MOBILITY AND TECHNOLOGY:
UNDERSTANDING THE VULNERABILITY OE
TWO GROUPS OE NOMADIC PASTORALISTS TO
REINDEER LOSSES'
Mark James Dwyer and Kirill Vladimirovich Istomin
'i>
- . ' • ' {
Abstract
Between the nineteenth and early twentieth century reindeer mortality, particularly that caused by outbreaks of Siberian anthrax (sibirka), was proportionately
higher among Komi herds than amongst those of the Nenets, despite both groups
pasturing animals in close proximity to one another, principally within the
Bol'shezemel'skaya tundra. Intriguingly, to escape infected land caused hy these
outbreaks, the Komi emigrated to new regions whereas the Nenets appeared to
be relatively unaffected. However, upon closer examination of historical data, it
is apparent that proportionately the Nenets lost track of twice as many reindeer
compared to the Komi. Previous studies, despite providing little if any concrete
evidence, suggested that characteristics of the Komi reindeer herding system
(technology) made their reindeer more susceptible to sickness than tho.se of the
Nenets. This study, which involved anthropological field research as well as the
use of historical data and literature, foeu.sed on analysing the following characteristics of reindeer herding technology between the two groups: (a) veterinary
knowledge (b) frequency of herd observation, (c) frequency of movement, (d)
pattern of pasturing. It was found that: veterinary knowledge between Komi and
Nenets was commensurate and thus cannot be used as an explanatory factor:
Komi herds were more frequently observed than those of the Nenets: Komi
moved more frequently than the Nenets and spent less time at encampments: and
the migration routes of Komi were longer and their pasturing corridors narrower
than those of the Nenets. Differences in herd ohscrvation explained the differences in lost reindeer between the Komi and Nenets. The Komi were less able
to identify and treat sick reindeer due to more frequent movements, larger herd
sizes and less frequent corralling of the main productive herd compared to the
Nenets. The length of migration routes and narrowness of pasturing corridors
reduced the Komis' pasturing flexibility and thus their ability to avoid infected
pastures compared to the Nenets. These results are relevant to both historical and
contemporary herding praetices.
Keywords: reindeer herding, technology, epizootie outbreaks, Siberian anthrax,
Komi, Nenets, mortality
Statement of the Problem
There is considerable historical evidence that Komi reindeer herding has been
more susceptible to disease (particularly Siberian anthrax) than other notnadic
reindeer herding and that the frequency and magnitude of outbreaks of Siberian
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anthrax were higher in places where Komi reindeer herding was practised (with
the exception of the Kola Peninsula where quarantine had been introduced).
Hypotheses developed to explain this phenomenon by Islavin (1847), Kercelli
(19()9a,b), Charnolussky (1930a,b) and Konakov and Kotov (1989, 1991)
focused on the following four explanatory themes:
1. the Komis' reluctance to learn veterinary knowledge and skills from the
Nenets;
2. the Komis' large herd size being more susceptible to epizootic outbreaks, due
to faster spread of di.sease in large herds and reduced 'reaction' time to deal
with an outbreak:
3. the Komi's large herd size and 'intensive' reduction in lichen abundance in
pastures leading to the weakening of the animals;
4. the Komis' large herd size increasing competition for resources (i.e. more time
competing and less time foraging) and thus weakening the reindeer and making
them more susceptible to disea.se.
Little evidence has been provided to support any of the above hypotheses. This
paper focuses on investigating three questions: (I) Why were Komi herds more
susceptible to epizootic outbreaks (particularly Siberian anthrax) than those of
the Nenets, despite sharing the same tundra? (2) What are the main differences
between the Komi and the Nenets systems of reindeer herding? (3) Are there
any peculiarities of the Komi system of reindeer herding (technology) that
make reindeer more susceptible to disease?
Background
The Komi are one of only four groups of tundra nomadic pastoralists who herd
large numbers of reindeer (Rangifer taratidus) and are therefote described as
being engaged in 'large-scale' reindeer herding (Krupnik 1989). The others are
the Saami, the Nenets and the Chukchi (Slezkine 1994). The Komi are sometimes considered as 'newcomers', since they only began herding reindeer
around three centuries ago, by adopting the Nenets system (Zhciebcov 1982;
Konakov and Kotov 1991), which, interestingly, corresponds with the age of
large-scale' reindeer herding per se (Krupnik 1976, 1989). Starting in the
l/.hma region of the Bol'shezemel'skaya tundra, situated in the modetn Komi
Republic and the Nenets Autonomous Okrug area (Figure 1), the Komi
increased the numbers and sizes of their herds over a short period of time,
principally by hiring Nenets labour (Islavin 1847; Kercelli 1911; Babushkin
1930). expanded into Khanty-Mansi areas in the east and even emigrated to
the Kola Peninsula in the west (Konakov and Kotov 1991; Took 2003).
Vladimir Islavin, who visited the Bol'shezemel'skaya tundra from 1844 to
1845, observed that the Komi had larger reindeer herds than those of the
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Figure I: liol'shaya Iiita study area in relation to the Kotni Repuhlic atid the
Russian Federation
Nenets (i.e.. the aboriginal reindeer herding population in the tundra) and
economically dominated the region (Islavin 1847: 21). Islavin also reported
that the rapid growth of Komi herds took place between 30 to 40 years before
his visit (Islavin 1847: 76). although recent authors doubt that this information is correct (see Konakov and Kotov 1991). Nevertheless, it appears that it
took no more than 100 years for the Komi to enlarge their herds before
outnumbering those of the Nenets.
The reindeer of the Komi herds were, however, strongly affected by
epidemics, particularly Siberian anthrax (sihirka) (Berezkin 1907; Kercelli
1909a,b, 1911; Babushkin 1930; Konakov and Kotov 1991), especially during
the nineteenth and early twentieth centuries when the Bol'shezemel'skaya
tundra, the main region where Komi nomads live side by side with many
Nenets, was affected by several successive waves of the disease (Babushkin
1930; Konakov and Kotov 1989). Indeed, outbreaks of anthrax in 1862-1866,
1884-1887, 1896-1899, 1902-1904 and 1906-1909 increased reindeer mortality and the population of herds declined by as much as 30-50 per cent after
each outbreak (see Figure 2). According to the Komi Republican Veterinary
Information Service, the last outbreak of anthrax in the Bol'shezemel'skaya
tundra occurred in 1930. It has no longer been a problem since then thanks to
the availability of inoculations (Plan Razvitiya Olenevodstva 2003: 22).
