Four posts ago we
began this series with “What did Nephi Mean “They did grow exceedingly;
wherefore, we were blessed in abundance.” In that Wednesday post (November 11),
it was pointed out that there are only five Mediterranean Climates found in the
world, four outside the Mediterranean Basin, of which the climate of Jerusalem
is a part. The seeds “brought from Jerusalem” (1 Nephi 18:24), meaning as was
pointed out, Mediterranean seeds, i.e., seeds grown in a Mediterranean Climate,
which of course, means they would not grow elsewhere in 600 B.C. than the same
or another Mediterranean Climate as Nephi describes of these seeds: “they did
grow exceedingly; wherefore, we were blessed in abundance” (1 Nephi 18:24).
We concluded that
post by showing a map of World Climates and a Map of Mediterranean Climate
Regions, provided by Gardening in Mediterranean Climates Worldwide © and the Mediterranean Garden Society,
and the comment: “Showing the extent of the world’s five Mediterranean
climates including the Mediterranean Basin and showing that there are only two
in the entire Western Hemisphere: California and central Chile.”
Because the Mediterranean Climate is relatively
rare, and there are only two in the entire Western Hemisphere, we can narrow
down the location of Lehi’s landing to one of these two locations and their
land of first inheritance as described by Mormon “on the west in the land of Nephi, in the place of their
fathers' first inheritance, and thus bordering along by the seashore” (Alma 24:28).
Now California, in the central basin known as the
San Joaquin Valley, and along a coastal strip from about San Luis Obispo and Santa
Barbara south to the San Diego border.
Green Area (white arrows) shows the
coverage and area of the California Mediterranean Climate
While it would not be impossible to reach this area
from a northern approach along the Kuroshio Current (a strong north
flowing current past Japan), which is deflected from Japanese waters eastward
into the North Pacific by the Oyashiuo Current coming down from the
Bering Sea past the Kamchatka Peninsula and over the Kuril Trench.
At this point the vessel would ride eastward on the
West Wind Drift just south of the Subarctic Current (the danger is getting
caught in this current and being turned north in the Alaska Current off the
Canadian coast, which originates along the U.S. Canada border where the North
Pacific Drift collides with the continent, turning the vessel northward, around
the Alaska Gyre and back to the west on the Alaskan Stream). Here the vessel
would need to pick up by the southern flowing California Current (the eastern
arm of the North Pacific Gyre), where it would have to battle the north flowing
Davidson Current in order to reach the coastal shore in the winter, however,
would have fairly good access to the coast during the spring currents,
especially along the Wind Flow curvature toward the coast south of Point
Conception, bringing a ship back toward land from Long Beach to Ventura.
This would not have been an easy approach along the
California coast for Nephi’s ship “which was driven forth before the wind,”
i.e., meaning it was being driven by the wind and currents and nothing else, so
it was a slave to those currents and winds and had to go where they took it.
The difficulty here lies in the California Current being very large marine
ecosystem
(LME) characterized by its temperate climate. It is a
transition between subtropical and subarctic water masses with a coastal
upwelling along the west coast of North America.
The California
Current Large Marine Ecosystem is separated from the Gulf of Alaska LME by the
Subarctic Current, which flows eastward from the western Rim of the Pacific
Ocean. The California Current system is extremely complex. Natural
environmental change is the primary force driving the LME and this upwelling of
current along the coast all the way from British Columbia to the U.S. border
with Baja California.
In order to
appreciate the size of the Pacific Ocean over which this route would require
Lehi to have taken, we are dealing with an area of 111,225,443 square miles,
where all of the continental land masses on the planet could be placed, and
there would still be room left over. In fact, along this route, from Malay Peninsula
to Columbia coast, where some would take Lehi, is its widest point, with the
upwelling in the east a result of Strong and predictable winds, like the trade
winds, which are one of the major forces that drive the Pacific currents.
Red Arrow points to the upwelling area along
the (green area and blue arrow) cold coastal waters from British Columbia to
Baja, making these turbulent and difficult to cross when coming out of the
California current toward land for an inexperienced crew in a ship “driven
before the wind” in 600 B.C.
Winds are
particularly important in driving surface currents, while deep-water currents
are driven by convection, which results from temperature differences between
water layers. Convection occurs when ocean water heats up and becomes less
dense, and rises. This water moves above the cooler water, and gives off its
heat to the surrounding environment. As it cools, it begins to sink, and the
process is repeated. Convection results in a continual circulation of ocean
water, and occurring along the coast reaches creates turbulence and conflicting currents, which are difficult to cross in trying to reach land.
In addition, there
are many factors that determine the speed of a current, as well as its route.
Winds have the most important influence on the flow of currents, but tides,
precipitation, evaporation rates, shape of the ocean floor, and inflow from
rivers and adjacent seas are also important. The waters off the north Pacific
Ocean move in a general east to west direction, in response to the predominant
trade winds. The general westerly movement of the Pacific waters around the
equator forms the North and South Equatorial Currents, belts of water moving
approximately parallel to the equator, which lie about 15° latitude on either
side of it. Between these two currents, the Equatorial Countercurrent flows to
the east.
While modern ships can easily make this
voyage, even ships of the Age of Discovery once they learned to tack and sale
closer to the wind, but a ship “driven forth before the wind” could not have
moved against wind and currents to the east of Arabia, let alone negotiated the
narrow Malacca Straits and through to the South China Sea
The problem with all
this again is, that while it would be possible to reach California from across
the Pacific as shown, and that it would take an experienced and well skilled
crew to make landfall along the California coast, the starting point would be
around the South China Sea which lies along the Pacific side of Indonesia. Stated
differently, Lehi’s ship would have had to travel to the east from the Arabian
Peninsula, which we have pointed out in numerous writings and books would not
have been possible for a ship in 600 B.C. “driven forth before the wind.” Even
today, with GPS, radar, and the most modern communications systems available to
sea captains, a route through the Malacca Straits is the most dangerous seaway
in the world and more accidents and ship sinkings occur there than almost
anywhere else.
While different wind groups are represented by color the arrows show that all winds and currents moving through Indonesia come off the Pacific Ocean and into the Indian Ocean, moving from the east to the west--no ship "driven forth before the wind" could move eastward through Indonesia in 600 B.C.
Plus the factor that
the winds and current blow and flow from east to west, against the shipping
lanes required to travel to get from the coast of the Arabian Peninsula to the
South China Sea and then the Pacific to pick up the Kurishio Current.
It would be like the
kid putting a stick in a gutter current on one side of the street and expecting
it to migrate across the street to the other side gutter. It simply cannot be
done without other help, of which Nephi makes no mention and no other
occurrence short of the Lord picking up their ship and placing it in the
Pacific Ocean could have accomplished that fact.
All
of this rules out California and its Mediterranean Climate as the landing site
for Lehi. The simple fact is, that leaves only coastal, central Chile as the
landing site.
(See the next post,
“What Did Nephi Mean “We did arrive at the promised land; and we went forth
upon the land, and did pitch our tents” – Part II for a look at the Chilean
Mediterranean Climate landing site)
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