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Santiago vs Luxor

Csb Warm-summer MediterraneanBWh Hot desert

Comparing Santiago change · Luxor change

Bottom line

Luxor is the warmer of the two — about 10°C on the annual average; Santiago is the wetter, with 304 mm more rain a year, and Luxor the sunnier.

Warmer Luxor 10°C on the year
Wetter Santiago 304 mm more a year
Sunnier Luxor 37 pp less cloud
Colder winters Santiago 3°C colder nights

How the seasons compare

The differences between Santiago and Luxor, in everyday terms.

Summers

Luxor has far hotter summers

Santiago: Warm
Luxor: Extreme heat

Winters

Luxor has milder winters

Santiago: Chilly
Luxor: Cool

Rain & snow

Santiago is much wetter

Santiago: Fairly dry
Luxor: Very dry

Sky

Luxor is far sunnier

Santiago: Partly cloudy
Luxor: Sunny

Month-by-month charts

Temperature

Luxor is the warmer of the two — about 10°C on the annual average.

-0°20°40° JanAprJulOct SantiagoLuxor

Precipitation

Santiago is the wetter — about 304 mm more across the year.

PRECIPITATION (mm) 04590 JanAprJulOct SantiagoLuxor

Clear skies

Luxor has the clearer skies — the higher line.

0%25%50%75%100% JanAprJulOct SantiagoLuxor

Exact monthly numbers

Tap a metric to open its full table. Desktop shows all twelve months; on a phone each metric splits into Jan–Jun and Jul–Dec.

Avg high (°C) Luxor runs higher most of the year
JanFebMarAprMayJunJulAugSepOctNovDec
Santiago302928231916151720232629
Luxor232530353941414139352924
Difference-7-4+2+12+20+25+26+24+20+13+3-4
Jan – JunJanFebMarAprMayJun
Santiago302928231916
Luxor232530353941
Difference-7-4+2+12+20+25
Jul – DecJulAugSepOctNovDec
Santiago151720232629
Luxor414139352924
Difference+26+24+20+13+3-4
Avg low (°C) Luxor runs higher most of the year
JanFebMarAprMayJunJulAugSepOctNovDec
Santiago14131297545781013
Luxor791317222526252319138
Difference-7-5+1+8+15+20+22+21+17+11+3-4
Jan – JunJanFebMarAprMayJun
Santiago141312975
Luxor7913172225
Difference-7-5+1+8+15+20
Jul – DecJulAugSepOctNovDec
Santiago45781013
Luxor26252319138
Difference+22+21+17+11+3-4
Precipitation (mm) Santiago runs higher most of the year
JanFebMarAprMayJunJulAugSepOctNovDec
Santiago0241945885454301676
Luxor2022120001130
Difference+1-1-3-17-34-88-54-54-29-15-4-6
Jan – JunJanFebMarAprMayJun
Santiago024194588
Luxor2022120
Difference+1-1-3-17-34-88
Jul – DecJulAugSepOctNovDec
Santiago5454301676
Luxor001130
Difference-54-54-29-15-4-6
Cloud cover (%) Santiago runs higher most of the year
JanFebMarAprMayJunJulAugSepOctNovDec
Santiago333136536873706968624838
Luxor242525272410989111522
Difference-9-7-11-26-43-63-61-62-59-51-33-16
Jan – JunJanFebMarAprMayJun
Santiago333136536873
Luxor242525272410
Difference-9-7-11-26-43-63
Jul – DecJulAugSepOctNovDec
Santiago706968624838
Luxor989111522
Difference-61-62-59-51-33-16
Relative humidity (%) Varies through the year
JanFebMarAprMayJunJulAugSepOctNovDec
Santiago313232344251535150443531
Luxor463727201818202125304047
Difference+15+4-5-14-24-33-33-30-26-13+6+16
Jan – JunJanFebMarAprMayJun
Santiago313232344251
Luxor463727201818
Difference+15+4-5-14-24-33
Jul – DecJulAugSepOctNovDec
Santiago535150443531
Luxor202125304047
Difference-33-30-26-13+6+16

How both climates are changing

Both cities are warming. Each city has its own warming trend; see its trends page for the year-by-year detail. Santiago trends → · Luxor trends →

Methodology & sources

Santiago

Temperature & precipitation — the official 1991–2020 climate normals from the WMO's CLINO 1991–2020 collection, measured at Eulogiosancheztobalabaad, about 9 km from the city centre.

Cloud, humidity, wind & sunshine — modelled estimates from NASA POWER, NASA's satellite-and-reanalysis climatology. This is the standard global source for atmospheric variables, which are not measured at most weather stations.

Luxor

Temperature & precipitation — 1991–2020 normals computed from 30 years of daily observations at Luxor Intl, a weather station, about 7 km from the city centre. The underlying daily records come from NOAA's global station network.

Cloud, humidity, wind & sunshine — modelled estimates from NASA POWER, NASA's satellite-and-reanalysis climatology. This is the standard global source for atmospheric variables, which are not measured at most weather stations.

How we build these numbers →