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Figure 2: Reindeer populations in the Bol'shezetnel'skaya tundra (with cortcsponding
outbreaks of Siberian anthrax)
Data from 1842-1915 derived from statistics held by ihe Statistical Committee of the
Archangelsk Governor. Source: Babushkin (1930: 82). Major anthrax outbreaks are highlighted
with vertical bais.
The expansion and emigration of Komi reindeer herding, mainly during the
nineteenth century, was connected to the herders' avoidance of infected
pastures during periods of Siberian anthrax. According to Konakov and Kotov
(1991) the Komi villages of Saranpaul' and Muzhy. for example, were founded
in the nineteenth century by Komi reindeer herders from the Usa valley
(Bol'shezemel'skaya tundra) who crossed the Ural mountains into western
Siberia to avoid infected grounds in the 1860s. This resulted in the Komis'
trans-Ural migrations. A further example, and piobably the most familiar to
western scholars, is the Komis' emigration to the Kola Peninsula due to an
outbreak of Siberian anthrax in the 1880s. The history of this migration is well
known and has been documented in Russian by Charnolussky (1930a) and
Konakov and Kotov (1989, 1991) and in English by Took (2003).
It appears that Komi herds were more susceptible to disease than those of
other nomadic pastoralists. There is no evidence that epizootic outbreaks were
a considerable problem for other reindeer herding nomads, including tho.se
living in close proximity to the Komi. The European Nenets, for exatnple,
who share the Bol'shezemel'skaya tundra with the Komi, did not llee infected
pastures in such a spectacular way as did the Komi. Those Nenets who
emigrated to the Kola Peninsula (although quite numerous) were either taken
there by Komi as hired workers or belonged to the Kolva group (Konakov
and Kotov 1989, 1991). The Kolva group, despite having Nenets self-idenNOMADiC PEOPLES
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tity, was almost completely acculturated by the Komi; all herders spoke the
Komi language and shared the Komi culture and method of herding (Konakov
and Kotov 1991). Furthermore, it appears that the spread and intensity of
Siberian anthrax was associated with the movements and presence of Komi
reindeer herding. Indeed, although Siberian anthrax had been present in
western Siberia for a long time (Silantyev 1897), it was not until the last
quarter of the nineteenth century that it seemed to cause substantial reindeer
mortality (Silantyev 1897). The increase in mortality in western Siberia seems
to correspond with the period when Komi reindeer herders made their appearance into the region (Konakov and Kotov 1991). The informants of Kercelli
(1909a) insisted that the Malozemel'skaya tundra had been almost free of
anthrax before the arrival of Komi reindeer herds, although he could not
substantiate this information. The only area of the tundra that had a low
number of cases of anthrax' was the Kanin Peninsula in the European northeast, which was the region least populated by Komi herders (Vasilyev 1977).
The only region that was populated by Komi nomads, yet not contaminated
by Siberian anthrax, was the Kola Peninsula (Russian Lapland) rellecting the
fact that the Komi quarantined their animals before emigrating to this place
(Konakov and Kotov 1989).
The apparent susceptibility of Komi reindeer herding to disease (especially
Siberian anthrax) attracted the attention of a number of scholars who concluded
that certain particularities of Komi herding technology made their reindeer particularly vulnerable. One of the first hypotheses was put forward by Vladimir
Islavin who visited the Bol'shezemel'skaya tundra in 1845. He suggested that
Komi reindeer often became ill due to the Komis' lack of herding knowledge
and veterinary skills:
Komi, who learned how to herd reindeer from Nenets were too lazy and
greedy to complete their education and started to practise their herding
without learning about the medical techniques and ways to treat diseases
(Islavin 1847:47).'
Though Islavin provided little evidence for his suggestion it seems to have
been generally accepted during the second half of the nineteenth century (e.g.,
see Zhuravsky 1907, 1909). Subsequently, when evidence of the Komis' own
vocabulary for infectious diseases was published (Kercelli 1911; Babushkin
1930) more sophisticated hypotheses emerged. Kercelli (1909b) believed that
the susceptibility of Komi herds to di.sease was due to their large size;
Komi obtained herds of huge sizes, sometimes in excess of 5,000 animals.
Such a large number of animals gathered in one place are, of course, an
easy target for disease. Anthrax spteads very quickly in such an enormous
herd, infecting many reindeer with a single outbreak and causing the
whole herd to die out within several days. At the same time, its pathogenic
organism (vozhuditelya holezni) infects a huge territory ... Since Komi
herds are large and pastured in close proximity to one another, the disease
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spreads rapidly from one herd to another, swiftly covering an immense
territory. This is probably the main reason for the significant losses of
reindeer among Komi reindeer herders. Nenets, whose herds are much
smaller, do not suffer as many losses from anthrax. Even if their reindeer
become infected, the disea.se spreads aeross the temtory more slowly and
the herders have time to take corrective measures. Those Komi who have
small herds are also less vulnerable to the disease ... rich Komi herders
have already understood this and have started to divide their herds into
smaller groups. (Kercelli 19()9b: 10)
Kercelli, like Islavin before him, did not substantiate his suggestion with
evidence. There was neither any information regarding the measures owners
of small herds took when outbreaks of anthrax occurred, nor data to show that
large herds were more vulnerable to antbrax, although this seems plausible.
