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COMPENSATION FOR DAMAGE CAUSED BY BEARS AND WOLVES IN THE EUROPEAN UNION © D. Dubreuil
★ ★ ★ ★ ★ EUROPEAN COMMISSION ★ ★ ★ ★ DG XI ★ ★ ★ Environment, Nuclear Security and Civil Protection This document is edited by Directorate General XI “Environment, Nuclear Safety and Civil Protection” of the European Commission ; author service : Unit XI.D.2 “Nature Protection, Coastal Zones and Tourism”. 200 rue de la Loi, B-1049 Bruxelles, with the assistance of MECOMAT/Ecosphère.
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COMPENSATION FOR DAMAGE CAUSED BY BEARS AND WOLVES IN THE EUROPEAN UNION
Experiences from LIFE-Nature projects
Mariella FOURLI (Mecomat/Ecosphère)
service contract n¡ B4-3200/98/000410/MAR/D2 ACKNOWLEDGEMENTS I would like to thank all the LIFE beneficiaries of the projects that are mentioned in this report and their collaborators, who provided the information on compensation systems and damage within the areas of their projects. Among the people involved directly in LIFE projects, special thanks go to Norbert Gerstl (WWF Austria), Spyros Psaroudas (ARCTUROS) and Marie-Lazarine Poulle (GIE Faune Sauvage) who provided more in-depth information. Luigi Boitani (Università La Sapienza) clarified for me the very complex situation of the compensation systems in Italy. Juan Carlos Blanco (Fundación Oso Pardo) provided useful information for wolf damage in Spain. Robert Franzén and Anders Bjärvall (Swedish Environmental Protection Agency) assisted in the preparation of the text for the compensation system in Sweden. Miguel Aymerich, Bertrand Delpeuch and Brian Marchant (DGXI/D2) made helpful comments mainly on the analytical parts of this document. Last but not least, I would like to thank my colleagues in MECOMAT, Concha Olmeda, Olivier Patrimonio, Marc Thauront and Osvaldo Locasciulli, who provided valuable information and guidance from the very beginning of this work. Mats Eriksson (Ecosystems) provided significant input concerning the compensation system in Sweden. This work was partly based on preliminary work conducted by Alicia Portillo of MECOMAT/ATECMA. Contents
INTRODUCTION 1
1. BACKGROUND 3
COMPENSATION: A TOOL FOR EQUILIBRIUM ...... 3
DISTRIBUTION OF THE SPECIES ...... 3 Distribution of the brown bear ...... 3 Distribution of the wolf ...... 5
LEGAL STATUS OF THE SPECIES ...... 7 Legal status of the brown bear ...... 7 Legal status of the wolf ...... 8
LIFE-NATURE PROJECTS ON THE BROWN BEAR AND THE WOLF ...... 9
2. DAMAGE CAUSED BY THE BROWN BEAR AND THE WOLF 13
TYPES OF DAMAGE ...... 13
LEVELS OF DAMAGE ...... 14
3. COMPENSATION MECHANISMS 21 BODY RESPONSIBLE FOR COMPENSATION ...... 21 COMPENSATION PROCEDURE ...... 29 TYPES OF DAMAGE COVERED AND PREREQUISITES FOR COMPENSATION . . . . . 36 CALCULATION OF COMPENSATION ...... 45
4. THE EUROPEAN ACTION PLANS OF THE LARGE CARNIVORE INITIATIVE FOR EUROPE 53
5. SOME LESSONS TO BE LEARNED? 55
6. REFERENCES 59
7. ANNEXES 61 Summary Résumé The large carnivores’ predatory behaviour and the La nature prédatrice des grands carnivores et les resulting damage induced on livestock have always dommages produits aux animaux domestiques ont created conflicts with human populations; such con- toujours engendré des conflits avec les populations flicts have had and still have a significant negative humaines, discréditant ainsi ces prédateurs et ren- impact on their public image. Despite the fact that dant difficile leur cohabitation avec l’homme. Bien large carnivores are protected by national and/or que ces espèces soient protégées par la loi (nationale European law, their elimination (whether it is legal et/ou européenne), leur élimination légale ou illé- or illegal) is one of the main means used for the gale est toujours une des méthodes pratiquées pour decrease of conflicts with humans. Various mea- réduire les conflits. Plusieurs mesures, telles que la sures, such as prevention, removal of problematic prévention, la capture ou l’élimination des individus individuals, and compensation have been used in à problèmes et l’indemnisation ont été récemment the last few years in order to increase human toler- employées afin d’améliorer l’acceptation par ance of these species, which is negatively affected by l’homme de ces espèces discréditées. L’indemnisa- the damage caused. Compensation is used in order tion est utilisée afin de pallier ou au moins diminuer to make up or at least alleviate the economic and les déséquilibres économiques et sociaux infligés à social disequilibria caused to one group which was un groupe dû au désir d’un autre groupe de pro- caused by the desire of another group to conserve téger ces espèces. the wolf and the bear. The aim of this study is to present the existing com- L’objectif de cette étude est de présenter les mécan- pensation mechanisms within the context of LIFE- ismes d’indemnisation existants dans le cadre des Nature projects, focusing particularly on two species projets LIFE-Nature. Elle se