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Abstract

Since the end of the 2010s, there has been an autofiction boom in Russian prose. The heroes of this literary cross‑genre are artistic projections of the authors, similar while at the same time not similar to their creators. This article presents the female protagonists of two of the most notable autofiction novels of recent years – There Was No Adderall in the Soviet Union (2017) by Olga Breininger and Wound (2021) by Oksana Vasyakina. In addition, the article describes the different life path trajectories of the young heroines. If the journey of Breininger’s artistic projection leads to self‑destruction, then the wanderings of Vasyakina’s artistic projection lead her home.
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Bibliography

References:

«Literatura i zhiznʹ»: avtofikshn kak staryy novyy trend, [v:] https://www.youtube.com/wat·sh?v=t6rhnFLcrjk.

Altashina V.D., Autofiction v sovremennoy frantsuzskoy literature: lego iz ego, «Izvestiya Yuzhnogo federalʹnogo universiteta. Filologicheskiye nauki» 2014, № 3.

Berezina M., Nekrasova M., Nikonova A., Sotnikova D., Segodnya «pisʹmo – eto telo»: o zhenskom avtofikshene v Rossii, [v:] https://prochtenie.org/texts/30650.

Breyninger O., V Sovetskom Soyuze ne bylo adderola, [v:] V Sovetskom Soyuze ne bylo adderola [roman, rasskazy], Moskva 2018.

Bystrova T.A., Geroy sovremennogo italʹyanskogo romana‑avtofikshn: skolʹzheniye po grani, «Vestnik Moskovskogo gorodskogo pedagogicheskogo universiteta. Seriya: Filologiya. Teoriya yazyka. Yazykovoye obrazovaniye» 2019, № 4 (36).

Delaume C., La Règle du Je. Autofiction: un essai, Paris 2010.

Ferreira‑Meyers K., Autobiography and Autofiction: No Need to Fight for a Place in the Limelight, There is Space Enough for Both of these Concepts, [in:] Writing the Self. Essays on Autobiography and Autofiction, ed. by K.W Shands, G.G. Mikrut, D.R. Pattanaik, K. Ferreira‑Meyers, Huddinge 2015.

Kun M., Postsovetskaya kazakhstanskaya nemka kak idealʹnyy material dlya sozdaniya «sverkhcheloveka» (o romane Olʹgi Breyninger «V Sovetskom Soyuze ne bylo adderola»), «Sibirskiy filologicheskiy forum» 2019, № 3 (7).

Lejeune P., Le pacte autobiographique, Paris 1975.

Levina‑Parker M., Vvedeniye v samosochineniye: autofiction, «Novoye literaturnoye obozreniye» 2010, № 3, [v:] https://magazines.gorky.media/nlo/2010/3/vvedenie‑v-samosochinenie‑autofiction.html.

NOS – 2021, [v:] http://www.prokhorovfund.ru/projects/own/108/4433/.

Pisareva E., Oksana Vasyakina: «Dlya menya printsipialʹno nazyvatʹ svoye pisʹmo zhenskim», [v:] https://novayagazeta.ru/articles/2021/03/28/oksana‑vasiakina‑dlia‑menia‑printsipialno-nazyvat‑svoe‑pismo‑zhenskim.

Pozdnyakova K., Rozhdennaya v SSSR, [v:] https://portal‑kultura.ru/articles/books/166059-rozhdennaya‑v‑sssr/.

Stryjakowska A., Powieść В Советском Союзе не было аддерола Olgi Breininger z perspektywy autofikcji, „Przegląd Rusycystyczny” 2020, nr 3 (171).

Vasyakina O., Rana, Moskva 2021.

Yuzefovich G., «Rana» Oksany Vasyakinoy – roman o perezhivanii utraty. Avtor proshchayetsya s materʹyu i rassuzhdayet o tom, kak ona povliyala na eye samootsenku, gomoseksualʹnost’ i videniye mira, [v:] https://meduza.io/feature/2021/07/03/rana‑oksany-vasyakinoy‑roman‑o‑perezhivanii‑utraty.

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Authors and Affiliations

Michael Kuhn
1

  1. Uniwersytet Jagielloński w Krakowie
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Abstract

Snowmelt is a very important component of freshwater resources in the polar environment. Seasonal fluctuations in the water supply to glacial drainage systems influence glacier dynamics and indirectly affect water circulation and stratification in fjords. Here, we present spatial distribution of the meltwater production from the snow cover on Hansbreen in southern Spitsbergen. We estimated the volume of freshwater coming from snow deposited over this glacier. As a case study, we used 2014 being one of the warmest season in the 21st century. The depth of snow cover was measured using a high frequency Ground Penetrating Radar close to the maximum stage of accumulation. Simultaneously, a series of studies were conducted to analyse the structure of the snowpack and its physical properties in three snow pits in different glacier elevation zones. These data were combined to construct a snow density model for the entire glacier, which together with snow depth distribution represents essential parameters to estimate glacier winter mass balance. A temperature index model was used to calculate snow ablation, applying an average temperature lapse rate and surface elevation changes. Applying variable with altitude degree day factor, we estimated an average daily rate of ablation between 0.023 m d-1 °C-1 (for the ablation zone) and 0.027 m d-1 °C-1 (in accumulation zone). This melting rate was further validated by direct ablation data at reference sites on the glacier. An average daily water production by snowmelt in 2014 ablation season was 0.0065 m w.e. (water equivalent) and 41.52·106 m3 of freshwater in total. This ablation concerned 85.5% of the total water accumulated during winter in snow cover. Extreme daily melting exceeded 0.020 m w.e. in June and September 2014 with a maximum on 6th July 2014 (0.027 m w.e.). The snow cover has completely disappeared at the end of ablation season on 75.8% of the surface of Hansbreen.

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Authors and Affiliations

Aleksander Uszczyk
Mariusz Grabiec
Michał Laska
Michael Kuhn
Dariusz Ignatiuk
ORCID: ORCID

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