Charnolussky (1930a), who worked on the Kola Peninsula, suggested that
vulnerability of Komi reindeer to disease was a result of herding practices that
resulted in chronic overgrazing which weakened the animals:
]
j
j
1
It takes several years for lichen to grow after grazing ... Komi herders
are aware of this, but systematically ignore the fact. They pasture
reindeer in a solid group, permanently observing them and ensuring that
all the lichen on a pastureland would he eaten or broken by reindeer
trampling. As one Saami informant told me "Komi pasture a reindeer
like a cow". Reindeer are not cows and lichen is not grass ... pasturing
reindeer in this way hits back at them. Their reindeer do not eat properly
and are weak. Naturally, they often become ill. (Charnolussky 1930a:
134;seeal.so 1930b: 38-39)
Charnolussky provided little evidence to support his hypothesis. Firstly, it
seems that his Saami informant was referring to the way in which Komi kept
their reindeer at pasture rather than to the foraging behaviour of the anitnals
themselves. The informant's comment was therefore perhaps a way of saying
that the Komi pastured reindeer more intensively than the Saami. However,
nomadic semi-domesticated reindeer and non-nomadic domesticated cows do
not share common patterns of foraging. There are marked diffetences in the
movement to foraging ratio (i.e. the proportit)n of time spent foraging) between
grazers (e.g. cows) and browsers (e.g. reindeer) (Owen-Smith 2002: 47-52),
which is primarily due to differences in the tetnpotal and spatial distribution
and quality of forage between temperate and Arctic biomes. Reindeer have
adapted to these highly seasonal environments, notably by selecting the most
nutritious forage in any given season and by having an intestinal tract that can
digest poor quality forage (Owen-Smith 2002; Skogland 1989, 1978, 1983;
Marion et al. 2005). Secondly. Charnolussky implies that the disappearance of
lichen affected the health of the Komis' animals. The notion that reindeer
cannot survive in the absence of lichen is a myth. All reindeer eat a mixed diet
in winter (see, e.g., Gaare and Skogland 1975; S0rmo et al. 1999; Mathiesen
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et al. 2000) and many populations have successfully adapted to environments
where lichens have been severely depleted by grazing and trampling, for
example South Georgia (Leader-Williams 1988), Svalbard (Tyler 1987) and
northern Not way (Mathiesen 1999). Thirdly. Charnolussky's suggestion that
'overgrazing' led to the ill health of Komi herds and thus to their susceptibility to disease is vague and unsatisfactorily documented. The concept of
'overgrazing' is virtually meaningless ecologically in seasonal grazing
systems with highly variable and unpredictable climates (Behnke et al. 1993;
Behnke 1999). It is a concept developed in the management of equilibrium
systems and has only limited application in systems better described in terms
of 'non-equilibrium' or 'disequilibrium' dynamics (see Illius and O'Connor
1999; Sullivan and Rohde 2002; Sullivan 1996; Behnke et al. 1993; Behnke
1999; Landres et al. 1999; GilLson et al. 2003: Briske et al. 2003). 'Overgrazing' seems nowadays to be more a political issue rather than a detined
ecological concept and is therefore perhaps best avoided altogether in the
present context.
Finally. Konakov and Kotov (1991) appear to have developed a hybrid
hypothesis ba.sed on those of Kercelli and Charnolussky. They stated that the
vulnerability of Komi herds to disease was due to their size and the herders'
pasturing technique:
The observed pasturing eharaeteristic ... of Komi reindeer herding
presupposes keeping all the reindeer in one narrow place. A herder should
always ensure that all the animals remain together and prevent groups of
animals from e.scaping from the herd. Maintaining herd coherence is their
main activity. From a biological point of view, this should provoke
resource competition among animals due to the limited territory upon
which they are kept. This competition depends on the number of animals:
the larger the herd, the greater is the competition. Komi herds were
probably the largest in the region, therefore, logically, competition among
reindeer must have been the highest. This means that Komi reindeer tnust
have spent more time trying to compete to get the best resources, etc. In
other words, they ran and competed more than they ate. This factor, as
well as the long migrations - also a chatacteristic of Komi reindeer
herding - led to the weakening of animals and their susceptibility to
diseases. (Konakov and Kotov 1991: 14)
It is reasonable to suggest that the level of intraspecific competition among
Komi herds might have been sufficiently high to have reduced the mean
physiological condition and even the health of some of the animals. However,
the authors neither documented differences in the body mass or condition or
even fotaging patterns between different herds to substantiate their claim (see,
e.g., Skogland 1983: 369). Consequently, the authors' hypothesis is unconvincing because it provides both an overly simplistic story and a lack of
empirical evidence.
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Approach and Methodology
Our object in this paper is to:
(1) Compare the frequency and magnitude of reindeer diseases between the
Komi reindeer herding system and that of the Nenets. To achieve this, Komi
and Nenets (living in the same geographical area) reindeer losses were
analysed. The analysis was necessarily based on historical data from the First
Circumpolar Census of 1925-1927^ as Siberian anthrax was no longer a
problem after the 1930-1940s.
(2) Document the existence of Komi 'traditional' veterinary knowledge and
techniques and to compare them to those of the Nenets. Participant ob.servation of day-to-day herd management of Komi herding as well as informal
interviewing was carried out to document veterinary knowledge and treattnent
techniques at the present time. Patticipant observation and interviewing was
tiot carried out atnong the Nenets on this subject due to lieldwotk time restrictions. Therefore, the Komi Held data was compared to contemporary published
Nenets data. This contemporary study of veterinary knowledge and practices
atnong Komi reindeer herders was conducted to test Islavin's historical 'bad
students' hypothesis. It is assumed that if the Komi and Nenets have veterinary knowledge at the present time, it is likely that they also had similar
knowledge in 1847, which is when Islavin formulated his hypothesis. Only the
results pertaining to knowledge concerning viral and other infectious reindeer
diseases (i.e. those related to epizootic outbreaks) are used. Selected examples
of herders' knowledge of di.seases and treatment methods will be discussed. It
is not the purpose of this paper to investigate the accuracy of 'traditional' diagnosis nor the efficiency of their treatment methods in relation to modern
veterinary practices.
