Mostly about my backyard chickens. (Boring, I know), but there are a lot of us out here. Mine are only kept as pampered pets. I could eat a neighbor's chicken, but not MINE. There may be a comment on current events only if I get riled up enough. And there will always be a cartoon or a joke to cheer us. I promise to try my very best to respond to comments. Now I have to figure out how this blogger thingy works....
Legendary
#5 was built by Lima for Greenbrier and Elk River in November 1905.
This turn-of-the-century class C-80 Shay has been toiling up Cheat
Mountain for nearly 100 years, making it one of the oldest engines in
continuous service on its original line, and the second oldest Shay in
existance.
Past to Present...
Until 1980, #5 was accompanied by another turn-of-the-century
machine -- Shay #1. #1, also built in 1905, came to Cass in 1915 where
it was continuously used until the end of the logging era. Cass Scenic
Railroad ran the engine till 1963, when a major overhaul was required.
In 1980 #1 was re-lettered "Greenbrier Cheat & Elk", loaded on a
flatcar and shipped to the Baltimore & Ohio Railroad Museum in
Baltimore, MD. as part of the trade for Western Maryland Shay #6.
Built
for Western Maryland coal service Shay #6 was shipped to Elkins, West
Virginia May 14, 1945 for use on the 9% grade on the Chaffe branch. Shay
#6 was the last Shay ever built. The locomotive's commercial life was
short, lasting only four years. #6 was then stored and finally donated
to the Baltimore & Ohio Museum in Baltimore, MD, where it remained
for 26 years.
Past to Present...
In 1981, an exchange was arranged for Shay #1 and a Porter
0-4-0 owned by Cass Scenic Railroad. Shay #6 was carefully removed from
the old museum. It actually was driven onto the Turntable and out of the
B&O Museum using air generated by a compressor. Today, #6 is still
like new and a spectacular example of the fine technology of geared
locomotives. It combines the grace and refinement of the Pacific Coast
Shay with sheer mass (162 tons). The locomotive is about twice as large
as any other locomotive at Cass. The Big 6 is assigned to the Bald Knob,
Spruce, and Elkins excursions.
Technically Speaking:
Builder No.: 3354
Date in Service: 1945
Class: C-150
Trucks: 3
Bore: 17 inches
Stroke: 18 inches
Drivers: 48 inches
Weight: 162 Tons
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Source: http://www.cassrailroad.com/shay3.html
Shay #11 - Feather River #3
In The Old Days...
Shay #3, built in 1923, went originally to Hutchinson Lumber Company, Feather Falls, Calif., this Shay is best known as the Feather River #3.
Past to Present...
In 1967 #3 went to the Pacific Southwest Railway Museum San
Diego, Calif. In March of 1997, Cass Scenic Railroad sent a team to
Campo, California, to inspect #3. The purpose of this trip was to
determine the means by which the big Shay could be transported back to
Cass, and to get an idea of the type of repairs that would be necessary
to bring the engine back to life.
Feather River Shay becomes the Cass #11.......
Another Shay has been added to the Cass collection. What was once the Feather River #3 is now the Cass #11.
The Cass #11 was built in 1923. It operated both as a logger
and a common carrier. Until 1965 it served the Hutchinson Lumber
Company, and then the common carrier Feather River Railway as #3.
Weighing 103 tons (204,704 pounds), the wheels are 36" and the
cylinders measure 14 1/2 X 15. With a boiler pressure of 200 pounds. Big
6 is the only larger Shay at Cass.
Four men from Cass and six from MSR&LHA went to Campo,
California, to bring the Shay to Cass. Herbert Jones, INC. of Dunbar,
West Virginia, was contracted to pick the Cass #11 up in Campo and see
to its arrival in Cass. It took three days to load the massive Shay and
have it sent on its way.
Cass #11 repaired at Cass shop
Shay #11 is assigned to the Whittaker Station Train.