focalise sur les deux of large carnivores that have received significant espèces de grands carnivores qui ont reçu un appui Community support, namely the wolf and the bear. communautaire financier important jusqu'à cette The study presents and compares the compensation date : l’ours et le loup. Cette étude présente et com- systems in the European Union countries that have pare les systèmes d’indemnisation mis en place dans had or still have LIFE-Nature projects on the wolf les pays de l’Union européenne bénéficiant des pro- and/or the (namely Austria, France, Greece, Italy, jets LIFE-Nature concernant l’ours ou le loup Portugal and Spain), and attempts to point out what (Autriche, France, Grèce, Italie, Portugal, Espagne). seems to have worked in a particular case and what L’objectif de cette étude consiste également à mon- not. A significant part of the information presented trer les succès et les dysfonctionnements de ces sys- was collected through a questionnaire that was com- tèmes. Une partie importante de l’information piled specifically for the purposes of the present présentée a été recueillie avec l’aide d’un question- study and addressed to all LIFE beneficiaries with naire qui a été adressé à tous les bénéficiaires des projects on wolves and/ or bears. projets LIFE sur l’ours et/ou le loup. Given the difficulty of determining the efficiency of Compte tenu de la difficulté à estimer l’efficacité a compensation system, the present study did not d’un système d’indemnisation, cette étude n’a pas attempt to determine which compensation systems eu pour but de déterminer les systèmes d’indemni- are more efficient than others. Instead, there was an sation les plus efficaces. Cependant, les éléments effort to identify individual elements of the compen- individuels des systèmes d’indemnisation les plus sation systems that seem to be working better than performants ont été identifiés. Après une présenta- others. After a short presentation of the distribution tion rapide de la distribution et du statut légal des and legal status of the two species, and the presenta- deux espèces, ainsi que du niveau de dommages tion of the damage levels and types in the aforemen- atteint dans les différents pays, l’étude examine et tioned countries, the study examines and compares compare les divers éléments d’un système d’in- the different elements of a compensation mecha- demnisation : nature des structures responsables, nism: nature of structures responsible for compensa- les procédures, les types de dommages indemnisés, tion, the compensation procedure, the types of dam- les conditions requises et le calcul du montant d’in- age covered, the prerequisites for compensation, and demnisation. the calculation of the compensation amount. One of the main results is that compensation sys- Un des résultats majeurs mis en évidence est la tems do not vary only between countries, which is divergence des systèmes, non seulement entre les quite logical, but also within countries, particularly différents pays, mais aussi au sein d’un même in the case of countries whose administration is on pays, plus particulièrement lorsque son adminis- a regional level. Evidently, there is no uniform tration est gérée à l’échelle régionale. Il n’existe mechanism that is adequate for all countries and all évidemment pas de mécanisme uniforme adapté à regions. However, some general suggestions are tous les pays. Cependant, quelques recommanda- proposed for the amelioration of compensation sys- tions générales pouvant être adaptées aux condi- tems, which can be adapted to the particular cir- tions locales sont proposées afin d’améliorer les cumstances. systèmes d’indemnisation. Compensation for damage caused by bears and wolves in the European Union Experiences from LIFE-Nature projects
INTRODUCTION mals has thus always been considered as a natural risk for which none was liable. However, since cer- he predatory behaviour of large carnivores tain species have become protected and are since has always produced conflicts with human res omnium, common heritage, self-defence mea- populations; such conflicts have had and T sures are not applicable anymore, and the State still have a significant negative impact on the large may be considered to be liable for the adverse con- carnivores’ public image. For a long time, the sequences of legislation which it adopted itself. means used by humans to resolve the problem of predation and damage has been the elimination of Given the obligations and limitations posed by the large carnivores, which is even nowadays one national and European laws, and given that the of the most important threats to their conservation coexistence of large carnivores and livestock with- in Europe. out depredation is probably impossible (LCIE, 1998) the approach towards the problem of dam- Many of the large carnivores whose elimination age is gradually shifting towards the implementa- was legitimate in the past are now fully or partially tion of measures that attempt