(3) Investigate which aspects of the Komi reindeer herding system might
be responsible for making their reindeer more susceptible to disease than
those herded by the Netiets. To achieve this, a contetnporary study of Komi
and Nenets reindeer herding systems (technology) was conducted, which
focused primarily on basic patterns of nomadic movement and methods of
herd control (management). Contemporary Komi and Nenets data was the
primary source for explaining differences in reindeer herding systems that
might be linked to differences in reindeer losses between the two nomadic
groups. However, these data were cross-referenced with historical sources and
it would appear that there is no reason to believe that substantial changes in
the Komi or the Nenets systems of reindeer herding have taken place between
the past (i.e. from the nineteenth to the beginning of the twentieth century)
and the present.
Anthropological fieldwork was carried out among reindeer herders from
the Inta region of the Komi Republic. This consisted of three expeditions with
brigades of the Komi Sovkhoz Bol'shaya Inta. although the territory itself is
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mostly in that of the Nenets Autonomous Okrug. The first expedition took
place in 2001 (September-November), the second in 2002 (June-December),
and the third in 2003 (January-February). During these expeditions, nine
months were spent with the 2nd/3rd brigade, one month with the lst/4th
brigade, one month with the 5th brigade and one month among several \amhto ('free') Nenets' herders (whilst in close proximity to the Kara Sea). During
various intervals - from August 2001 to February 2003 - a period of over a
month was spent interviewing retired reindeer herders in small remote
villages; Nenets herders in the village of Kharuta (three days); Komi herders
in the villages of Adzvavom (two weeks). Kocyuvotn (one week), Petrun'
(three weeks) and Rogovoy (three days). A number of days was also spent
with state farm (sovkhoz) officials to ask questions regarding reindeer
diseases.
The research included participant observation and interviews that were
conducted both in the Komi and Russian languages. The interviews were informal and no specially designed questionnaires were used. The standard
techniques of cognitive anthropological research were used during the interviews (see, e.g. Michrina and Richards 1996). The interviews typically started
with a question that led on to a di.scussion. This approach facilitated the identification of terminology, which was later described and explained through
further discussions, practical demonstrations and participant ob.servation.
Translations of Komi terms into Russian and English were carried out for the
purpose of analysis, based on the descriptions and knowledge of reindeer
herders. The interviewing process was repeated several times with different
individuals and groups of herders in order to cross-reference data. Participant
observation was used to study the technology of reindeer pasturing, which
essentially involved practical work among reindeer herders. Towatds the end
of the fieldwork, the authors were directly involved in pasturing operations and
assumed the responsibilities for pasturing the hetd of draught animals (hyk)
independently.
Results and Discussion
Breakdown of the Causes of Reindeer Mortality and Lost Reindeer
The data from the First Circumpolar Census of 1925-1927" shows that overall
reindeer losses (mortality and lost reindeer) were 35% and 30% respectively
for Komi and Nenets herds (Babushkin 1930: 101). The cau.ses of these los.ses
differed between the two groups (.see Table 1). As a proportion of total reindeer numbers, the Komi lost twice as many animals due to diseases and a
negligible 4% more due to starvation compared to the Nenets. The Nenets lost
track of twice as many reindeer and lost some 8% more animals due to predation compared to the Komi.
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Table 1: Breakdown of reindeer mortality and
lost reindeer (%)
Komi
Starvation
Diseases
Predators
Lost
Nenets
11
7
53
18
27
26
18
40
Source: Babushkin (1930: 102)
There is really no way to assess the accuracy of these data. However, Igor
Krupnik. one of the most eminent specialists in Cultural Ecology of Siberian
and Northern peoples, considers the First Soviet Circumpolar Census as a reliable source of information. In his book Native Whalers and Reindeer Herders
of Northern Eurasia, he names the work of Babushkin. together with other
works stating the results of the Census in other regions, as 'high-quality articles and subsistence-related reports, fully reminiscent of latter-day publications
from the Alaska Department of Fish and Game Subsistence Division or the
Canadian Area Economic Surveys' (Krupnik 1993: 15). Furthermore. Krupnik
used Babushkin's data in his previous books in the Russian language (Krupnik
1989).
Veteritutrx Knowledge
Komi names for reindeer infectious diseases and parasites have been previously documented by Kercelli (19()9a) and Babushkin (1930). Little attention
has been paid to Komi methods for treating disease. Our data confirms the
existence of a Komi vocabulary for the principal infectious diseases and parasitic problems (as perceived by the reindeer herders) that affect reindeer (see
Table 2). Komi herders are currently not only able to describe the symptoms
of a variety of diseases and parasitic problems (listed in Table 2) but are also
aware of some of their causes. The herders are aware, for example, of the
increased risk of Necrohacillosis (kopytka or foot rot), during snow-free
periods, when herding animals on wet and/or dirty ground (i.e. ground with
high manure content), particularly if reindeer have open wounds or abrasions.
Therefore, the pen that is routinely used to round up animals on a daily basis
(karzak) is regularly moved to a fresh location when the chom' remains sedentary for more than a few days. Wet pastures, such as sedge tundra bogs (.\ada)
are also avoided during snow-free periods, but are used later on in the year
when they become frozen. Furthermore, the herders are aware that the disease
can affect the mouth and tongue particularly when animals licked badly
infected lesions on their hooves and body.
The herders also avoided pasturing reindeer in places where their animals
were at risk of minor cuts and abrasions (e.g. in areas with dense stands of
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\ .
'
•
•
;
•
•
Table 2: Summary of main reindeer infectious diseases from both historical sources an
recent participant observation and interviews
Diseases
(English/
Latin)'
1. Siberian
Anthrax
2. Necrobacillosis
(foot rot)
3. Foot-and-mouth
4. Infestation of
maggots
5. Pasteurellosis
6. Warble t\y/
Nasal bot flies
7. Rabies
Diseases
(Russian)'
Diseases
in Komi
(Kercelli)'"
Diseases
in Komi
(Babushkin)"
Diseases
in Komi
(Dwyer/Istomin
Sibirka
Gord Kulom
(lit. "red death')
Kok visem
(lit. "leg illnes')
Not mentioned
Yur visem (lit.
head illness)
Sibirka
Sibirka
Kopytka
Gyzh potom (lit. Kok visem
'hoof explosion)
Upri
Yachur
Yur visem
Yur visem
Yachur
Zarazheniye
Hchinkami
podkozhnogo
ovoda
Pasterulyoz
Ovoda
Lob visem
Ugra
Lob visem
Ugra
Lob visem
Ugra
Beshenstvo
Not mentioned
Not mentioned
Dikyalom
Key to diseases:
According to our interviews witb both herders and state farm (.mvt/ioj) officials, the translations of
anthr.ix (sibirlici), Necrobacittosis (t<ok visem). foot and mouth (vactiur). warble fly (ui^ra) and rabies
(dikjalnm) are consistent with those of previous authors (Kercelli and Babushkin) and are well known
to the authorities. According to the state farm, reindeer are protected against rabies and anthrax by
regular vaccination.
