Population Potential Model
The population potential model measures the cumulative influence that all of a region's population exerts on a given point, weighting each place's population inversely by its distance. Introduced by the astronomer-turned-social-scientist John Q. Stewart in 1947 as part of his 'social physics', it borrows the gravitational-potential analogy from physics: every population mass contributes potential at a point in proportion to its size and in inverse proportion to its distance. Summed across all places, the result is a smooth potential surface that maps relative accessibility, market reach, and demographic pressure.
Læs hele metoden
Log ind med en gratis konto for at læse dette afsnit.
Metodekort
Nabolaget af beslægtede metoder — vælg en knude for at udforske.
Kilder
- Stewart, J. Q. (1947). Empirical mathematical rules concerning the distribution and equilibrium of population. Geographical Review, 37(3), 461–485. DOI: 10.2307/211132 ↗
Sådan citerer du denne side
ScholarGate. (2026, June 22). Population Potential Model (Stewart's Social Physics). ScholarGate. https://scholargate.app/da/human-geography/population-potential-model
Hvilken metode?
Stil denne metode ved siden af dens nærmeste slægtninge, og læs dem side om side — biblioteket lægger bøgerne på bordet; valget er dit.
- Accessibility AnalysisHuman Geography↔ sammenlign
- Central Place AnalysisHuman Geography↔ sammenlign
- Gravity Model of MigrationHuman Geography↔ sammenlign
- Ruminteraktionsmodeller (tyngdekraftmodeller)Rumlig analyse↔ sammenlign
Refereret af
Lignende metoder
Har du fundet en fejl på denne side? Indberet den eller foreslå en rettelse →