Beaver Island ArchiveSearch

Reef

Gull Island Reef

0

Draft — sources verified, prose evolving

TypeReef
Coordinates45.6278° N, 85.8004° W
WithinBeaver Island archipelago
ErasModern era

Summary

Gull Island Reef is a named offshore hazard in the Beaver Island archipelago. GNIS classifies feature 627516 as a “Bar”; the KB retains the seeded Reef type because the official name and the local reporting use “reef.” It lies near Gull Island and is treated here as a maritime feature distinct from the island itself.

The reef appears in local fisheries and conservation-enforcement reporting. In November 1928, the Charlevoix Courier reported that 800 pounds of trout had been taken in illegally set nets off Gull Island Reef and described conservation officers’ spawn-taking work. A 1929 report on the Martin fishing family again identified illegal netting at the reef and fishing without buoys. These sources show the reef as a working fishing ground and enforcement reference, but do not provide a charted depth or exact navigational hazard description.

Open questions

  • What chart or hydrographic survey establishes the reef’s depth, extent, and relationship to Gull Island?
  • Can the 1928–29 enforcement reports be connected to a specific state fishery regulation or case record?
  • Why does GNIS classify this feature as a Bar while the official name uses “Reef”?

Sources

  1. U.S. Geological Survey, Geographic Names Information System, Domestic Names (Michigan), retrieved 2026-07-28.
    GNIS feature 627516; feature class 'Bar'.
    federal · gnis · gnis_names
  2. Charlevoix Courier, November 7, 1928, "Spawn Taken So Far Very Light."
    Reports 800 pounds of trout lifted in illegally set nets off Gull Island Reef and describes conservation officers supervising spawn-taking.
  3. Charlevoix Courier, April 1929, "Officers Take Martin Fishtug."
    Reports warrants charging James Martin with illegal netting at Gull Island Reef and fishing without buoys; the article is legal/enforcement context, not a survey of the reef's physical form.