The direct translation of yur \isem is 'head-disease'. It is difficult to establish precisely what this
meant as it was not possible to take samples for chemical analysis. It would appear that flies' eggs that later turn into maggots - are a likely cause. Maggots are a particular problem when reindeer are
growing their antlers and are more abundant during warm weather (see Aldrich 2002). Maggots in
antlers of reindeer are not a problem in reindeer husbandry in Fennoscandia. but there are some reports.
Nilssen et al. (1996) state that in calUphorids like Lucilia spp., activation, upwind orientation and
landing appear to ixxur in response to putrefactive sulphur-rich volatiles, originating from bacterial
decomposition products (Ashworth and Wall 1994). One of the most abundant species caught in their
study. Protophormia terraenovac (see Table 2) causes wound myiasis and can be a serious parasite of
cattle, sheep and reindeer (Hall and Smith 1993). Hadwen and Palmer (t922) reported that wounds of
Alaskan reindeer were often infected w ith P. lernienovae larvae. Interesting, the e.\it openings from H.
tarandi (on the backs of the reindeer) attracted blowflies {P. terracnovae). sometimes causing
considerable losses. There appears to be no reports of similar problems with reindeer husbandry in
Fennoscandia. even though Nilssen's study showed P. terraenovac to be abundant there. However, this
does not mean that blowflies are not a problem elsewhere (e.g. in the Eurasian tundra). The maggots
in question are Calliphorktai' (blowflies, or bluebottles), a large family of flies that lay their egg in meat
and lish, usually of dead animals. Some species, however, may attack living animals, for example the
Screw worm flies, Cochliomyia hominivorax. which may kill sheep. Consequently, the most likely flies
responsible for causing Yiir visem are blowflies (Calliplwridae).
The direct translation of loh visem is 'spleen-disease' and again it is difficult to establish a
precise veterinary translation. Pasieuiellosis (caused by the P. miittocicla. P. haemolytka and P.
scptica) could be a possibility given that the pathologies (e.g. enlarged spleen) match those
described by the herders. The herders also mentioned that the disease is worse during hot weather,
which also matches veterinary observations. The herders noted that there is an increased risk of
loh visem should the antlers be cut or broken, which suggests that the disease or diseases are transmitted via the wound. Pasteureltosis is transmitted by aerosol, droplets and faeces and is therefore
a possibility (Machintosh et al. 2002: 256). It is likely that there are many diseases that also match
the herders' descriptions, such as Brucellosis (see Dieterich and Morton 1990; Machintosh et al.
2002).
Ugra includes warble Hies and nasal bot Hies (see Dieterich and Morton 1990).
Note: All of the above diseases and parasitie problems affect reindeer predominately during
snow-free periods.
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willow - roshsha), which was a greater probletn during snow-free periods
when bushes were tnore exposed and proliferate. Reducing the access of infection (i.e. by minimising abrasions) and avoiding wet ground with high manure
contctit. that harbour foot rot bacteria (mainly Fusobacteriutn
necropltorum).
are well docutnented tiieasures to tninitrtise the risk of infection (sec Dieterich
atid Morton 1990; Dieterich 1985; Edwards et al. 2001; Wobeser et al. 1975;
Barker et al. 1993: Langworth 1977). Oral lesions resulting in the destruction
of tissue of the tongue, gingival and the roof of the tnouth are also well known
pathologies that result from chronic cases of foot rot (Machintosh et al. 2002;
Edwards et al. 2001).
Our data detnonstrate that herders' have an understanding of the increased
risk of lob visem when reindeer either have their velvet antlers ijmtitiy) intentionally removed or when antlers have been damaged or broken. String or
rubber bands are attached to seal the wound following the rernoval of velvet
antlers in spring but no anti-bacterial and/or insect repellent sprays that reduce
the risk of infection are applied (Dieterich and Morton 1990; Dieterich 1985).
Consequently, it is plausible that antler breakage or rernoval could increase the
risk of bacteria entering the body through an antler wound thus causitig an
infection. Furthertnore. open wounds attract biting insects and can increase the
chance of maggot infestation (Aldrich 2002). Both scenarios would be made
worse with increased air tctrtperature and would therefore vary on a year to
year basis in frequency and amplitude.
Among the Komi, treatment methods exist for all of the diseases and parasitic problems listed in Table 2. with the exception of Siberian anthrax,
foot-and-mouth disease and rabies, which were deemed untreatable. Consistent with the previous account (Kercelli 1909b: 9), it was said that infected
reindeer with these diseases could only be slaughtered so as to prevent further
herd contairtination. The main method for treating all other sicktiesses in reindeer involves segregating the animal atid securing it near the chom for a period
of several days, which, according to the herders, is an effective cure in itself.
This is said to be especially the case for kok visem (foot rot), if caught in its
early stages. However, to increase the likelihood of recovery, the surface of
the infected area must be washed using boiled water and be kept clean. Reindeer were slaughtered in instances when they could not be treated. This was
called "need slaughtering' (vvnuzhdentivy zabov) and state helicopters were
occasionally sent to the tutidra to collect carcasses. In recent times, the herders
have been using penicillin antibiotics (provided by the state), but they question their effectivetiess. It is well documented that early detection of
nectobaciltosis is essential and isolation from other animals is necessary to
prevent the disease spreading (Machintosh et al. 2002; Wobe,ser et al. 1975).
