The following summary is taken from a report published early in 2002 authored by European researchers. The entire report is available here
Summary
Because of the large
scales at which large carnivores live, their conservation cannot occur
only within protected areas. They must therefore be conserved within multi-use
landscapes where conflicts with humans occur. Conflicts are diverse and
include depredation on livestock and competition for wild ungulates. However,
one of the most serious is the fear of being injured or killed by a large
carnivore. Man-killing by tigers, lions, leopards, pumas and bears (brown
bear, black bear, polar bear and sloth bear) occurs on a regular basis
with hundreds of people being killed annually on a worldwide basis. Although
the danger that wolves pose to human safety remains controversial, many
people that live in wolf range report that they are afraid of wolves.
This interdisciplinary report has two aims. Firstly, we attempt to examine
the existing data about wolf attacks on humans during the last few hundred
years around the world. Secondly, we examine data concerning self-reported
levels of fear of wolves and examine the existing data on fear in general.
To locate data bout
wolf attacks we have examined the ecological, medical, veterinary and
historical literature, and utilised a wide contact network of people that
have worked with wolves throughout the world to try and identify unpublished
cases from recent times. For historical cases we have only used episodes
for which there is some form of contemporary written documentation, this
excludes cases that only arise from the oral tradition. Data concerning
wolf attacks on humans is highly fragmented and of very variable quality.
As a result it has been impossible to provide a total summary of the numbers
of people killed by wolves during any given period. Rather we have compiled
a set of case studies that we have judged to be reliable from various
parts of North America and Eurasia. Because of the nature of the data,
many records need to be treated with caution. We have looked for broad
patterns associated with wolf attacks on people. From the data collected
there appears to be no doubt that wolves have on occasion attacked and
killed people. We identified three types of wolf attack, (1) attacks by
rabid wolves, (2) predatory attacks where wolves appear to have regarded
humans as prey, and (3) defensive attacks where a wolf has bitten a person
in response to being cornered or provoked.
The majority of attacks
concern wolves with rabies. Although wolves do not serve as a reservoir
for rabies, they can catch it from other species. It appears that wolves
develop an exceptionally severe "furious" phase and can bite
a large number of people (>30) in a single attack. We have found records
from Italy, France, Finland, Germany, Poland, Slovakia, Spain, the Baltic
States, Russia, Iran, Kazakstan, Afghanistan, China, India and North America.
The earliest record we found of such an attack was from 1557 in Germany,
and the most recent was from Latvia in 2001. Up until the development
of post-exposure treatments (first developed by Pasteur in the 1890's
and refined in the 1950's) bites from rabid wolves were almost always
fatal. Treatments are presently so good that the majority of victims now
survive. However, the severity of attacks by rabid wolves is such that
some victims are killed outright, or are bitten in the head so that post-exposure
treatments do not have time to act before the disease develops. As the
incidence of rabies has been greatly reduced in both domestic dogs and
wildlife throughout western Europe and North America, the incidence of
attacks by rabid wolves has dropped. In the Middle East and Asia, there
are still many attacks each year.
The literature contains
many examples of wolves being provoked (trapped, cornered, people entering
their dens) without attacking humans. However, we have found a number
of cases where provoked wolves have bitten people in an attempt to get
away. In most cases these concerned shepherds attempting to defend their
sheep and trying to kill wolves with a stick. In no case have the wolves
directly killed anybody in such situations.
Unprovoked attacks
by non-rabid wolves on people are very rare, and the vast majority of
wolves do not regard people as being prey. However, we have found a number
of incidents where predatory attacks have occurred. In Europe, the largest
numbers of records come from pre 20th century France, Estonia and northern
Italy, where historians have looked systematically for records of such
events. The most famous event is from the Gevaudan area in France where
historical records indicate that over 100 people were killed in the period
1764-1767. The wolves responsible were believed to be hybrids between
wild wolves and large shepherd dogs. From these three regions several
hundred people appear to have been killed from 1750 until 1900.
Additional records
from the pre 20th century period come from Sweden, Finland and Norway.
In Norway, there is a single record of a 6-year-old girl being killed
in 1800. From Sweden there are records of 4 children being killed between
1727 and 1763, and 12 (11 children and one woman) being killed in 1820-1821.
This latter episode (Gysinge episode) was believed to be due to a single
wolf that had been raised in captivity before escaping. In Finland (and
Russian Karelia) there have been a number of episodes during the 19th
century where people have been killed. Most of these events occurred in
5 clusters Kaukola (1831 - 8 children and 1 woman killed), Kemio (1836
- 3 children killed), Kivennapa (1839-1859 - 20 children and 1 adult killed),
Tammerfors (1877 - 9 children killed) and Åbo (1879-1882 between
22 and 35 children killed).
Predatory attacks
from the 20th century are much rarer. There are reports of 5 children
being killed in Poland (1937) and 4 children being killed in Spain (1957-1974).
