Criora

Climate risk in Tirunelveli

Tamil Nadu, India · 1.4M people in the urban area

What threatens Tirunelveli most

Water stress
Extremely High WRI Aqueduct
Drought
Extremely High WRI Aqueduct
Cyclone wind
Category 1 once in 100 years IRIS

Tsunamis and landslides are not rated for a single city here. Climate risk profile of India

Tirunelveli had 146 days over 35 °C in 2025.

Mumbai: 2 days.

146 days © OpenStreetMap
0 365 days
See the hot days around Tirunelveli on the live map

Tirunelveli's climate in the 2050s

2041-2060 compared with 1991-2020, moderate emissions

By the 2050s, Tirunelveli's climate will still be more like its own today than any other large city's. The nearest other is Phnom Penh (Cambodia).

Climate risk in Phnom Penh

+1.1°C

Mean temperature over the year

+1.1°C

Highest in the warmest month

+1.1°C

Lowest in the coldest month

+5%

Precipitation over the year

Under high emissions, Tirunelveli would stay nearest its own climate today.

Its own climate today is 2.1 σ away. How close the match is: 6.3 σ to the climate of Phnom Penh today, where under 2 is close and over 4 is no match (Mahony et al. 2017). 3 of 3 climate model runs name the same city. Seasonal temperature and rain are compared, not extremes, city heat or the sea.

Where else Tirunelveli stands out

Extremely High

Drought risk

Mumbai: High.

Higher than in 95% of the world's 593 large cities

358 days

Tropical nights in 2025, over 20 °C

Mumbai: 319 days.

Higher than in 91% of the world's 630 large cities

Hazards at Tirunelveli

Read at the city's centre and compared with the Atlas's 630 large cities. Moderate emissions is the IPCC's scenario SSP2-4.5.

Hot days in 2025, over 35 °C 146 days Among large cities: above 96% In India: 2 of 50
Tropical nights in 2025, over 20 °C 358 days Among large cities: above 91% In India: 4 of 50
Hottest day of 2025 40.4°C Among large cities: above 80% In India: 34 of 50
Warming by 2050, moderate emissions +1.2°C Among large cities: above 6% In India: 31 of 50
Days with 20 mm of rain or more in 2025 19 days Among large cities: above 82% In India: 15 of 50
River flood depth, 100-year event Dry at the city centre point
Coastal flood depth, 100-year event Dry at the city centre point
Water stress Extremely High (>80%) Among large cities: above 70% In India: 1 of 50
Drought risk Extremely High Among large cities: above 95% In India: 1 of 49
Earthquake shaking, once in 475 years 0.08 m/s² Among large cities: above 6% In India: 49 of 50
Land burned in an average year 0%
Cyclone wind, once in 100 years 34.66 m/s

Flood depth is read in a single 1 km cell at the city's centre, in today's climate. Other parts of the city can still flood. The country page names the deepest point near a coastal city in 2080, so its figure can be higher. See how deep a river flood reaches around Tirunelveli on the live map

See the drought risk around Tirunelveli on the live map

Extremely High © OpenStreetMap
Low Low-Medium Medium-High High Extremely High

Large cities near Tirunelveli

Cite or embed

Cite this page

In a line

Source: Criora (criora.com), based on ECMWF, NEX-GDDP-CMIP6, WRI, IPCC, GSHAP, GFED500, IRIS: the Imperial College Storm Model dataset

APA

Criora. (2026). Tirunelveli, India: climate risk profile [Data set]. Retrieved November 2, 2026, from https://criora.com/atlas/IND/tirunelveli

BibTeX

@misc{criora_atlas_IND_tirunelveli_2026,
  author = {{Criora}},
  title = {Tirunelveli, India: climate risk profile},
  year = {2026},
  url = {https://criora.com/atlas/IND/tirunelveli},
  urldate = {2026-11-02}
}

Each reading stays under its source's terms; the sources are named on this page.

Embed on your site
<iframe src="https://criora.com/embed/atlas/IND/tirunelveli" title="Tirunelveli, India: climate risk, by Criora" width="100%" height="140" loading="lazy" style="max-width:420px;border:0"></iframe>
<p><a href="https://criora.com/atlas/IND/tirunelveli?ref=embed" rel="nofollow">Source: Criora</a></p>

Free, no account needed. The widget has no script and shows the figures of this page. Keep its link to the source.