to make the co-exis- protected by law. The necessity for their legal pro- tence of humans with large carnivores less tection arose from the alarming decline in their conflictual. Various measures, such as prevention, populations in most European countries. The min- removal of problematic individuals, and compen- imisation of damage risks to human activities sation have been used in the last few years in through the elimination of the species responsible is order to increase human tolerance of the two therefore nowadays difficult because the conserva- species, which is negatively affected by the dam- tion of biological diversity has become an impor- age caused. The objectives of such measures are to tant objective enshrined in treaties such as the Bern (Portillo, 1996): Convention, the Convention on Biological Diver- ❑ sity, and the Habitats Directive (De Klemm, 1996). decrease the negative impact of the conser- However, the legal protection of endangered vation of species on human populations species does not necessarily imply their real protec- located in large carnivore areas, and to tion. Given the modernisation of rural lifestyles, the ❑ decrease the hostile attitude and avoid tolerance limits of rural people for damage caused revenge of the local populations against large by the large carnivores have lowered. Tolerance carnivores. limits are particularly low in areas where predators, These measures are divided in three general cate- like the wolf, have been absent for a few decades gories which are complimentary: preventive (e.g. and are now coming back. Poaching is still a serious use of guard dogs and electric fences), supportive threat present in Europe, especially for predators (e.g. transportation of material to remote shepherd who create significant damage. cabins) and compensatory (i.e. payment of dam- In most countries, wild animals are res nullius, age). The compensation for damage to livestock, which means that they have no owner. Since they crops or other types of property caused by large have no owner, no one can be held legally liable carnivores is probably the most debatable measure for damage caused by them. Damage by wild ani- used. It is considered by some as an indispensable
Damage compensation — 1 1999 Introduction tool, by others as a secondary measure, and by jects on the wolf and/or the bear (namely Aus- others as a non-sustainable tool which can only be tria, France, Greece, Italy, Portugal and Spain), applied on a small scale. and attempts to point out what seems to have worked in a particular case and what not. In the No explicit answer to this issue will be found in case of countries where compensation systems this study, since its purpose is not to criticise or vary by region (namely in Spain and particularly praise the notion of compensation. Its aim is to in Italy) only those regions where LIFE-Nature present the existing compensation mechanisms projects are undertaking their activities are exam- (1) within the context of LIFE-Nature projects, ined. A significant part of the information pre- focusing particularly on two species of large car- sented was collected through a questionnaire that nivores that have received significant Commu- was compiled specifically for the purposes of the nity support, namely the wolf and the bear. Other present study and addressed to all LIFE-Nature large carnivores (such as lynxes and the wolver- beneficiaries with projects on wolves and/ or ine) are not treated in this study since very little bears (see Annex I). Most information (unless has been invested in them through LIFE-Nature. explicitly stated) refers to the period 1992-1997, The study presents and compares the compensa- the year of the beginning of the LIFE programme tion systems in the European Union (EU) coun- and the last year with complete annual informa- tries that have had or still have LIFE-Nature pro- tion respectively. ❒ © Christophe André
(1) LIFE stands for “L’Instrument Financier pour l’Environnement”, that is, the European Financial Instrument for the Environment. Its objective is to promote the implementation of Community policy and legislation in the field of environment. There are three principal areas of action within LIFE: LIFE-Nature, which focuses on nature conservation, LIFE-Environment, which focuses on other types of environmental actions, and LIFE-Third countries, which focuses on nature conservation and other environmental actions in countries bordering the Mediterranean and the Baltic Sea. As far as LIFE-Nature is concerned, all actions financed under this instrument must contribute to the implementation of Council Directive 79/409/EEC on the conservation of wild birds (known as the “Birds Directive”) and of Council Directive 92/43/EEC on the conservation of natural habitats and of wild fauna and flora (known as the “Habitats Directive”). The ultimate goal of LIFE-Nature is the creation of the Natura 2000 Network, a coherent ecological network of protected areas across the EU.