Scuba
divers off the coast of Turkey recently encountered a 13-foot-wide (4
meter) mass of clear goo containing millions of eggs, most likely laid
by a red flying squid. These egg masses are rarely seen, as they're deep
underwater and last for only a few days before the squid babies hatch
and the mass disintegrates. Scientists aren't entirely sure how the
masses get so big, but they think the giant size allows the eggs to
spread out and receive oxygen, while the jellylike substance helps
protect the eggs from infection, bacteria, and predators.~~~~~~~~~~~~~~~~~~~~
From: http://biologypop.com/neon-flying-squid/
Ommastrephes bartramii (commonly known as the neon flying squid, red flying squid, akaika, and red squid,
among other names) is a species of large flying squid in
the family Ommastrephidae. They are found
in subtropical and temperate oceanic waters globally.
Taxonomy
Ommastrephes bartramii belongs to the family Ommastrephidae, subfamily Ommastrephinae. It is the only species belonging to the monospecific genusOmmastrephes.
It was first described by the French naturalist, explorer, and
artist Charles Alexandre Lesueur in 1821. Russian taxonomists consider
the separate spawning populations of Ommastrephes bartramii as subspecies.
Description
Ommastrephes bartramii are easily distinguishable by the
presence of an elongated silver-colored band in the middle of
the ventral side of the mantle. Adult males usually have a mantle length
of 29 to 32 cm (0.95 to 1.05 ft), but can reach the maximum length of
45 cm (1.48 ft). Adult females are much larger, usually having a mantle
length of around 50 cm (1.6 ft), with the maximum known length being
60 cm (2.0 ft).
Their arms do not possess lateral membranes and have 9 to 27 suckers
on the ventral sucker series and 10 to 25 suckers on the dorsal sucker
series. The left and right third arms have protective membranes greater
in width than the arm width. The hectocotylus develops from the left or
right fourth arm. Another distinguishing characteristic of O. bartramii is
the presence of 4 to 7 toothed suckers on the tentacular club, near the
nearest carpal suckers of the carpal locking apparatus. This is
especially useful in differentiating it from the orangeback flying
squid(Sthenoteuthis pteropus).
Photophores are present but are small, irregular, and restricted to
the ventral side of the mantle, head, and tentacles. Visceral
photophores are absent.
Like other ommastrephids and onychoteuthids known as ‘flying squid’,
neon flying squid are so named for their ability to shoot out of the
water, much like flying fishes. They sometimes unintentionally land on
thedecks of ships. This happens more frequently during rough weather or
in the presence of predators in the vicinity, and it is presumed that
this behavior is an instinctive response to threat. Flying squid have
been observed to engage in behaviors that prolong the time it remains in
the air, making it more akin to actual flight than just
gliding. Biologists, however, still do not fully understand the exact
mechanisms by which the squid become airborne. Nevertheless, the
phenomenon is known to happen quite frequently and at least one
photographic evidence of Ommastrephes bartramii in flight exists.
Ecology and biology
Life cycle
Neon flying squid are highly migratory. They have a lifespan of about
one year, during which they complete a cyclical migration between their
feeding and spawning grounds. Mating occurs when males (who usually
achieve sexual maturity earlier in the season) pass spermatophores to
the females. The female squid store them in the oral surface of
their buccal membrane until they too become sexually mature later in the
season and begin to spawn. Spawning is continuous and not seasonal,
occurring virtually throughout the year in intermittent spawning
events. Each female spawns approximately 350,000 to 3.6 million eggs,
depending on their size. Males and females are both presumed to die soon
after.
Hatchlings are around 1 mm (0.039 in) long and grow rapidly, reaching
a length of 7 mm (0.28 in) after a month. The paralarvae migrate
northwards toward the waters bordering subarctic regions
duringsummer and autumn. They are usually found feeding at a depth of
25 m (82 ft) from the surface. Maturing squid return to the spawning
grounds to mate.
Diet and predators
Neon flying squid eat small oceanic
fishes (like lanternfishes and saury) and other squids. They are known
to engage in cannibalism to smaller members of their own species as
well. They serve as prey to large fishes (like swordfish, marlin,
and tuna), sharks, and marine mammals. They are also fished commercially
for human consumption.