Chemical Composition of the Hydro-Cryogenic System of Lake Baikal: Snow on Ice–Ice–Water under Ice

[1] Blinov V.V.(2019)Estimation of mineralization increase in the under-ice water layer of southern Baikal Russ. Meteorol. Hydrol 10 674-678

[2] Gnatovskij R.Yu.(1969)Influence of freezing processes on the composition of hydrocarbonate waters Dokl. Akad. Nauk SSSR 185 675-678

[3] Zhdanov A.A.(2010)Study of the hydrocryogenic components of Baikal southwestern coast (ecological-geochemical aspect) Led Sneg 2 56-60

[4] Granin N.G.(2017)Features of the snow cover distribution on the coast of Lake Baikal Led Sneg 57 355-364

[5] Vlasov N.A.(1973)Characteristics of the chemical composition of under-ice water of Northern Kazakhstan lakes Dokl. Akad. Nauk SSSR 211 1405-1407

[6] Pavlova L.I.(2016)Production characteristics of the estuary of the Razdolnaya River in the freeze-up period, Izvestiya TINRO 185 155-174

[7] Vorob’eva I.B.(2019)Changes in the anthropogenic load on the snow cover of southern Baikal due to the closure of the Baikal pulp and paper mill, Zhurn. 79 90-94

[8] Naprasnikova E.V.(2018)Chemical composition of ice and subglacial water of Lake Onega: Case study of Petrozavodsk Bay Led Sneg 58 417-428

[9] Vlasova N.V.(2020)Chemical composition of the hydrocryogenic system of lakes Munozero and Urozero (Republic of Karelia, Russia) Led Sneg 60 592-600

[10] Voropai N.N.(2018)The ice regime of Transbaikalian lakes under current warming Led Sneg 58 225-230

[1] Blinov V.V.(2019)Estimation of mineralization increase in the under-ice water layer of southern Baikal Russ. Meteorol. Hydrol 10 674-678

[2] Gnatovskij R.Yu.(1969)Influence of freezing processes on the composition of hydrocarbonate waters Dokl. Akad. Nauk SSSR 185 675-678

[3] Zhdanov A.A.(2010)Study of the hydrocryogenic components of Baikal southwestern coast (ecological-geochemical aspect) Led Sneg 2 56-60

[4] Granin N.G.(2017)Features of the snow cover distribution on the coast of Lake Baikal Led Sneg 57 355-364

[5] Vlasov N.A.(1973)Characteristics of the chemical composition of under-ice water of Northern Kazakhstan lakes Dokl. Akad. Nauk SSSR 211 1405-1407

[6] Pavlova L.I.(2016)Production characteristics of the estuary of the Razdolnaya River in the freeze-up period, Izvestiya TINRO 185 155-174

[7] Vorob’eva I.B.(2019)Changes in the anthropogenic load on the snow cover of southern Baikal due to the closure of the Baikal pulp and paper mill, Zhurn. 79 90-94

[8] Naprasnikova E.V.(2018)Chemical composition of ice and subglacial water of Lake Onega: Case study of Petrozavodsk Bay Led Sneg 58 417-428

[9] Vlasova N.V.(2020)Chemical composition of the hydrocryogenic system of lakes Munozero and Urozero (Republic of Karelia, Russia) Led Sneg 60 592-600

[10] Voropai N.N.(2018)The ice regime of Transbaikalian lakes under current warming Led Sneg 58 225-230