Imandra, Apatity Urban Okrug, Murmansk Oblast, Northwestern Federal District, Russia
Lake Imandra, nestled in the southwestern part of the Kola Peninsula in Murmansk Oblast, Russia, is a pristine water body slightly beyond the Arctic Circle. Known for its clear waters and rich fish life, it is a prominent feature in the region’s landscape.
Geographic Characteristics
Situated at 127 meters above sea level, Lake Imandra covers an area of approximately 876 square kilometers, with its deepest point reaching 67 meters. The lake is characterized by a complex shoreline with numerous islands, the largest being Erm Island, spanning 26 square kilometers. The lake comprises three main sections: the Greater Imandra in the north, Ekostrovskaya Imandra in the center, and Babinskaya Imandra in the west. These parts are intricately connected by narrow straits, giving the lake a unique and diverse geography.
Hydrology
Lake Imandra’s waters drain into the Kandalaksha Gulf of the White Sea through the Niva River. This hydrological feature plays a significant role in the regional water system and contributes to the ecological diversity of the area.
Towns and Communities
The lake is surrounded by several towns that interact closely with it. Monchegorsk, located on the Monche-Guba inlet in the lake’s northwestern part, is a hub for winter sports. During the summer, the lake is a popular destination for boating, while in winter, it transforms into a scenic area for cross-country skiing. Other towns in proximity to the lake include Apatity near its eastern shore and Polyarnye Zori situated along the Niva River.
Recreational Use
Lake Imandra is primarily utilized by local residents for recreational activities. Boating on the lake is a common leisure activity, especially during the summer months. Historically, before the construction of the railway branch between Monchegorsk and the Leningrad-Murmansk mainline, the lake served as an essential transportation route. Ferries used to operate from Monchegorsk to Tik-Guba, providing crucial connectivity in the region.