Itijections of antibiotics and foot baths can be effective, but they need to be
correctly administered (Dieterich and Morton 1990; Machintosh et al. 2002;
Wobeser et al. 1975) and it is unlikely that the herders have the right training.
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A further example of Komi treatment methods is that of loh visetn (possibly
Pastetdrellosis). According to the herders, the reindeer should first be given
salted blood and water to drink. If this is ineffective the swolleti loh (spleen)
should be pierced with a clean knife.'- Should the animal survive, it is said
that it will no longer be able to fatten in subsequent years. The pathology of
Pasteurellosis includes an enlarged spleen and the septicaemic form of
Pasteurellosis results in acute haemorrhagic disease (Machintosh et al. 2002:
256). which may explain why the herders give reindeer blood. No suggestion
could be made for the surgery. The problem of ugra (warble fly) larvae is dealt
with by lightly cutting the skin of the reindeer to retnovc the larvae that have
developed. This is important as warble flies impair the health of reindeer and
other than using the drug Invermectin. that kills warble flies, nasal bot flies,
and other internal and external parasites (Dieterich and Morton 1990; Dieterich
1985). nothing else could be dotie.
According to Khomich (1995), the Nenets were aware of these diseases and
parasitic probletns and used similar treatments, but there is no published
evidence suggesting they had more extensive or sophisticated knowledge than
the Komi. It appears, therefore, that the veterinary knowledge of the Komi and
the Nenets was sitnilar contrary to Islavin's hypothesis. Other explanatory
factors are therefore needed to account for the higher level of disease atnong
Komi reindeer.
. ,.
Herding Practices
Our data indicates sharp differences in (i) frequency of herd observation: (ii)
pattern of herd movement; and (iii) frequency of nomadic movement between
Komi and Nenets reindeer herders.
The interviews undertaken in this study show that Komi brigades have two
herds that are herded separately; the main productive herd (kor) and the transport herd {byk). During the summer, both herds are under continuous
observation (24hours/day) by a reindeer herder who controls them with dogs
and uses a sledge pulled by reindeer as a means of transport. The herders' work
pattern rotates on a shift basis with each shift lasting 24 hours. The transport
herd is pastured in close proximity to the herders' tent {chom) and is controlled
by either less experienced reindeer herders {yando) or veterans. As autumn
approaches and daylight decreases, the shifts gradually become shorter. Thus,
the Komi observe all their reindeer all of the time, the lack of daylight being
the only inhibitor. The exception is the winter time, when reindeer are less
active and herders regularly check the 'condition'" of the herd, but do not
necessarily observe it contitiuously.
There is a sharp contrast in the frequency with which the Komi and the
yamb-to ('free') Nenets observe their herds. Our data shows that the Nenets
do not have a .separate transport herd and. therefore, the transport and productive reindeer are pastured as a single herd that is rounded up and driven close
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i
to the chom once or twice each day. This process enables the herders to select
and leash tiew (fresh) transport anitnals in exchange for reindeer that are tired
from their previous day's work. This process occurs early in the evening and,
once completed, the herd is set free and starts slowly to disperse away frotn
the chotn. After some titne. a herder leaves the chotn to check the herd and. if
required, alter its direction of movemetit. A herder returns to his herd several
titnes during the course of his watch; the number of times depends upon factors
such as weather conditions, temperature and the presence of mosquitoes, all
of which affect the behaviour of reitideer and can heavily inlluence the speed
and direction of movement of herds (Skogland 1989). The style of Nenets
observation is. therefore, sporadic and less frequent than that of the Komi.
These observations appear to corroborate those of Kercelli (1911). who
described the Nenets herds as being 'unattended' tiiost of the titne during
sumtner and winter during which only periodic checks were carried out
(Kercelli 1911: 111-13).'''
The pattern of movement of Komi reindeer herders is linear and vertical
(from south to north). The length of migration routes {vorga) in this study was
up to 1.000km in total, but routes of 1.400km are known to have been used
up to 25-30 years ago.'" A viirga is a track (the width of a sledge) that Komi
follow when moving between pastures and is normally used by two Komi
herding brigades.'" Up to 20ktn separated one vorga from another. The Kotni
shared this space (i.e. corridor) for tnoving their animals between their designated summer and winter pastures, i.e. where they had exclusive pasturing
agreements (see Figure 3). The long narrow pattern of votga and corridors
running parallel to one another is typical of Komi reindeer herding enterprises
throughout the Bol'shezemel'skaya tundra.''
The basic land use principle is that two brigades that share a vorga tnust
not pasture their reindeer on the same side. i.e. one should pasture their herd
to the left and the other to the right. There are almost no rules for the two
brigades that share the cotnnion corridor (i.e., pastures between two vorga) and
pasturing is essentially organised on a first come first served basis. The herders
acknowledged that it was better to be first (in snow-free periods), since the
vegetation was always better and. therefore, the herd easier to control. The
herd is generally behind the chotn and. as it approaches, the brigade moves
cither further north or south - depending on the season - to a new cncamptnent {chotn tnesto). Despite the corridor being up to 20km in width, the pattern
of herd movement is latitudinal and the route to fresh pastures cannot be
achieved by moving longitudinally. Close proximity to neighbours is avoided
.so as to reduce the chance of herds mixing with those of neighbouring
brigades. Consequently, a brigade that moves faster usually benefits from fresh
pastures and has a lower risk of its herd mixing, since it is ahead of the neighbouring herds, whilst the brigade left behind finds partially exploited pastures
where its herd is tnore likely to mix with those of neighbouring herds. These
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Exclusive sumtner pastures
Two
brigades
share this
territory
Around
1,000 km
20km
Exclusive winter pastures
Figure 3: Komi tnigration pattern and basic arrangetnetit of pastures (based on the
atithors' itifortnants atid participatory obsenrition - diagratn not to scale)
factors are important in maintaining herd control, which is essential to Komi
reindeer herding (see also Istomin 2000).