1999 2 — Compensation for damage 1 Background
COMPENSATION: areas with human activities. As aforementioned, A TOOL FOR EQUILIBRIUM compensation is a measure that complements preventive and supportive measures. Compensa- he conservation of protected species is con- tion is a passive strategy, in the sense that it does sidered to be a responsibility that must be not create incentives for the reduction of damage, shared by the entire society, since it is theo- T while preventive measures are an active strategy retically the entire society that benefits from con- since they aim directly at the reduction of dam- servation. At the same time, however, the conser- age. Given that the aim of the conservation vation of large carnivores is likely to have a efforts is to maintain or increase populations of negative impact on the economy of particular tar- bears and wolves (wolf populations have already get groups, usually belonging to marginal agricul- started increasing in many regions), the co-exis- tural communities, which are, nevertheless, heav- tence of bears and wolfs with humans can create ily subsidised. This means that the conservation of some conflicts. Such conflicts are likely to large carnivores implies a cost, which tends to fall increase with the increase in predator popula- on the shoulders of those specific populations that tions, unless preventive measures are used for share a territory with protected species (Portillo, the minimisation of damage. In order for com- 1996). If it does fall on such populations, the sys- pensation to be efficient, it should be used only tem is not only inequitable from a social perspec- when damage cannot be avoided through the use tive, but also unsustainable from a conservation of preventive measures, and without harming the perspective. In other words, if a certain group of conservation status of the species concerned (De people has to bear the cost of conservation, then it Klemm, 1996). In addition, great care should be should be compensated for it, since the conserva- taken in order for compensation to be used as a tion of predatory species can be in danger of los- means for ensuring the peaceful coexistence ing all legitimacy without compensation (De between humans and large carnivores and not as Klemm, 1996). In order for a species to be effi- yet another tool for agricultural subsidies in ciently protected in the long-term, both socio-eco- marginal agricultural communities (Cozza et al., nomic and environmental parameters must be 1996). Through an integrated and balanced use of taken into account. European countries wishing to prevention and complementary compensation, protect the bear and the wolf have therefore social conflicts resulting from the presence of adopted compensation systems for damage, so large carnivores can be eventually minimised that farmers and livestock raisers do not have to and the cost of the presence of large carnivores support economically the cost of protection of the can become acceptable and manageable in the two species (Nedelec, 1995). Compensation is long run (Dahier et Lequette, 1997). therefore used in order to make up or at least alle- viate the economic and social disequilibria caused to one group which was caused by the desire of DISTRIBUTION OF THE SPECIES another group to conserve large carnivores. Distribution of the brown bear Compensation is part of the integrated manage- ment of risk that is generated by the presence of The drastic geographical decline of the brown
© Drawning: Project Arctos, Arcturos Arctos, © Drawning: Project large carnivores such as the wolf and the bear in bear in the last few centuries has left only small
Damage compensation — 3 1999 Background © Manuel Merino
Map 1a.– Distribution of the brown bear in Europe. (source: “Large Carnivore Initiative for Europe”)
