The climate of Cheongju-si
Dwa Hot-summer continental with dry winter. Hot, wet summers and cold, dry winters. A monsoon-influenced continental climate. Winters are cold and dry, and the summer is hot and brings most of the year's rain.
Cheongju-si is north of the equator, so summer falls in June to August and winter in December to February. The 1901 to 1930 map put Cheongju-si in Dfa (hot-summer humid continental), so its zone is different from a century ago.
Cheongju-si: then, now and by 2100
| Map | Climate zone | Compared with now |
|---|---|---|
| 1901 to 1930 | Dfa Hot-summer humid continental | Different from now |
| 1991 to 2020 (now) | Dwa Hot-summer continental with dry winter | - |
| 2071 to 2099, SSP1-2.6 (low emissions) | Cwa Humid subtropical with dry winter | Different from now |
| 2071 to 2099, SSP2-4.5 (middle of the road) | Cwa Humid subtropical with dry winter | Different from now |
| 2071 to 2099, SSP5-8.5 (high emissions) | Cwa Humid subtropical with dry winter | Different from now |
The 2071 to 2099 rows are model projections under three emissions scenarios, not forecasts. The 1901 to 1930 row is a reconstruction. All come from Beck et al. (2023).
Under the middle-of-the-road scenario (SSP2-4.5), the model puts Cheongju-si in Cwa (humid subtropical with dry winter) in 2071 to 2099, instead of Dwa now. Under the high-emissions scenario (SSP5-8.5) it is Cwa (humid subtropical with dry winter).
Cities with the same climate as Cheongju-si
Other big cities that are Dwa (hot-summer continental with dry winter) in 1991 to 2020, at most two per country:
Where Cheongju-si's future climate exists today
In the SSP2-4.5 map for 2071 to 2099, Cheongju-si is Cwa. These cities are Cwa in 1991 to 2020, so they give a rough idea of the future climate (the real conditions would differ in many ways).
- Chengdu, China
- Guangzhou, China
- Dhaka, Bangladesh
- Hanoi, Vietnam
- Hong Kong, Hong Kong
- New Territories, Hong Kong
- Rawalpindi, Pakistan
- Taichung, Taiwan
More
Population of Cheongju-si from GeoNames: 852,147 (rank 682 in our list of 1,000). Climate data: Beck et al. (2023), CC BY 4.0. Data sources and licences.
