Continuing from the last post regarding the building of
Nephi’s ship and what would have been involved and why it is important to
understand what was written about it.
The Lord told Nephi to build a ship once they reached the area
Lehi called Bountiful (1 Nephi 17:7-8) along the coast of the Sea of
Arabia, which Lehi called the Irreantum Sea. Nephi’s brothers and the sons of Ishmael
laughed at such a task and called him a fool (1 Nephi 17:17) for none had ever
been to sea and knew nothing about ship building. But the Lord showed Nephi how
to build the vessel (1 Nephi 18:1-2) and, unfortunately, most readers of the
scriptural record let it go at that, without bothering to learn the importance
of this information.
“Thou shalt construct a ship, after the manner which I shall
show thee” conveys some interesting and vital information for those interested
in learning where Lehi sailed and where he landed.
At the same time, though, being shown how something is to be
done is not the same as being capable of doing it. Consider what is involved in
building a ship large enough to carry Lehi and Ishmael’s families across the
deep ocean.
This would have been no small fete.
As stated in the last post, ship design is based on several
factors, and in realizing what those factors, or requirements, were, is to
better understand what Nephi’s ship was like and what it was meant to do.
Note the
design of early sailing ships in the Mediterranean abut the time of Lehi—the curvature of the
centerline (red arrows) shows the instability of the vessel in high seas; not
only the rocking fore and aft, but the inability to ride through high waves,
into a trough, and survive the next wave. Mediterranean sailing did not require
deep ocean type designs, and except for the addition of ramming requirements of warships,
this design lasted for several millennia
Note the
design of early ocean sailing vessels nearly two millennia after Lehi sailed. The bow (blue arrows) was straightened
with only a slight curve to force water down and away, which added forward
stability; (red arrows) the centerline was straightened and reinforced with a
keel, in some cases extending a blade downward to increase side-to-side
stability; (green arrows) the stern was vertical, adding an inboard rudder and
bringing the keel straight back
As stated in the previous post, building a ship to hug the
coasts of Arabia, India, and Sumatra/Malaysia is one thing; to build a ship
that would be capable of crossing the deep ocean is quite another. To build a vessel
meant to drift with the current (a raft) is different than building a ship to
be blown or driven by the wind (sails). To build a ship capable of negotiating
narrow channels (Malucca Strait), set in at various islands along the way
(Indonesia), and maneuver through shallow waters, shoals, reefs, etc. is very different
than building a ship meant to sail from one place to another across the deep open
seas.
Left: A cog,
used for trading and coastal waters because of its flat bottom and high sides;
Right: The Caravela Latina that discovered and sailed the coasts of Africa
As an example, during the first half of
the 15th century, the Caravel was the ship chosen by Portuguese
mariners to sail the coast of Africa. Before that time, most used cogs of about
25 tons, which had a single mast, and were replaced by the Caravels which had
greater speed and an ability to tightly maneuver in coastal waters. However, according
to Richard W. Unger (The Ship in the Medieval Economy, 600-1600,
1980, Montreal, McGill-Queen’s University Press), when these small, maneuverable
ships of discovery (running coastal waters around Africa) became impractical
for deep ocean exploring, the caravela
latina was transformed into the caravela
redonda, a three-masted vessel wielding square sail, and lateen sails were
generally converted to square-rigged sailers. Before crossing the Atlantic,
Columbus stopped in the Canary Islands and converted the lateen sails on two of
his ships to square-rigged canvas.
The Caravela Redonda. This is like La Niña (Little Girl), Columbus’ favorite
ship in which he logged over 25,000 miles. At 50-60 tons, she was originally
built to travel the Mediterranean Sea, and not designed for open water as ships
over 100 foot in length and upwards of 1000 ton
To speak of courses taken by early
traders in comparison with that needed by a far more heavily-laden vessel
designed for deep ocean sailing is to show an obvious lack of knowledge of such
matters and ignore the different requirements needed and fulfilled by those
seamen. So is to speak of the simple and easy voyages of Vikings, Columbus,
Magellan, Drake, and others, without knowing anything more about them than what
they probably learned in school or read about in simple history. However, each
of these voyages were neither simple nor easy.
