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Abstract

Late, unlike heavy, modernity until now has been devoid of any radical project for the future. It rather makes people use a rose‑tinted past to cope with future‑oriented anxieties. Solidarity’s desire for heavy modernity demonstrates that this sickness has been around for a long time. In what ways were the people of Solidarity nostalgic, and how did modernity’s global crisis reinvigorate the “desirable heaviness of being”? “The desirable heaviness of being” depicts the phenomenon of nostalgia for postwar heavy modernity within the early Solidarity movement. The theory of post‑socialist nostalgia highlights the importance of nostalgia for the future‑oriented past of heavy modernity in appraising the system during the Solidarity period. The interplay between Solidarity, late state socialism, and the crisis of heavy modernity exemplifies Eastern Europe’s interactions with globalising economies before and after 1989. The recollections of the August Strike as well as the Solidarity trade union’s programme provide examples for the longing. The links between state socialism and the global crisis of modernity shed light on current reasons for nostalgia, which may be of interest to “rescue history”.
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Authors and Affiliations

Piotr Perkowski
1
ORCID: ORCID

  1. Uniwersytet Gdański
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Abstract

This paper constitutes the sensitivity study of application the Polar WRF

model to the Svalbard area with testing selected parameterizations, including planetary

boundary layer, radiation and microphysics schemes. The model was configured, using

three one-way nested domains with 27 km, 9 km and 3 km grid cell resolutions. Results

from the innermost domain were presented and compared against measured wind speed

and air temperature at 10 meteorological stations. The study period covers two months:

June 2008 and January 2009. Significant differences between simulations results occurred

for planetary boundary layer (PBL) schemes in January 2009. The Mellor-Yamada-Janjic

(MYJ) planetary boundary layer (PBL) scheme resulted in the lowest errors for air

temperature, according to mean error (ME), mean absolute error (MAE) and correlation

coefficient values, where for wind speed this scheme was the worst from all the PBL

schemes tested. In the case of June 2008, shortwave and longwave radiation schemes

influenced the results the most. Generally, higher correlations were obtained for January,

both for air temperature and wind speed. However, the model performs better for June

in terms of ME and MAE error statistics. The results were also analyzed spatially, to

summarize the uncertainty of the model results related to the analyzed parameterization

schemes groups. Significant variability among simulations was calculated for January

2009 over the northern part of Spitsbergen and fjords for the PBL schemes. Standard

deviations for monthly average simulated values were up to 3.5°C for air temperature

and around 1 m s-1 for wind speed.

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Authors and Affiliations

Natalia Pilguj
Bartosz Czernecki
Maciej Kryza
Krzysztof Migała
Leszek Kolendowicz

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