The interviews undertaken among the Nenets show that they move in a
different way to the Komi. Despite having linear and latitudinal tnigration
routes, their 'sporadic' approach to observing their reindeer was sufficient to
prevent neighbouring choms frotn being as close to one another as was the
case for Komi reindeer herding brigades (see Figure 4). The distance between
neighbouring Nenets camps was at least 30km and could be as much as 80km
given that a herd could be pastured up to 30km away from where an encatnpment was located. Furthermore, instead of the herd being behind the chotn, it
was in fact pastured around it. The herd would start by being pastured close
to the chom and gradually moved further and further away in a 'circular spiral'
pattern of movement. Once the herd became inipractically far frotn the chotti
the encampment was moved to a new location; considering that the width of
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Corridor: minimum of 30km (up to 80km)
Movement to
new encampment
Neighbouring clan
Around 250 km
The herd rotates around the encampment
like a spiral (starting close to the
encampment
and
gradually
moving
outwards) until it becomes too far to travel
lor the herders. At this stage the herders'
families move their animals to a new
location. The distance between different
clans is at least 30km.
/
Figure 4: Nenets migration pattern atid basic arratigement of pastures {based on the
authors' itiforttumts and participatory observation)
the 'corridor' was much wider than that of the Komi, the Nenets had greater
flexibility with regard to movemetit. i.e. they could tnove longitudinally as well
as latitudinally given that their territory was wider.
The migration routes of Nenets on the Bol'shezemePskaya tundra were much
shorter than those of the Komi. The free Nenets interviewed in this study
repotted that they sjxjnt winters close to Vorkuta (see Figure 1). being about
50km north of the tree line, whereas their Komi neighbours spent their winters
at least 250ktn further south. Reindeer herders from Kharuta'" said that those
brigades of the Kharuta sovkhoz, which consisted mostly of Nenets, tetided to
spend the winter in the tundra (i.e.. north of the tree litie). This evidence matches
the dctnarcations of reindeer herding passages of the Bol'shezemel'skaya tundra
on official tnaps. The Nenets' herding corridors are shorter (around 250-400km)
but wider (30-60km) than those of the Komi.
The brigade and the herd movements of the Komi were much more frequent
than those of the Nenets. The Komi tnovements were as follows. In June and
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July the herd was moved daily or every .second day. until reaching the summer
pastures, where the reindeer herders stayed no more than two weeks (usually
starting in early August). The frequency of movement on the return to the
winter pastures was similar to June and July but gradually slowed when the
snow appeared in late September to early October. Frotn October to December
herd movements were every four to seven days, becoming even less frequent
once the herders reached their winter pastures. During the winter the herders
generally stayed in one location for three weeks or more and their tnovements
were sporadic, variable and had no particular pattern. Towards the end of winter,
the herders began to move north at a similar pace to that of October and Novetnber until the calving grounds were reached in early May. After calving, the
brigade started to move every other day and so the cycle continued. This
accoutit closely resembles that described by Kercelli (1911: 3-26).
The Nenets moved less frequently. They typically spent one and a half
months in summer pastures (see also Khomich 1995). We did not live with
Nenets herders for any length of time and cannot provide a detailed account
of their movements through the annual cycle. However, the Nenets herders
stored their snowmobiles {burati) near the river Sayaga approximately 50km
from their summer pastures. This indicates that their movements in snow-free
periods must be either infrequent, short or both compared to those of the Komi
herders. These results are similar to those of Khomich (1995).
Conclusion
<
The differences in both the frequency of herd observation, the frequency of
nomadic movement and the arrangement of pastures between the Kotni and
the Nenets in the Bol'shezemel'skaya tutidra partially explains, both in the past
and present, (i) the greater vulnerability of Komi herds to reindeer sickness
(including outbreaks of Siberian anthrax) cotnpared to the Nenets, and (ii) the
Nenets' greater susceptibility to losing track of reindeer as well as losing
animals to predators compared to the Komi.
The most basic form of veterinary procedure known to the Komi and the
Nenets involves the early immobilisation of infected reindeer. This has proved
to be an effective treatment to combat both foot rot and the spread of disease
to the rest of a herd (Dieterich and Morton 1990; Edwards et al. 2001: Wobeser
et al. 1975; Barker et al. 1993; Langworth 1977), A prerequisite for the
successful immobilisation of reindeer is the ability both to identify and catch
an infected animal and be able to keep it in one place for a lengthy period.
This study, like that of Kercelli (1909a.b. 1911). indicates that the Komi are
less able to achieve this compared to the Nenets. They generally have larger
herds, which make it more difficult to identify diseased animals, and they move
more frequently than the Nenets, especially in snow-free periods when diseases
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stich as foot rot are prevalent. Thus, with the exception of the two-week period
that the Komi spend in their sutnmer pastures as opposed to the six weeks that
the Nenets spend in theirs, it is almost impossible for the Komi to immobilise
infected animals for more than a day or two. Moreover, frequent movements
tiiake it difficult to catch infected animals given that the herd tnust first be
rounded up. This is labour intensive and virtually impossible when a brigade
is set to move to a new encampment {chotn tnesto). Since the Nenets have only
one herd (which compri,scs both transport and productive reindeer), which, in
any ca.se. is rounded up daily, their system of tnanagement is more conducive
to catching sick animals. Consequently, the Komi are forced to slaughter potentially treatable sick animals simply because the herders have to move and
cannot afford the titne to treat them.
It would be potentially devastating for the herds if anitnals infected with
Siberian anthrax were not isolated quickly to reduce the spread of the disease.
However, before treatment with penicillin or the prevention of the disease with
toxoid vaccine, the only method of control was incineration or deep burial of
diseased animals (Machintosh et al. 2002: 250). This must have been difficult
for reindeer herders, since there would have been little choice other than to
slaughter infected animals and avoid infected land. It was previously pointed
out that the Komi had less flexibility of movement (i.e. corridors being long,
vertical and narrow) cotnpared to the Nenets (i.e. corridors being .several
hundred kilometres shorter yet four titnes wider than those of the Kotni). This
means that at least in principle, the Kotnis' system of pasturing tnade it difficult for the herders to avoid infected land. On the other hand, the Nenets,
having a shorter, yet wider pasturing corridor, would have had more flexibility of movement and thus greater ability to avoid contaminated areas.
