Mud Hole

Mud Hole

Deep and dark, the Mud Hole is the Hudson River's channel from a time when the oceans were much lower. Today it collects all the silt and sediment that the river carries out to the sea, making it a very fertile fishing ground, frequented by pelagic fishes and sharks. The contour shown on the chart is not any particular depth, but do give an idea of the location.

With depths ranging from 130 to 200 ft and difficult diving conditions, most Mud Hole wrecks are beyond the capability of a typical recreational diver without specialized equipment and experience. Where river water mixes with seawater, suspended particles form a constant snow of sediment in a process known as flocculation. This results in very dark and turbid conditions, often with visibility measured in inches and total darkness at the bottom. In addition to this, most Mud Hole wrecks are heavily fished and are covered with dangerous tangles of monofilament and fishing nets.

Mud Hole

The Mud Hole deepens into the Glory Hole, which deepens further into the Hudson Canyon, which follows the path of a seismic fault and eventually runs off the edge of the continental shelf down into the abyss at over a mile depth. Along the northeast edge of the Mud Hole is a relatively shallower plateau known as the Monster Ledge, on which lies the most well-known and accessible Mud Hole wreck, the Arundo.

Salvatore Big Pussy Bompensiero

Interestingly, all of the wartime Mud Hole wrecks with the exception of the Arundo are victims of collision rather than enemy action, which attests to the enormous amount of shipping in the region at that time.

Not marked on the chart: Salvatore "Big Pussy" Bompensiero, former Soprano family capo and FBI snitch, 2000. Sleeps with the fishes.


Depth:
120 ft

shipwreck, covered with monofilament


USS Algol reef
The Algol just prior to sinking, November 1991.
Type:
artificial reef, Andromeda class attack transport ( freighter ), U.S. Navy, also known as a "Victory Ship", although often incorrectly referred to as a Liberty Ship
Name:
One of a series of Navy transports named for stars;
Algol is a star in the constellation Perseus, also known as the Demon star.
Built:
1943, Moore Drydock, Oakland CA USA, as James Barnes
Specs:
( 459 x 63 ft ) 13910 displacement tons, 429 crew *
* this figure almost certainly includes embarked Marines
Sponsor:
Federal Aid in Sportfish Restoration
Sunk:
Thursday November 22, 1991 - Sea Girt Artificial Reef
GPS:
40°06.545' -73°41.450'
Depth:
145 ft +, starts at 70 ft, main deck at 110 ft

Type:
shipwreck, barge
Depth:


Location courtesy of Capt. Dan Berg



Shipwreck Arundo
The Arundo as she appeared just prior to sinking.
Note the locomotives on deck, foreward of the aft mast.
Type:
shipwreck, freighter, Netherlands
Built:
1930, New Castle England, as Petersfield
Specs:
( 412 x 55 ft ) 5163 gross tons, 43 crew
Sunk:
Tuesday April 28, 1942
torpedoed by U-136 - 6 casualties
Depth:
140 ft max; 110 ft min; 125 ft typical

Type:
shipwreck, tanker
Specs:
( 120 ft )
Depth:
115 ft

This is erroneously called a tug, but its shape and size indicate that she was once might have been a small oiler or tanker. The wreck lies upright in the muddy bottom at 120 feet. She comes up 15 feet off the bottom in many places and is mostly intact. I have little idea of age, but her conditions suggest she's been there for 30-40 years or more.


An Explanation of Professor A.A. Buhlmann's ZH-L16 Algorithm

by Paul Chapman

Note to new divers and potential new divers:

This information is presented for general interest. Don't be scared off by what you see here - you don't need to learn any of this to become a safe and competent scuba diver. You will however need to understand dive planning.

The following is a summary of the decompression algorithm described by Dr A.A. Buhlmann in the fourth edition of his book Tauchmedizin ( diving medicine ) published in 1995 ( only in German. ) the book contains a considerable amount of other information and is published by Springer-Verlag ISBN 3-540-58970-8. Rumor has it that at the time of writing ( November 1999 ) an English translation is being prepared for publishing, so hopefully, in due course, this document will become redundant.

The algorithm is simply a "recipe" for modeling the behavior of inert gases, which diffuse in and out of our body tissues when breathed under varying pressures. The intention is that if the recipe models the actual processes in our bodies accurately enough, it can be used to plan dives ( and other pressure exposures ) with a view to avoiding decompression sickness.

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