1999 4 — Compensation for damage Background nuclei of isolated populations in the most inac- Alps is enhanced through a natural recolonisation cessible areas of western and southern Europe with bears coming in from Slovenia, which how- (refer to Map 1a). The present populations in the ever, are not in contact with the bears in the EU countries where the bear is considered to be a Trentino region. priority species (i.e., Austria, France, Greece, PORTUGAL: There are no bears. Italy, Portugal and Spain) are the scarce remnants of the populations that existed a few centuries SPAIN: The population in the Cantabrian moun- ago. The largest part of the European population tains is divided into two independent nuclei with is found nowadays primarily in the Carpathians a total population of 70 to 90 bears, two thirds of and the Balkans, and also in Scandinavia. (Ned- which are found in the eastern area of the moun- elec, 1995) tains, in the regions of Asturias, Castilla y León, and Galicia (Portillo, 1996). The bears initially AUSTRIA: In the Alps, the brown bear was exter- located on the French side of the Pyrenees are minated by the end of the last century, with some more and more often on the Spanish side; we individual bears coming in from Slovenia. How- could therefore talk about a mobile population of ever, since 1992 the number of bears moving back about 12-13 individuals, which is shared with to the Austrian Alps has increased due to the France. reduced hunting pressure in Slovenia. The present bear population is estimated to be around 20-30 OTHER EU COUNTRIES: In Sweden, despite the bears, but with only 2 to 5 adult females (N. Ger- extinction of the bear below the 600 parallel at the stl, pers. comm.). end of the 19th century, the population recovered due to specific protection measures, and was esti- FRANCE: Bears disappeared from the French mated to be between 685 and 770 individuals. In Alps around 1940, and there is only a small Finland, the estimated population is about 400 nucleus of 5 to 6 bears left in the western Pyrenees individuals and is connected with the Russian (Bearn). The central nucleus of brown bears in the population of Carelia. The bear does not seem to central Pyrenees became extinct in the 1990s, but be threatened in these two countries. the reintroduction of three bears from Slovenia (two of which were pregnant) in 1996 and 1997 is Distribution of the wolf aiming at the re-establishment of a new brown bear population (Patrimonio, 1997), composed Originally found in the entire Europe, wolves presently of 6 individuals. were exterminated from all central and north European countries by the 1950s. Some popula- GREECE: The bear population is divided in two tions can still be found in Finland, Portugal, Spain, independent nuclei: one in the mountains of Pin- Italy and Greece while much healthier populations dos which hosts 75% of the total Greek population, can be found in eastern Europe (see Map 1b). and another in the mountains of Rhodopi. These Through a natural recolonisation, small wolf pop- two populations are probably in contact with the ulations can also be found nowadays in France, populations of Albania, F.Y.R.O.M and Bulgaria. Germany, Norway and Sweden (LCIE, 1998) and The total minimum population, which is the occasionally in Switzerland. Presently, positive largest one in southern Europe, is estimated to be population trends within the EU are observed in around 110 and 130 individuals. Italy, Spain and France. ITALY: There are three independent bear popula- AUSTRIA: Wolves were exterminated by the end tions; one population of about 50 to 100 individu- of the last century, but some individual wolves that als in the Abruzzo region and one population of 3 had moved in from Slovakia or Slovenia had been individuals in the Trentino region in the Alps, observed until 1996. A natural recolonisation is con- which has not reproduced since 1989, and is sidered to be possible (Kazcensky, 1996). beyond the point of natural recovery. A reintro- duction of individuals from Slovenia has been FRANCE: Wolves were once present in the entire foreseen in this area. The population in the eastern French territory in the 18th century, but were
Damage compensation — 5 1999 Background © Manuel Merino
Map 1b.– Distribution of the grey wolf in Europe. (source: “Large Carnivore Initiative for Europe”)
1999 6 — Damage compensation Background exterminated by the early 1930s. After an absence extremely endangered, while those north of the of more than fifty years, a few individuals coming river are relatively healthy. from the Apennines in Italy were observed for the OTHER EU COUNTRIES: A small population of first time in 1992 in the Mercantour area (Houard about 100 wolves still remains in Finland. In the et Lequette, 1993). There is currently a stable pop- last twenty years, wolves have recolonised cer- ulation of 20-30 wolves in this area, whereas there tain areas of Germany and Sweden. have also been wolf observations in the areas of Alpes de Haute Provence, Hautes Alpes, Savoie, and Isère, thus increasing the entire French wolf population to a maximum of 50 