Gulf of Siridor
The Gulf of Siridor is an astrographic feature lying within a single subsector in Mavuzog Sector.
- It is a rift area of low stellar density.
- It is a barrier to interstellar trade and commerce.
Description (Specifications)[edit]
The Gulf of Siridor is a region of low stellar density within the central and coreward parts of Siridor Subsector.
- The Gulf has rough dimensions of 5 parsecs coreward-rimward by 3 parsecs spinward-trailing.
- It hampers interstellar trade.
- It forms a natural obstacle to Jaibok expansion.
A basic map showing the Gulf of Siridor.
(Image sourced from Traveller Map).
History & Background (Dossier)[edit]
The Gulf of Siridor hampers effective trade and commerce, which largely depends on Jump-2 vessels.
- The Gulf cannot be routinely crossed by vessels with less than Jump-4.
- The Wilder Stars lie along its spinward edge.
Historical Data[edit]
The Gulf was originally charted during the 400s.
Timeline[edit]
- ca -1900: The first Human explorers active in the region; (Terrans of the Rule of Man).
- ca 400: The first known surveys denoting the region (retrieved from a Talokani data archive).
Worlds & Sectors (Astrography)[edit]
This astrographic feature is primarily found in the following areas:
Charted Space
World Listing[edit]
Comprehensive Second Survey data for systems and worlds associated with this astrographic feature is available.
- The primary source material for all data is Traveller Map.
- Other sources may differ: some elements of the data may be contradictory or incorrect.
- Data is occasionally updated as new information becomes available.
- Scouting missions gathering reliable, verified data can receive substantial payment.
AAB library archives contain expanded data about the following systems:
Note that some Second Survey data, though only 40 years old, may already be out of date.
- Verified updated data is constantly sought.
References & Contributors (Sources)[edit]
- Author & Contributor: Lord (Marquis) and Master Scout Emeritus Adie Alegoric Stewart of the IISS

