet.
originally posted by: Char-Lee
The area is shaped like a bowl, if there were ambushers all around the top they could have you all pened in the middle. Sounds like what Yeti are said to do, pelting with stones.
originally posted by: bigfatfurrytexan
a reply to: Char-Lee
that footprint, to me, looks like a regular old footprint that has begun melting. Unless yeti's are reported to walk in feet shaped like blocks.
originally posted by: mahatche
originally posted by: Char-Lee
The area is shaped like a bowl, if there were ambushers all around the top they could have you all pened in the middle. Sounds like what Yeti are said to do, pelting with stones.
Aren't they also known to avoid humans? I don't know if a cautious yeti is going to approach 300 humans and wipe them out with stones.
I don't think the word "lie" or "liar" was used in my post.