Linked from

The 17 pages that link to Sirius, each with the reason it gives.

• White dwarfBroader topic: Sirius B is a nearby, well-studied example that helped establish white dwarf properties.

• Binary starBroader topic: Its visible and white-dwarf components helped establish the reality of stellar remnants.

• BetelgeuseCompared with: Sirius appears brighter from Earth, though Betelgeuse is vastly larger and more luminous intrinsically.

• Alpha CentauriCompared with: It is brighter in the sky but farther from Earth than Alpha Centauri.

• Proxima CentauriCompared with: Sirius appears far brighter despite being more distant, unlike Proxima’s faintness.

• Egyptian calendarRelated: Its annual dawn appearance helped mark the civil calendar’s shifting seasonal position.

• Bayer designationRelated: Its designation Alpha Canis Majoris shows the system applied to a particularly bright star.

• Mass–luminosity relationBroader topic: Its main-sequence primary offers a bright example with a dynamically measured mass.

• OrionRelated: Following Orion’s Belt southeastward leads to Sirius.

• Canis MajorRelated: Its visibility and seasonal appearance gave the constellation cultural significance across societies.

• Barnard's StarCompared with: Sirius is bright chiefly because of luminosity, unlike Barnard's Star's distinction for rapid apparent motion.

• Orion’s BeltRelated: Following the belt’s line southeastward leads toward Sirius.

• William HugginsBroader topic: Huggins identified hydrogen and other elements in its spectrum.

• Margaret Lindsay HugginsBroader topic: Its spectrum was one of the stellar records studied by the Hugginses.

• Canis MinorRelated: Like Procyon, it is a brilliant winter star with a white dwarf companion.

• Epsilon Canis MajorisRelated: It outshines Adhara in the same constellation and provides a familiar comparison.

• List of Chinese star namesBroader topic: Its traditional names connect a bright modern identification with ancient celestial imagery.