ScholarGate
Asistent
Process / pipelineUrban climatology / remote-sensing temperature analysis

Urban Heat Island Analysis

Urban heat island (UHI) analysis quantifies how much warmer cities are than the rural land around them, a difference driven by impervious surfaces, reduced vegetation, waste heat, and street-canyon geometry that traps radiation. The intensity of the effect is defined simply as the urban-minus-rural temperature differential, a framework given its physical, energy-balance foundation by Tim Oke in 1982. Modern analysis increasingly maps the surface UHI from thermal satellite imagery, converting radiance to brightness temperature and then to land surface temperature so the heat island can be observed continuously across an entire metropolitan area rather than at a few weather stations.

Otvorite u MethodMindUskoroPrimijenite, usporedite, dobijte smjernice
Alati i resursi
Preuzmi prezentaciju
Učenje i istraživanje
VideoUskoro

Pročitajte cijelu metodu

Samo za članove

Prijavite se besplatnim računom kako biste pročitali ovaj odjeljak.

Prijavite se

Karta metoda

Okruženje srodnih metoda — odaberite čvor za istraživanje.

Izvori

  1. Oke, T. R. (1982). The energetic basis of the urban heat island. Quarterly Journal of the Royal Meteorological Society, 108(455), 1–24. DOI: 10.1002/qj.49710845502

Kako citirati ovu stranicu

ScholarGate. (2026, June 22). Urban Heat Island Analysis (UHI Intensity from Temperature Differential and Land Surface Temperature). ScholarGate. https://scholargate.app/hr/urban-studies/urban-heat-island-analysis

Koja metoda?

Postavite ovu metodu uz njoj najsrodnije i pročitajte ih jednu uz drugu — knjižnica vam knjige stavlja na stol; izbor je na vama.

Usporedi jedno uz drugo

Citirana u

ScholarGateUrban Heat Island Analysis (Urban Heat Island Analysis (UHI Intensity from Temperature Differential and Land Surface Temperature)). Preuzeto 2026-06-25 s https://scholargate.app/hr/urban-studies/urban-heat-island-analysis · Skup podataka: https://doi.org/10.5281/zenodo.20539026