Cities · Pakistan

Lahore in 2050: climate change in numbers

+0.4°C since 1951–1980

Lahore has warmed 0.4 °C, comparing the last ten years (2016–2025) with 1951–1980 — slower than the world as a whole (+1.1 °C). By 2050, its climate is projected to feel like Gwalior, India today.

Average temperature
25.8°C in 2050
24.1 °C (1951–80) → 24.3 °C (1991–2020)
Hottest day of the year
48°C
118 °F in 2050 · today 46 °C
Days above 35 °C (95 °F)
146/yr
today 119 · 1951–80 116
Tropical nights (>20 °C)
195/yr
today 179 · 1951–80 175

2050 = 2040–2059 average, intermediate emissions (SSP2-4.5), median of CMIP6 climate models. “Today” = 1991–2020. Model range for average temperature: 25.3–26.6 °C.

Lahore: average annual temperature, 1950–2025 (°C)

232425°C19601980200020202050 projection: 25.8 °C
Copernicus ERA5 reanalysis at 31.56°N, 74.35°E (≈25 km grid), via World Bank CCKP. Dashed line: CMIP6 SSP2-4.5 median for 2040–2059.

1950 → 2025. Lahore's warming stripes: each stripe is one year's average temperature.

What Lahore's climate will feel like

Matching temperature, heat extremes, frost days and rainfall against the current climate of more than 1,000 large cities, Lahore's 2050 climate is closest to Gwalior, India — about 700 km away.

Lahore todayLahore 2050Gwalior today
Average temperature24.3 °C25.8 °C25.8 °C
Average daily high30.5 °C32.0 °C31.8 °C
Hottest day46 °C48 °C45 °C
Frost days000
Rainfall636 mm674 mm781 mm

A year in Lahore, day by day

Each square is one day of the year; the coloured squares are the days that cross the threshold in an average year.

Days above 35 °C (95 °F) in Lahore

116 days · 1951–1980119 days · 1991–2020146 days · 2050158 days · 2050, high emissions
Days with a daily maximum above the threshold. ERA5 via World Bank CCKP; 2050 = 2040–2059, CMIP6 median for SSP2-4.5 and SSP5-8.5.

Tropical nights in Lahore (never cooler than 20 °C)

175 days · 1951–1980179 days · 1991–2020195 days · 2050203 days · 2050, high emissions
Nights when the temperature stays above 20 °C. ERA5 via World Bank CCKP; 2050 = 2040–2059, CMIP6 median.

Dangerous-heat days in Lahore (heat index ≥ 39 °C)

43 days · 1995–201477 days · 2050104 days · 2090145 days · 2090, very high emissions
Days when the heat index (temperature and humidity) reaches 39 °C, the NWS 'Danger' level. ERA5 and CMIP6 median via World Bank CCKP.

What changes by 2050

Dangerous heat in Lahore

Days a year when the heat index — temperature and humidity combined — reaches 39 °C, the level the US National Weather Service calls Danger: 43 in 1995–2014, 77 by 2050 and 104 by 2090 under intermediate emissions, or 145 by 2090 if emissions keep rising. See where dangerous heat spreads worldwide.

Under high emissions

If emissions keep rising (SSP5-8.5), Lahore would average 26.4 °C by 2040–2059, with a hottest day around 48 °C and 158 days above 35 °C (95 °F) a year. By mid-century the scenarios are still close; the choices made now mostly decide what happens after 2050 — see the world in 2050.

More places

Compare Lahore with…Climate change in PakistanPeshawarDelhiKabulKarachi

Frequently asked questions

How hot will Lahore be in 2050?

Under an intermediate emissions scenario (SSP2-4.5), Lahore's average annual temperature in 2040–2059 is projected at about 25.8 °C (range 25.3–26.6 °C across climate models), compared with 24.3 °C in 1991–2020. The hottest day of a typical year reaches about 48 °C (118 °F).

Is Lahore getting hotter?

Yes. The last ten years (2016–2025) averaged 0.4 °C warmer than 1951–1980 in Lahore, slower than the global average of 1.1 °C over the same period (Copernicus ERA5).

Which city will Lahore feel like in 2050?

By 2040–2059, Lahore's climate is projected to resemble the climate of Gwalior, India today, based on temperature, heat extremes, frost and rainfall.

What would happen under high emissions?

Under a very high emissions scenario (SSP5-8.5), Lahore's average temperature in 2040–2059 is projected at 26.4 °C and the hottest day at about 48 °C. The differences between scenarios grow much larger after 2050.

Sources: World Bank Climate Change Knowledge Portal (CMIP6 0.25°, ERA5 0.25°); Copernicus ERA5 reanalysis (C3S/ECMWF); NASA NEX-GDDP-CMIP6 (Thrasher et al. 2022); GeoNames

Method: Delta method: ERA5 1995–2014 + CMIP6 ensemble change 2040–2059 vs 1995–2014. Values are for the ~25 km grid cell containing the city and can differ from a single weather station, especially for coastal and mountain cities. Methodology · Download CSV

Licence: Derived from ERA5 (CC BY 4.0, Copernicus/ECMWF), CMIP6 via World Bank CCKP (CC BY-SA 4.0) and GeoNames (CC BY 4.0). City data on this site: CC BY-SA 4.0. · Generated 17 October 2026