Linked from

The 22 pages that link to Islamic astronomy, each with the reason it gives.

• Islamic calendarNarrower topic: Astronomers studied lunar visibility and methods for predicting calendar dates.

• AlmagestNarrower topic: Astronomers translated, criticized, and extended the Almagest’s methods and tables.

• Ptolemaic systemNarrower topic: Astronomers in this tradition preserved, criticized, and revised Ptolemaic models.

• SundialRelated: Astronomers refined solar-time calculations and built sundials for daily use.

• Ancient Greek astronomyNarrower topic: Translations and critiques of Greek works became foundations for later astronomical research.

• Claudius PtolemyRelated: Astronomers translated, critiqued, and revised Ptolemy’s models.

• EquantRelated: Astronomers scrutinized Ptolemaic devices, including the equant, and devised geometrical alternatives.

• Al-BiruniNarrower topic: Al-Biruni’s astronomical work forms part of this broad scholarly history.

• Deferent and epicycleNarrower topic: Astronomers critically refined Ptolemaic planetary models while preserving and extending their mathematics.

• History of astronomyBroader topic: Prayer times, the calendar, and inherited Greek and Indian learning supported major observatories and research.

• Spherical astronomyRelated: Its observatories and scholars refined positional astronomy and spherical calculations.

• Timbuktu manuscriptsRelated: Astronomical and mathematical writings show scientific scholarship within the collections.

• Indian astronomyRelated: Later exchanges connected South Asian astronomical tables and methods with Persian and Arabic scholarship.

• Astronomical clockRelated: Its instruments and mathematical traditions shaped the wider history of European astronomy.

• History of trigonometryNarrower topic: Its observatories and texts expanded trigonometric methods and carried them across scholarly networks.

• AlidadeRelated: Astronomers refined sighting instruments and angle measurement used in later alidade designs.

• Abd al-Rahman al-SufiNarrower topic: His work exemplifies the observation, translation, and revision that sustained medieval Islamic astronomy.

• Guo ShoujingCompared with: Comparing these traditions clarifies the distinct institutional and computational setting of Guo’s work.

• Ibn YunusNarrower topic: His work belongs to this wider scholarly tradition and helped shape its later calculations.

• Science in the medieval Islamic worldBroader topic: Astronomy combined mathematical models with sustained observation and practical needs such as timekeeping.

• Al-ʻIjliyyahNarrower topic: Astrolabes served practical and scholarly purposes within this broad tradition.

• Taqi ad-Din Muhammad ibn Ma'rufNarrower topic: Taqi ad-Din worked within a long tradition of astronomical research and instrument design.