0xCarbon
United Kingdom · 51.66°, -3.45° · 256 m

Rhondda

Rhondda, United Kingdom
Photo: Martin Ridley, Public domain, via Wikimedia Commons

Reaching Rhondda from London emits 18.5 kg CO₂e return by rail (4h 24m each way) against 106 kg by air — 6× the carbon. It averages 14.9 °C in August and 4.0 °C in January.

When to go: Rhondda is warmest in August (14.9 °C), sunniest in June (11.6 h a day); coldest in January (4.0 °C). Month by month

18.5kg CO₂e return by rail, from London
106kg CO₂e return by air, from London
11.6hours of sunshine a day in June, its brightest month

Getting there

Return carbon and one-way journey time to Rhondda. Times are modelled.
FromDistanceBy railRail timeBy airAir time
Amsterdam576 km29.0 kg10h 12m145 kg4h 18m
Barcelona1,219 km52.1 kg16h 42m307 kg5h 6m
Berlin1,153 km46.0 kg16h 36m290 kg5h
Brussels550 km28.0 kg8h 18m138 kg4h 12m
Copenhagen1,142 km46.7 kg22h 12m287 kg5h
Dublin266 km——66.8 kg3h 54m
Edinburgh478 km38.4 kg8h 24m219 kg4h 6m
Frankfurt867 km37.3 kg12h 30m218 kg4h 42m
Glasgow471 km37.8 kg8h 6m216 kg4h 6m
Leeds270 km21.7 kg5h 24m124 kg3h 54m
Lisbon1,505 km65.3 kg34h 12m379 kg5h 30m
Liverpool197 km15.9 kg4h 18m90.5 kg3h 48m
London230 km18.5 kg4h 24m106 kg3h 48m
Madrid1,250 km55.8 kg20h 18m315 kg5h 12m
Manchester218 km17.6 kg4h 42m100 kg3h 48m
Milan1,155 km46.8 kg17h 6m290 kg5h
Munich1,143 km45.6 kg15h 48m287 kg5h
Newcastle388 km31.2 kg7h 6m178 kg4h
Nottingham212 km17.1 kg4h 36m97.4 kg3h 48m
Oslo1,272 km52.5 kg31h 48m320 kg5h 12m
Paris517 km28.6 kg8h 42m130 kg4h 12m
Prague1,263 km49.0 kg22h 12m318 kg5h 12m
Rome1,624 km60.9 kg21h 6m408 kg5h 42m
Sheffield234 km18.8 kg4h 54m107 kg3h 48m
Southampton165 km13.3 kg3h 54m75.7 kg3h 42m
Stockholm1,591 km60.8 kg28h 36m400 kg5h 36m
Vienna1,465 km54.9 kg20h 54m368 kg5h 30m
Warsaw1,670 km61.2 kg24h 6m420 kg5h 42m
Zurich987 km41.4 kg14h 6m248 kg4h 48m

The year in Rhondda

Average temperature, °C — warmest in August
January: 4.0 °C4.0 °CJanFebruary: 5.9 °CFebMarch: 6.1 °CMarApril: 7.7 °CAprMay: 12.1 °CMayJune: 14.3 °CJunJuly: 14.4 °CJulAugust: 14.9 °C14.9 °CAugSeptember: 14.1 °CSepOctober: 10.9 °COctNovember: 7.0 °CNovDecember: 6.4 °CDec
Sunshine, hours a day — brightest in June
January: 3.9 hJanFebruary: 3.8 hFebMarch: 4.9 hMarApril: 7.0 hAprMay: 10.8 hMayJune: 11.6 h11.6 hJunJuly: 9.3 hJulAugust: 8.6 hAugSeptember: 7.3 hSepOctober: 5.7 hOctNovember: 3.5 hNovDecember: 2.0 h2.0 hDec
Historical daily means for 2023–2024, by month (ERA5 reanalysis) — averaged across day and night
 JanFebMarAprMayJunJulAugSepOctNovDec
Temp °C4.05.96.17.712.114.314.414.914.110.97.06.4
Sun h/day3.93.84.97.010.811.69.38.67.35.73.52.0
Rain mm/day7.25.57.65.13.12.16.04.95.56.34.87.5

When to go

Rhondda is warmest in August at 14.9 °C but brightest in June, averaging 11.6 hours of sun a day — the two do not always coincide, which is worth knowing before booking. Its coldest is January at 4.0 °C.

Three months worth booking

The same year of measurements, decided rather than tabulated. Each opens the map below on dates in that month.

Staying there

A hotel room in United Kingdom emits about 10.4 kg CO₂e per night under UK Government 2026 factors — a country average per occupied room, not this or any particular hotel. 7 nights in one room adds roughly 73 kg — about 5.5× the carbon of one person getting there by rail from Southampton. Two sharing the room halve that share each; the journey does not halve.

Where to stay in Rhondda

Places to stay in Rhondda, United Kingdom, on a live map. Prices and availability come from Stay22 and its booking partners.

Search places to stay in Rhondda →Opens the booking search in a new tab. Same partners as the map below.

Affiliate disclosure. A booking made through this map may earn 0xCarbon a commission, at no extra cost to you. It changes nothing above it: the emissions figures come from UK Government conversion factors and are computed before anyone is paid anything.See the method.

Distances are great-circle. Rail assumes international rail at 0.01135 kg CO₂e per passenger-km with a 1.3× track detour allowance; flights use 0.12576 kg per passenger-km including radiative forcing. Journey times are modelled, not timetabled. Full method.