U.S. patents available from 1976 to present.
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System, apparatus, and method for underwater tagging of marine fauna

Patent 6286460 Issued on September 11, 2001. Estimated Expiration Date: Icon_subject May 5, 2020. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.

Patent References

2643481

Grading small live fish underwater
Patent #: 4198925
Issued on: 04/22/1980
Inventor: Lindbergh

System and method of migratory animal identification by fluorescence spectroscopy of element coded implanted tags, and tags used therein
Patent #: 4392236
Issued on: 07/05/1983
Inventor: Sandstrom ,   et al.

Method for tagging fish for identification
Patent #: 4750490
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Inventor: Haw ,   et al.

Fish tag
Patent #: 4790090
Issued on: 12/13/1988
Inventor: Sharber

Undersea probe
Patent #: 5321268
Issued on: 06/14/1994
Inventor: Crosby, et al.

Color-encoded fluorescent visible implant tags and method for identification of a macro-organism therewith
Patent #: 5324940
Issued on: 06/28/1994
Inventor: Ekstrom

Live fish marking and handling system
Patent #: 5372541
Issued on: 12/13/1994
Inventor: Gotchall

Data processing apparatus with bus intervention means for controlling interconnection of plural busses Patent #: 6122699
Issued on: 09/19/2000
Inventor: Omo, et al.

Inventor

Assignee

Application

No. 565479 filed on 05/05/2000

US Classes:

119/200, AQUATIC ANIMAL CULTURING119/215Fish culturing

Examiners

Primary: Jordan, Charles T.
Assistant: Shaw, Elizabeth

Attorney, Agent or Firm

Foreign Patent References

  • 0 662 617 EP. 07/22/1995
  • WO 90/03070 WO. 03/22/1990
  • WO 92/04703 WO. 03/22/1992

International Class

A01K 061/00

Abstract

A system, apparatus, and method for underwater self-contained and remotely controllable tagging of marine fauna involves emplacement of a tagging unit that can be used for example in a fishing trawl and establishment of communications with the unit through a cable wire that may be conventional. Numerous types of information can be recorded in relation to the tagging, including two- and/or three-dimensional images of the animal, to be used at a later date when the tagged animal is recovered. The method decreases tagging mortality and the biological effects of tagging on the animals, since they are not exposed to temperature and pressure changes, human handling and, at times, anesthesia. The embodiment makes it possible to tag deep-sea species that have never been tagged due to the fact that they would not survive the ambient changes of coming to the water's surface.

Other References

  • Gitschlag. "A Collapsible Trap For Underwater Fish Tagging"; Bulletin of Marine Science; V. 39(3), pp. 719-722; 1986
  • Parrish and Moffitt. "Subsurface Fish Handling To Limit Decompression Effects On Deepwater Species"; Marine Fisheries Review; v.54(3), pp. 29-32; 1993
  • Tong. "Tagging Snapper Chrysophrys auratus by Scuba Divers", N.Z. Journal of Marine and Freshwater Research; v.12(1), pp. 73-76; Mar. 1978
  • Adkison, Quinn and Rutten. "An Inexpensive, Nondisruptive Method of In Situ Dart Tagging for Visual Recognition of Fish Underwater"; North American Journal of Fisheries Management: V. 15; pp. 507-511; 1995
  • Culbertson and Peter. "Development of Tagging Techniques for Monitoring Fish Populations at Texas Artificial Reefs"; Gulf of Mexico Science; pp. 46-45; 199
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