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229The
Expeditio litteraria ad Polum Arcticum
gear was packed down on June 23, 1769. Observations of aurorae are noted in a
seemingly consistent manner in this column. As already described, according
to Hell’s theory, observation of northern lights during the Arctic night in May
or June was perfectly logical. His theory comprised not only the aurora borealis
as it is defined today but also other phenomena resembling it. Thus, on June 17
Hell noted: “Silent weather, but dark clouds, the sky growing more and more
clear. Mediocre eastern wind, very clear sky with southern and southeastern
wind continually alternating, until around 3 a.m., when northern lights dis
turbed the observations [emphasis added].”63 After the day-by-day, tabular
overview with brief descriptions such as the one quoted here, there follows a
seven-page commentary, Animadversiones, with descriptions of the instru-
ments and methodology used, and—importantly—Hell’s own deliberations
on the weather conditions of Vardø. The very coldest recording, −18 Réaumur
(corresponding to −22.5 Celsius), lasted for a very short time during the night
between January 28 and 29. However, the everyday winter temperatures fluctu-
ated between 0 and −10 Réaumur (0 to −13 Celsius) (i.e., perfectly comparable
with the winter in Vienna). The existence of the Gulf Stream, constantly steer-
ing temperate sea water from the Bay of Mexico toward far-northern Scandina-
via, was beyond the grasp of the Viennese visitor. Instead, he argued that the
iceless waters around Vardø had resulted from a combination of three different
factors, namely the nearly incessant waves of the sea, the general direction of
the winds, and the currents pouring sweet water from the huge rivers of Russia.
In Hell’s view, the same three reasons contributed to the congelation of the
vast expanse of sea from Novaya Zemlya to Spitsbergen and extending farther
in an arch north of Iceland toward the shores of Greenland. All the while, the
sea around Vardø remained open and free of ice:
Ice is never encountered by sailors on this Mare Glaciale [i.e., the Eis-
meer, nowadays officially the Barents Sea] when they are out in the open
sea, several miles from the shore. However, as soon as they encounter
great ice floes floating in the sea, the sailors know for sure that they are
not far removed from the mainland.64
In sum, Hell’s meteorological deliberations cast him in a typical Enlightenment
role. On the one hand, we find Hell meticulously recording his endeavors, in-
cluding inventing several creative solutions to gather data despite harsh winds
threatening to tear their thermometers and other apparel to pieces. On the
63 Hell, “Observationes meteorologicae,” 384.
64 Hell, “Observationes meteorologicae,” 389.
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book Maximilian Hell (1720–92) - And the Ends of Jesuit Science in Enlightenment Europe"
Maximilian Hell (1720–92)
And the Ends of Jesuit Science in Enlightenment Europe
- Title
- Maximilian Hell (1720–92)
- Subtitle
- And the Ends of Jesuit Science in Enlightenment Europe
- Authors
- Per Pippin Aspaas
- László Kontler
- Publisher
- Brill
- Location
- Leiden
- Date
- 2020
- Language
- English
- License
- CC BY-NC-ND 4.0
- ISBN
- 978-90-04-41683-3
- Size
- 15.5 x 24.1 cm
- Pages
- 492
- Categories
- Naturwissenschaften Physik
Table of contents
- Acknowledgments VII
- List of Illustrations IX
- Bibliographic Abbreviations X
- Introduction 1
- 1 Shafts and Stars, Crafts and Sciences: The Making of a Jesuit Astronomer in the Habsburg Provinces 37
- 2 Metropolitan Lures: Enlightened and Jesuit Networks, and a New Node of Science 91
- 3 A New Node of Science in Action: The 1761 Transit of Venus and Hell’s Transition to Fame 134
- 4 The North Beckons: “A desperate voyage by desperate persons” 172
- 5 He Came, He Saw, He Conquered? The Expeditio litteraria ad Polum Arcticum 209
- 6 “Tahiti and Vardø will be the two columns […]”: Observing Venus andDebating the Parallax 258
- 7 Disruption of Old Structures 305
- 8 Coping with Enlightenments 344
- Appendix 1 Map of the Austrian Province of the Society of Jesus (with Glossary of Geographic Names) 394
- Appendix 2 Instruction for the Imperial and Royal Astronomer Maximilian Hell, S.J 398
- Bibliography 400
- Index 459