Consequently, despite living in the same Bol'shezetnel'skaya tundra, the
Komis' lack of flexibility of movement, and thus their restricted ability to avoid
infected areas, made their herds more susceptible to sickness (including
Siberian anthrax) than the herds of the Nenets.
Like Khomich (1995), we found that the Nenets observed their reindeer less
frequently than the Komi. This explains why, proportionately, they lost track
of twice as many reindeer and may have lost a higher number of reindeer to
predators than the Komi.
Finally, this study shows how two seemingly similar notnadic cotnmunities
are in fact vulnerable to different factors which are intrinsically linked to their
respective herding systems (technologies). This implies that reindeer herding
communities are vulnerable to different factors, which probably also applies
to factors such as global climate change and industrial development (especially
petrochemical extraction).
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Notes
1. We wish to thank all the reindeer herders (Komi and Nenets) of the Inta region und
beyond who gave us tremendous hospitality and welcomed us as extended family. We
would also like to thank the many friends and officials who helped us with our work,
particularly the Shurakov, Alekseevich and the Yangasov families. Credit should also
be given to Professor Ame C. Nilssen for his entomological contribution and a special
thanks to Dr Nicholas J.C. Tyler for his general help, patience, enthusiasm and endless
support. Finally, we wish to thank our wonderful families for putting up with our long
absences when carrying out fieldwork and special thanks to Mrs Eileen J. Dwyer for
her interest in our work and her editing skills.
2. Minor and isolated cases of anthrax were reported, but nothing that amounted to what
was described as an outbreak (Silantyev 1897).
3. All translations (Russian-English) have been carried out by the authors.
4. Reindeer herding data was previously eollceted regionally rather than aeeording to
ethnicity (see Babushkin 1930). Considering that Komi and Nenets occupy the same
territory within a region and that the data does not differentiate between the two
groups, data analysis is generally impossible. However, the Eirst Circumpolar Census
provides the only data where both groups were treated independently, which is why
this information was used,
5. The 'free' Nenets - also known a,s 'private Nenets' (Nenets-chastniki, Nenets-lichniki)
or yamb-to Nenets - are a small group of reindeer herders whose predeeessors
managed to escape Soviet colleetivisation in the 1930-1940s by retreating to distant
pails of the tundra. These Nenets do not belong to any reindeer herding enterprise
(sovkhoz or kolkhoz) and many of them do not have Rus.sian citizenship, which makes
it impossible to determine their exact demography. Eor further information see
(Bjorklund 1996).
6. The census was carried out over a period of three years (1925-1927) by two teams of
researchers travelling in eastern and western parts of the Bol'shezemel'skaya tundra.
The published figures represent averaged results obtained by both teams. No single
herd (brigade) was observed during the three-year study, since a number of brigades
were visited throughout the period of the study. The methodology is described in the
first ehapter of Babushkin's book.
7. Chom: conical tent structure, not unlike a wig-wam, which is the abode of Komi
nomadic reindeer herders.
8. Russian words were translated into English using the 2001 Complete Oxford
dictionary.
9. The translation of Komi terms into their most likely Russian, English and Latin
equivalents was achieved through diseussions with colleagues.
10. Disease 1 (Kereelli 1909a: 14); diseases 2.4. 5 and 6 (Kercelli 1909: 31).
11. Diseases 1.2. 5 (Babushkin 1930: 168); diseases 3.4 and 6 (Babushkin 1930: 169).
12. Clean knife: one that has been heated until it turns red.
13. Condition of the herd: this means that the herd is under control. There are a number of
factors that can alter the state of the herd by disturbing it and causing its dispersal, such
as attacks from predators (e.g. Skogland 1989) or poor foraging conditions as a result
of unfavourable snow and iee conditions (e.g. Henshaw 1968: Collins and Smith
1991). Komi reindeer herders regularly eheek the herd to ensure that such problems do
not occur.
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14. Kercelli (1011; 113) describes an incident of herd mixing during his expeditions. He
reports that on one occasion during the summer, Komi herders, with whom the
researcher travelled, found an unattended herd thai threatened to mix with their herd.
The herders prevented the two herds mixing and later cheeked the earmarks of the
'alien" herd. They discovered that it belonged to a certain Nenets family, so they drove
the herd lo their encampment. Having returned the herd to its rightful owner, they
discovered that the Nenets had not even noticed that it had gone astray and had been
so close to mixing with that of another herd. It transpired that the herd had been left
"unattended' lor a whole day.
\5. In our study area, it appears that the number of brigades decreased and herd sizes
increased, as a result of Soviet collectivisation (mainly from the 1930-l960s).
Migration routes also shortened from around 1,400km to around 1,000km around
25-30 years ago, as a result of collectivisation and lifestyle changes. We found no
evidence of major change in herding technology and management from pre-Soviet
times to the present.
16. A brigade is a community of herders who live in a single chom (tent). Historically, a
ctioiii includetl two families, but it can now include up to four families. This means
that it is not uncommon for up to 15 people to love in a single ctioin.
17. See the of(icial maps of land arrangements in the Nenets Autonomous Area (obtained
from the Department of Economy of the Nenets Autonomous Okrug).
18. Kharuta is a Nenets village at a latitude similar to that of Vorkuta, but some
15()-2()()kin to the west
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164
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Mark James Dwver and Kirill Vladimirovich Istomin
Mark James Dwyer was previously at the Scott Polar Research Institute, Cambridge, where he undertook his PhD. He is now an ESRCfunded Postdoctoral Research Fellow at the Geography Department,
University of Cambridge, Downing Place, Cambridge CB2 3EN, UK.
Email; m.j.dwyer.OO@cantab.net
Kirill Vladimirovich Istomin, completed his PhD at the Itistitute of
Language, Literature and Culture, Komi Scientific Centre, Komi
Republic, Syktyvkar, Russia, where he subsequently worked as a
researcher before taking up a Postdoctoral position at the Max Planck
Itistitute for Social Anthtopology, Advokatenweg 36, 06114
Halle/Saale, Germany. Email: istomin@eth.mpg.de
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