There are also controversial reports of 36 children being killed in the
Kirov region of Russia (1944-1953). While these events remain unconfirmed,
the details provided in the accounts make them credible. There are no
documented cases of people being killed in predatory attacks by wolves
in North America during the 20th century. However, there have been eight
well documented attacks, mainly in protected areas, where non-rabid wolves
have injured people during the last 20 years.
People killed by wolves
have been recorded in India since the 19th century. In the last 20 years
there have been a number of scientific investigations in three regions,
Uttar Pradesh, Bihar, and Andhra Pradesh. In these three regions there
have a number of episodes where at least 273 children are believed to
have been killed by wolves.
The victims of predatory
attacks tend to be mainly children, and to a lesser extent adult women,
indicating that wolves are being selective. In contrast, victims of attacks
by rabid wolves tended to be mainly adults, indicating that rabid wolves
bite people at random. Attacks by rabid wolves cluster in the winter and
spring, whereas predatory attacks are concentrated in the late summer.
We identified four
factors that are associated with wolf attacks on humans.
- Rabies. Rabies
is involved in the majority of wolf attacks on people.
- Habituation. When
wolves loose their fear of humans, for example in some protected areas,
there is an increased risk of attacks on humans occurring.
- Provocation. This
includes situations such as trying to kill a trapped or cornered wolf
or entering a den with pups.
- Highly modified
environments. The majority of predatory attacks (pre 20th century Europe
and present day India) have occurred in very artificial environments
where a number of circumstances have occurred. These include; little
or no natural prey, heavy use of garbage and livestock as food by wolves,
children often unattended or used as shepherds, poverty among the human
population, and limited availability of weapons among people so wolves
might not be very shy. We do not believe that there was so little prey
that wolves had to feed on children, it is just that the ecology of
wolves in these situations brings them into very close contact with
people, setting the scene for these rare predation events to occur.
Once individual wolves become maneaters, they tend to continue this
behavior until they are removed. In addition, we believe that the intensive
persecution of wolves during the last few centuries may well have selected
against wolves that were aggressive or were not shy of people.
In conclusion, we
believe that there is good evidence that people have been killed by both
healthy and rabid wolves during the last centuries. The incidence of attacks
appears to have dropped dramatically during the 20th century. A fair summary
of our results would be "wolves have killed people, most attacks
have been by rabid wolves, predatory attacks are aimed mainly children,
attacks in general are unusual but episodic, and humans are not part of
their normal prey". When the frequency of wolf attacks on people
is compared to that from other large carnivores or wildlife in general
it is obvious that wolves are among the least dangerous species for their
size.
Given the fact that
wolves have posed a threat to human safety it is easy to understand why
we have a "cultural fear" of wolves, which is reinforced through
stories and mythology. Recent surveys in Norway indicate that fear of
wolves is still widespread among people even though wolves have been virtually
absent during recent decades (until the recent recovery) and nobody has
been killed or injured for 200 years. Only 23% of Norwegians accept that
wolves should live within 10 km of their home, and 66% completely or partially
agree that they would become concerned for their family's safety outdoors
if wolves were living in the area. 48% of respondents answer that they
are "very much afraid of wolves", and 40% answer that they are
"a little afraid of wolves". However, it is important to remember
that there is a clear majority of Norwegians in favour of wolves existing
in the country.
There are several
factors that affect a persons self-reported level of fear of wolves. Women,
the elderly and people lacking highereducation report higher levels of
fear than men, young people and those with higher education. In addition,
dog owners report less fear than those without dogs, and people who suffer
economic loss because of large carnivores report greater fear than those
without economic losses. Inhabitants of areas where large carnivores are
present report less fear of the specific species than those living in
areas where the species is absent, however the reported level of concern
for the family's safety outdoors is higher among those who live in an
area where wolves occur. People with a "traditional" political
orientation also report higher levels of fear than those with a "radical"
political orientation. Finally, people with a perceived personal powerlessness
report greater levels of fear than those who perceive that they have a
greater level of personal control.
This leads into one
of the most important aspects of the fear of wolves. There is little doubt
that a large part of the "fear of wolves" is a direct fear for
personal safety, and the results reported above indicate that this is
justified to some extent. However, it is apparent that much of the fear
of wolves is also dependent on a person's social and cultural situation.
In other words, it is a fear of the wolf as a symbol of negative outside
influences on local issues. Powerful urban elites are blamed for these
problems, which include a feeling of reduced life quality resulting from
the fear of wolves.
The attitude that
people have towards wolves is also influenced by their confidence in different
sources of knowledge (scientific knowledge versus lay knowledge). Those
with confidence with scientific knowledge are likely to be more positive
towards wolves, however large segments of rural communities have low confidence
in this source of knowledge There has been a conflict between lay knowledge
and scientific knowledge with regards to the danger wolves pose to human
safety. Since scientific knowledge holds a hegemonic position to lay knowledge,
the contestation of claims that wolves are harmless may be an element
in a struggle against the dominance of this form of knowledge. However,
the claim that wolves are harmless is not actually a result of scientific
investigation as this is the first serious attempt to review the topic.
