Linked from

The 33 pages that link to Navigation, each with the reason it gives.

• GeodesicRelated: Great-circle geodesics give shortest surface routes on an ideal spherical Earth.

• CartographyRelated: Navigation has long required maps that support route finding and orientation.

• Ptolemaic systemRelated: Astronomical tables grounded in geocentric models supported practical celestial calculations.

• Right triangleRelated: Course and distance calculations often resolve movement into perpendicular components.

• WayfindingNarrower topic: Wayfinding is human navigation within environments, often supported by designed spatial cues.

• TrigonometryRelated: Bearings and distances can be resolved into directional components with trigonometry.

• Angle bisectorRelated: Equal-angle directions can guide route layout and directional measurement.

• History of astronomyRelated: Celestial observations provided direction and position estimates before modern electronic navigation.

• Instrument flight rulesNarrower topic: IFR procedures depend on reliable navigation along assigned routes and approaches.

• Law of sinesRelated: Angle and baseline measurements can locate distant landmarks through triangle calculations.

• Rudolphine TablesNarrower topic: Accurate lunar and planetary predictions could support astronomical methods of determining position at sea.

• Cardinal directionNarrower topic: Cardinal headings provide a basic framework for choosing and maintaining a course.

• Water transportRelated: Navigation keeps vessels on course through changing waterways and weather.

• Adventure racingNarrower topic: Route-finding is a defining skill alongside physical endurance.

• Directed angleRelated: Bearings and heading changes use oriented angular measurements.

• History of cartographyNarrower topic: Seafaring and overland travel generated persistent demand for usable maps.

• John DeeRelated: Dee argued that mathematical knowledge could improve English maritime navigation.

• Robert PearyNarrower topic: Assessing the claim depends on the accuracy of expedition navigation.

• Ocean linerNarrower topic: Ocean navigation translated fixed liner schedules into safe routes across open water.

• History of trigonometryRelated: Angular measurements and tables helped mariners determine position and course.

• Léon FoucaultRelated: Gyroscopic instruments descended from Foucault’s work became valuable for maintaining orientation.

• Henry BriggsRelated: Logarithmic tables simplified the repeated calculations required to determine positions and courses at sea.

• Maritime historyRelated: Navigation shaped how far, safely, and predictably maritime societies could travel.

• William DampierNarrower topic: Dampier's voyages depended on practical route-finding across poorly charted waters.

• Jacob RoggeveenNarrower topic: Roggeveen’s expedition required methods for locating ships across the open Pacific.

• Survival skillsRelated: Route-finding helps avoid hazards and reach safety or assistance.

• Jodocus HondiusRelated: Globes and maps from Hondius’s workshops served the geographic needs of navigation.

• Computer (human calculator)Related: Navigators relied on calculated tables, whose preparation and verification employed human computers.

• Home (verb)Narrower topic: Homing is a target-directed form of the broader process of navigation.

• Land (verb: arrive)Related: Navigation determines the route that ends when a vehicle lands at its destination.

• Luís Vaz de TorresNarrower topic: Torres’s passage depended on steering through unfamiliar waters using early modern navigation.

• SteepleNarrower topic: Visible steeples have served as orientation points in settlements and landscapes.

• Technical geographyRelated: Maps and positioning systems translate geographic measurements into routes.