Moriches Artificial Reef (1/2)

Moriches Artificial Reef (historical)

2.4 nautical miles south of Moriches Inlet, 0.54 sq miles
Depth: 70 - 75 ft

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M60 tanks reef
M60 tanks undergo a thorough cleaning before use as reefs

The Artificial Reef Program used four types of obsolete Army armored vehicles as artificial reef materials off the New Jersey coast. These were cleaned at local military bases, loaded onto barges for transport, and pushed off at their final destination. Once the Army had disposed of its excess inventory, the program ceased, around 1999. The Artificial Reef Program has sunk almost 400 tanks altogether, far too many to list them here in this website.



190 ft barge
Type:
artificial reef, barges
Depth:
70 - 75 ft
Name Description Sunk GPS
Jean
Elizabeth
190 ft steel 1995 40°43.500'
-72°46.482'
60 ft steel 1995
40°43.558'
-72°46.340'
#335 80 ft steel Friday
Nov 12, 1999
40°43.514'
-72°46.309'
CFD 100 ft steel Thursday
Feb 8, 2001
40°43.476'
-72°46.343'
"Pump Boat" 25 ft steel Sunday
Oct 14, 2018
40°43.464'
-72°46.601'
Self-Propelled
Scow #56
50 ft steel Sunday
Oct 14, 2018
40°43.453'
-72°46.612'





rock reef
A hopper barge full of rock

All manner of concrete, steel, and stone rubble from dredging, demolition projects, and other construction is used as artificial reef materials. This material is generally available at very low cost or free from construction companies who are more than happy to get rid of it. Transportation costs determine where this material is used by the Reef Program.



Moriches Artificial Reef

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Delaware Water Gap Bottles

Glass is a hard substance, usually brittle and transparent, composed chiefly of silicates and an alkali fused at high temperature.

Composition and Properties of Glass

Most glass is a mixture of silica obtained from beds of fine sand or from pulverized sandstone; an alkali to lower the melting point, usually a form of soda or, for finer glass, potash; lime as a stabilizer; and cullet ( waste glass ) to assist in melting the mixture. The properties of glass are varied by adding other substances, commonly in the form of oxides, e.g., lead, for brilliance and weight; boron, for thermal and electrical resistance; barium, to increase the refractive index, as in optical glass; cerium, to absorb infrared rays; metallic oxides, to impart color; and manganese, for decolorizing.