The results of this review that documents that wolves can present risks
to human safety under certain conditions should hopefully go a long way
to reconciliation between lay and scientific knowledge on this topic.
Implications for present
day Scandinavia - None of the factors associated with an increased risk
of wolf attacks are present in modern day Scandinavia. Rabies is absent,
there is unlikely to be a future where wolves are not hunted or controlled,
and habitat quality is high with very abundant prey. In addition, the
present socio-economic situation does not place people in high-risk situations.
However, based on these results we have made a number of management recommendations
that should help to reduce both the actual risks and the level of fear
concerning wolf attacks. (1) Keep wolves wild. Any wolves that appear
to loose their fear for humans or act in an aggressive manner should be
removed from the population. Carefully regulated hunting may be useful
in maintaining shyness and will in addition provide a feeling of local
empowerment and control over the wolf situation. (2) Dialogue. Local involvement
in wolf census work, increased contact with researchers and managers,
local involvement in research and management, and increased information
about research activity should also help reduce tensions. (3) Prey. The
prey base available for wolves in Scandinavia today can be described as
very good. It will be important for game managers to ensure it remains
this way even when they have to include wolf predation into management
plans. (4) Reaction planning. Wildlife management agencies should establish
reaction plans as to how to respond to wolves that act in an aggressive
manner or lose their shyness. These plans should be co-ordinated with
those for brown bears. (5) Rabies. Scandinavia is presently rabies free
and the risks of it occurring appear to be very low. However, there should
be clear plans as to how to react should it enter Norway. (6) Time. The
data indicates that levels of fear will decrease with time as people become
accustomed to the presence of wolves.
Redaktører
/ Editors
John D. C. Linnell, Norwegian Institute for Nature Research, Tungasletta-2,
N-7485 Trondheim, Norway.
Tore Bjerke, Norwegian Institute for Nature Research, Division for Man-Environment
Studies, Fakkelgården, 2624 Lillehammer, Norway
Med bidrag fra (i
alfabetisk rekkefølge) / With contributions from (in alphabetical
order)
Reidar Andersen, Norwegian Institute for Nature Research, Tungasletta-2,
7485 Trondheim, Norway, and Zoology Institute, Norwegian University of
Science and Technology, N-7491 Trondheim, Norway.
Zanete Andersone, Kemeri National Park "Meza Maja", Kemeri -
Jurmala, LV-2012, Latvia.
Linas Balciauskas, Institute of Ecology, Akademijos 2, Vilnius 2600, Lithuania.
Juan Carlos Blancos, Wolf project, C/ Manuela Malasana 24, 28004 Madrid,
Spain.
Luigi Boitani, Department of Animal & Human Biology, University of
Rome, Viale Universita' 32, 00185 - Rome, Italy.
Scott Brainerd, Norwegian Institute for Nature Research, Tungasletta-2,
N-7485 Trondheim, Norway.
Urs Breitenmoser, KORA, Thunstrasse 31, CH-3074 Muri, Switzerland.
Ilpo Kojola, Finnish Game and Fisheries Research Institute, Oulu Game
and Fisheries Research, Tutkijantie 2, FIN-90570 Oulo, Finland.
Olof Liberg, Grimsö Wildlife Research Station, Department of Conservation
Biology, Swedish University of Agricultural Sciences, 730 91 Riddarhyttan,
Sweden.
Jonny Løe, Norwegian Institute for Nature Research, Tungasletta-2,
7485 Trondheim, Norway, and Zoology Institute, Norwegian University of
Science and Technology, N-7491 Trondheim, Norway.
Henryk Okarma, Institute of Nature Conservation, al. Mickiewicza 33, 30-120
Krakow, Poland.
Hans C. Pedersen, Norwegian Institute for Nature Research, Tungasletta-2,
N-7485 Trondheim, Norway.
Christoph Promberger, Carpathian Large Carnivore Project, Str. Dr. Ioan
Senchea 162, RO 2223-Zarnesti, Romania.
Eivin Røskaft, Department of Zoology, Norwegian University of Science
and Technology, 7491 Trondheim, Norway
Håkan Sand, Grimsö Wildlife Research Station, Department of
Conservation Biology, Swedish University of Agricultural Sciences, 730
91 Riddarhyttan, Sweden.
Ketil Skogen, Norwegian Institute for Nature Research, Division for Man-Environment
Studies, Fakkelgården, 2624 Lillehammer, Norway
Erling J. Solberg, Norwegian Institute for Nature Research, Tungasletta-2,
N-7485 Trondheim, Norway.
Svenn Torgersen, Department of Psychology, University of Oslo, Box 1094
Blindern, 0317 Oslo, Norway
Harri Valdmann, Institute of Zoology and Hydrobiology, Tartu University,
Vanemuise 46, 51014 Tartu, Estonia.
Petter Wabakken, Hedmark College, Evenstad, N-2480 Koppang, Norway.

|