Linked from

The 26 pages that link to Ancient Greek astronomy, each with the reason it gives.

• HipparchusNarrower topic: Hipparchus's mathematical astronomy grew within this intellectual tradition.

• AlmagestNarrower topic: The Almagest systematizes a long tradition of Greek mathematical astronomy.

• Aristotelian cosmologyNarrower topic: Aristotle’s account drew on an astronomical tradition that modeled regular planetary and stellar motions.

• Retrograde motionNarrower topic: Greek astronomers developed influential geometric accounts of planetary reversals.

• GeocentrismNarrower topic: Geocentrism emerged within this tradition of geometrical models and systematic observation.

• InstrumentalismNarrower topic: Astronomical models were sometimes treated as calculation devices without claims about physical reality.

• Claudius PtolemyNarrower topic: Ptolemy inherited its geometrical methods and accumulated planetary observations.

• EquantNarrower topic: The equant emerged within Greek efforts to model planetary appearances geometrically.

• Armillary sphereNarrower topic: Greek astronomy developed geometric models that informed early armillary instruments.

• Aristarchus of SamosNarrower topic: Aristarchus worked within a tradition that sought mathematical explanations for the heavens.

• GnomonNarrower topic: Greek astronomers used gnomons to measure solar motion and develop geometrical accounts of the heavens.

• ZodiacNarrower topic: Greek astronomers adopted and formalized the zodiac as a coordinate framework.

• Theon of AlexandriaNarrower topic: Theon’s astronomical commentaries contributed to the teaching of this broader discipline.

• Piscis AustrinusNarrower topic: The constellation’s familiar Western description was transmitted through this tradition.

• Corona AustralisNarrower topic: The constellation’s traditional name and catalogued form come through this astronomical tradition.