Mogilev region


Mogilev region, also known as Mogilev oblast or Mahilyow voblasts, is one of the regions of Belarus. Its administrative center is the city of Mogilev.
Important cities within the region include Mogilev, Asipovichy and Babruysk.

Geography

Within Belarus, Mogilev region borders Vitebsk region, Minsk region, and Gomel region. It has international borders with the Russian Federation.
Mogilev region covers a total area of, about 14% of the national total. The region's greatest extent from north to south comprises, from east to west –, while the highest point is above sea level and the lowest at above sea level.
Many rivers flow through the Mogilev region, including the Dnieper, Berezina, Sozh, Druts, Pronia and Ptsich. The oblast also has small lakes, the largest being the Zaozerye Lake with a surface area of. The on the Druts River has an area of.
The extreme eastern point of Belarus is situated within the Mogilev region to the east of the Khotimsk District.

Climate

Mogilev region has a temperate continental climate, with cold winters and warm summers. January's average temperature ranges from in the northeast to in the southwest. July's average temperature ranges from in the northeast to in the southwest. The region's average yearly vegetative period lasts around 183–194 days. The average precipitation is a year, with approximately 70% falling during the warm season.

Demographics

With a total population of 1,088,100, 353,600 inhabitants live in rural areas and 855,000 live in cities or towns. There are 639,300 women and 567,300 men in the region, of which 288,100 are under 18 while 267,300 are elderly people.
Of the major nationalities living in the Mogilev region, 1,044,000 inhabitants are Belarusians, 132,000 are Russians, 3,500 are Jewish, 2,800 are Poles, 2,110 are Ukrainians, 1,700 are Tatars, 1,300 are Lithuanians, 1,100 are Armenians, and 1,070 are Romani.

Tourism

The number of travel agencies in Mogilev region has grown from 20 in 2000 to 50 in 2010, 12 of which provide agent services, the others are tour operators. Mogilev region hosts 3-4% of all the organized tourist arrivals to the Republic of Belarus. The most popular cities to visit in the region are Mogilev and Bobruisk.

Administrative subdivisions

Today the region consists of 21 districts, 195 selsovets, 14 towns, 3 city municipalities, and 12 urban-type settlements.

Districts of Mogilev region

The 21 districts of Mogilev region are:
Population of cities and towns in Mogilev region according to 2023 estimates.
EnglishBelarusianRussianPop.
MogilevМагілёўМогилёв360,918
BabruyskБабруйскБобруйск208,611
AsipovichyАсiповiчыОсиповичи29,329
HorkiГоркіГорки29,152
KrychawКрычаўКричев23,469
BykhawБыхаўБыхов16,426
KlimavichyКлiмавiчыКлимовичи15,121
KastsyukovichyКасцюковічыКостюковичи15,089
ShklowШклоўШклов14,989
MstsislawМсьціслаўМстиславль10,069
ChavusyЧавусыЧаусы9,994
ByalynichyБялынічыБелыничи9,749
KirawskКіраўскКировск7,971
SlawharadСлаўгародСлавгород7,840
CherykawЧэрыкаўЧериков7,774
KlichawКлічаўКличев7,321
KruhlayeКруглаеКруглое7,315

Consequences of the Chernobyl Nuclear Power Plant disaster

During the elimination of the consequences of the Chernobyl disaster, as of 2010, residents of 141 settlements in the Mogilev region were evacuated, and 88 settlements were buried. In the post-accident period, more than 21,500 people were resettled to clean areas of the republic, leading to a decrease in the region 's population by about 7%. The most contaminated areas are the Bykhaw, Kastsyukovichy, Krasnapollye, Slawharad, and Cherykaw districts; these areas are contaminated not only with cesium-137, the main dose-forming nuclide, but also with strontium-90. In 14 districts of the Mogilev region, 11,200 km² of territory became radioactively contaminated: Byalynichy, Babruysk, Bykhaw, Kirov, Klimavichy, Klichaw, Kastsyukovichy, Krasnapollye, Krychaw, Krugloe, Mogilev, Slawharad, Chavusy, and Cherykaw district, which accounts for 38.6% of the total area of the region. At the beginning of 2010, nearly 119,500 people lived in 778 settlements in areas of radioactive contamination.