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Serial slaughter: the development of the north Norwegian sealing fleet: 1859–1909

Published online by Cambridge University Press:  09 December 2009

Kjell-G. Kjær*
Affiliation:
Torsvaag, N-9136 Vannareid, Norway (kkjaer@online.no)
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Abstract

This paper describes the growth and development of the sealing industry of northern Norway from 1859 to 1909 and is based largely on hunting returns and shipping records of the Tromsø fleet. Arctic hunting operations displayed remarkable diversity across the years and the ascendancy of sealing only emerged towards the end of the 19th century. The paper shows how the fleet increased in size despite the lack of capital in northern Norway for investment in new vessels and how hunting grew in significance as a commercial operation following the introduction of modern hunting techniques and better weapons. The fleet increased almost eightfold, from 6 vessels in 1859 to 46 in 1909 while the harvest of seals increased from less than 1500 to over 30000 animals annually. The geographical range of the hunting grounds expanded correspondingly from a limited area around Jan Mayen and the west coast of Spitsbergen to a huge area which included the western ice (north and south of Jan Mayen), the northern ice (Svalbard), the eastern ice (Kola Peninsula to Novaya Zemlya, the White Sea), Zemlya Frantsa-Isoifa [Franz Joseph Land], the Denmark Strait and northeast Greenland. The species composition of the harvest underwent a remarkable series of transitions, one species being replaced by another as local stocks became successively depleted. Thus, it was dominated numerically first by Svalbard reindeer and walrus, then beluga whales and then cod before finally consisting largely of polar bears, bottlenose whales and seals. Owners and skippers responded to reductions in numbers by searching for new hunting grounds and, in doing so, sailed further north, then east and then west than ever before, coincidentally making a series of historical voyages of discovery. By the end of these five decades sloops had largely been replaced by ketch rigged diesel sealers, these being an assortment of new, salvaged and second hand foreign ships.

Information

Type
Research Article
Copyright
Copyright © Cambridge University Press 2009
Figure 0

Fig. 1. Map showing the location of places mentioned in the text. A: North Atlantic and Barents Sea. B: Principal sealing grounds of the northern fleet. These include Vestisen (The westen ice. The area between Jan Mayen and Greenland), ‘Nordisen’ (The northern ice. The area around Svalbard) and Østisen (The eastern ice. The area between the Kola Peninsula and Novaya Zemlya). C: Fennoscandia. D: the Svalbard archipelago (not including Bjørnøya).

Figure 1

Fig. 2. Number of ships in the Tromsø fleet each year 1859–1909. Columns representing the total for each year are divided to indicate the number that returned safely to port and the number that were lost. The ‘Tromsø fleet’ is defined in terms of ships that sailed north on commercial hunting and related expeditions to the Arctic from the port of Tromsø and which would normally have delivered their catches there.

Figure 2

Fig. 3. Total reported catch of the Tromsø fleet each year 1859–1909. The data are divided between six species and one species group (seals). Data from Table 1. Only incomplete catch data are available for 1859, 1860, 1864, and 1866. The data for 1865 are for beluga only.

Figure 3

Fig. 4. Total reported harvest of eiderdown (kg) by the Tromsø fleet each year 1859–1909. Data from Table 1.

Figure 4

Table 1. Number of ships and the reported harvest of the Tromsø fleet annually from 1859–1909. Harvest data are numbers of animals except for eiderdown which is recorded as kg. Data have been extracted from a variety of sources, chiefly customs records and log books (see text). Although four species of seals were taken (see text), contemporary records, both private and official, normally refer merely to ‘seals’ and the data are therefore presented as such in the table. (n.d. = no data).

Figure 5

Fig. 5. Total reported catch of the Tromsø fleet during the period 1859–1909. The data are expressed as cumulative biomass (metric tons) for 8 species and one species group (seals). Data on numbers killed in Table 1 have been converted to biomass using estimates of live body mass (kg) chosen to reflect the fact that the harvest normally consisted of a mixture of males and females, adults and young. The values (kg) used are: bottlenose 1200, beluga 1200, narwhal 1000, walrus 800, polar bear (killed) 400, polar bear captured alive 20, reindeer 70, seal 60 and cod 6. No conversion is necessary for eiderdown because the original data are kg. Resulting values for the biomass of narwhal (48), eiderdown (42) and live polar bears (4 metric tons, respectively) do not show in the histogram owing to the scale of the ordinate.

Figure 6

Fig. 6. The sloop Bjona was typical of the vessels of the Tromsø fleet. She sailed with the fleet from 1882 when she also served as expedition ship for Alfred Nathorst and Gerard De Geer's geological expedition to Spitsbergen. In 1886 she was damaged in ice west of Spitsbergen and sprang a serious leak and sank on the way home to Norway. Fortunately, her crew was picked up by the shark fisher Elida of Vardø and taken to Hammerfest. This photograph of Bjona at Sptisbergen in 1882 is provided courtesy of The Royal Swedish Academy of Science, Stockholm.

Figure 7

Fig. 7. Norwegians massacre walruses. A slaughter in 1951 when the crew of the sealer Polarquest killed 1175 walrus in Baffin Bay and Smith Sound. Photograph courtesy of Alester Hansen, Bodø.

Figure 8

Fig. 8. The ketch rigged sealer Autumn squeezed in the ice some time before 1929. From 1905 former British fishing vessels became the basis of a new generation of sealers some of which, like Autumn, kept their original names.