Viking ships sailed close to land and in the calm waters of the far
north, along the coasts of the Shetlands, Faeroe, Iceland, Greenland to New
Foundland
Despite what may have heard or
earlier learned, the Vikings did not sail out to sea—they hugged the coasts of
known lands, or sailed short distances to nearby lands they believed to have
existed just over the horizon, often first discovered and reported by survivors
of coastal vessels that had been blown off course.
As an example, the Vikings first went
to sea sailing from Norway 160 miles across the Norwegian Sea to the Shetland
archipelago, which consists of 116 islands with an land area of 567 miles and
1,679 mile coastline, that lie 50 miles northeast of Orkney (Scotland), between
the North Sea and Atlantic Ocean. From there they sailed 170 miles to the
Faeroe (Færøerne—”the islands
of sheep”) archipelago, a group of 18 islands
covering an area 70 miles long and 50 miles wide, about 540 square miles
roughly in the shape of an arrowhead, lying between the Norwegian Sea and the
North Atlantic, 200 miles north-northwest of Scotland.
From there they sailed to Iceland, 300
miles to the West, and then about 185 miles to Greenland, and from there likely
took a short route across the Davis Strait to Baffin Island and down the coast
to New Foundland. The point is, they pretty much were moving along the southern
coasts of islands all the way to their eventual destination in New Foundland,
where they attempted a short-lived settlement.
As ship
designs became more stable, the width and length of the ship in the water was
increased; Left: White arrows show the beam of the ship sitting in the water;
Yellow arrow shows the length of the ship in the water; Light green arrow shows
the inboard rudder on a vertical plane, giving the vessel much greater
steerage; Right: Even the Chinese junks were increased in size and strength
during the Age of Sail, with the stern (red arrow) still curved, but not as
much, and the (light blue arrow) showing a straighter center line resulting in
more of the vessel from bow to stern in the water for increased stability
It should also be kept in mind that these early voyages were
accomplished by:
1. Ships designed to sail the blue waters (deep oceans) and
were strong enough to withstand constant wave pounding;
2. They had captains who had been to sea for many years
(Columbus went to sea at the age of 10; sailed the Mediterranean, had been to
England, Ireland, and Iceland; traded along the coasts of West Africa;
had extensively read and studied astronomy, geography, and history, including
Ptlomy, Imago Mundi, travels of Marco Polo, Mandeville, Pliny, and Pope Pius
II’s Historia Rerum Ubique Gestarum;
he also knew celestial navigation, which used the position of the sun and
the stars in the sky that had long been in use by astronomers and implemented
by mariners;
3. They had experienced pilots (navigators) who knew the
waters through which they sailed or had the knowledge passed on from other
navigators;
4. They had crews of experienced mariners to handle the
rigorous jobs of taking in canvas, changing sails, tightening or loosening
rigging, etc., and
5. They had sufficient numbers of men to handle the day-to-day
jobs of running a ship at sea.
Toward the end of the Age of Sail, large, heavy ships were
designed, adding multiple masts and stacked sails (topgallants and royals; with
upper topgallants, skysails, and moonsails later added for increased canvas,
giving the heavier ships more speed; and even later (side) studding sails
stacked three or four high were added both port and starboard for even more canvas
(speed) to compensate for the added weight of construction, crew and cargo.
Despite all
the canvas possible, including the studding sails, ships were often becalmed in
the seas, requiring manned longboats (barge), attached with long ropes, to pull
the ship through the water in search of a following wind that would fill the sails and move the
ship forward
It is obviously apparent that not only was Nephi’s ship
seaworthy, that it was designed by the Lord and built under direct and specific
tutelage of Nephi’s continual visits with the Lord where he learned many “great
things” (1 Nephi 18:3), but that it was designed for Lehi’s specific voyage
where the wind and currents took the vessel. Obviously, the Lord was involved
in all aspects of leading Lehi from Jerusalem to the Land of Promise, including
the specific and detailed design and construction of Nephi’s ship.
With this understanding, then, all that is needed is to know
where the winds blew and the currents flowed from the southern coast of Arabia
to the Western Hemisphere. Once that path is followed, one can find the
location of the Land of Promise. And once located, see if it matched allof the
descriptions given by Nephi and Mormon regarding its location.
No comments:
Post a Comment