individuals (M. L. LEGAL STATUS OF THE SPECIES Poulle, pers. communication). Legal status of the brown bear GREECE: The distribution range of the wolf includes the central and northern mountainous The brown bear is legally protected by the Bern and semi-mountainous part of continental convention (cited in Appendix II “Strictly pro- Greece. The wolf became extinct from southern tected fauna species) and the CITES convention Greece in the late 1930s and has lost 30% of its (cited in Appendix II “Potentially endangered former range in the last 20 years. The total popu- species”). It is also included in the Annex II of the lation is estimated to be around 200 to 300 indi- Habitats Directive (92/43/CEE) which lists all ani- viduals, the largest part of which is concentrated mal and plant species of community interest, in northern Greece. whose conservation requires the designation of Special Areas of Conservation. This implies that ITALY: The present population, which is esti- Member States must undertake the protection of mated to be around 400-500 individuals, is dis- the species’ habitats. It is also considered by the tributed throughout the Apennines (Boitani e same Annex as a priority species, which implies Ciucci, 1997). The wolf can be found nowadays, that the Commission has a particular responsibil- with varying degrees of density, in the regions of ity given the importance of the species’ distribu- (going from the North to the South) Piemonte, tion area. The only EU populations that are not Liguria, Lombardia, Emilia Romagna, Toscana, included in Annex II are the Finnish and Swedish Umbria, Marche, Abruzzo, Lazio, Molise, Cam- populations. The brown bear is also included in pania, Basilicata and all the way down to Cal- Annex IV of the Habitats Directive, which lists all abria. The largest part of the wolf population is animal species that require strict protection. The found in central Italy, in the Abruzzo region. Finnish and Swedish populations are included in Wolves had been heavily persecuted until the the Annex IV. 1970s and their population had declined signifi- On a national level, the species is completely pro- cantly, until a hunting ban was introduced by the tected by legislation in France, Greece, Spain and Ministry of Agriculture (Kazcensky, 1996). Italy (refer to Table 1). In Austria the bear does PORTUGAL: The wolf is present in almost the not have the status of a fully protected species entire region north of the Duero river as well as but is considered to be a game species whose in some mountainous areas south of the river. hunting is prohibited all year long (and therefore, The estimated population of the wolf is about 300 in real terms is fully protected). Despite the fact to 400 individuals which are in contact with the that wildlife issues are the competence of the Spanish populations. regional authorities in some countries (like in Austria, Spain and Italy), it is always national SPAIN: This country hosts the most significant legislation that decrees the protection of the bear. wolf population in the European Union. The pre- sent population is estimated to be around 1.500 In all five countries, the elimination of problem- to 2.000 individuals, the largest part of which can atic individuals is theoretically possible. In most be found in the north-west of the country. The cases, competent authorities have the right to populations south of the Duero river are chose the elimination of such animals, after con-
Damage compensation — 7 1999 Background sultation with higher authorities. However, this mentioned populations in the three countries are right has never been exercised in any of these nevertheless included in Annex V of the Habitats countries in the last years, with the exception of Directive, which concerns animal and plant Austria, where two problematic bears were elimi- species of community interest whose extraction nated in 1994. The right to eliminate problematic from the natural environment and exploitation individuals corresponds with Article 16 of the may be regulated with management measures. Habitats Directive. According to this article, Member States may derogate from the provisions As in the case of the bear, national legislation fore- of Article 12 which, among else, prohibits the sees the protection of the species in all six coun- deliberate killing of strictly protected species in tries, even in Italy, Spain and theoretically in Aus- the wild, in case there is a need to “prevent seri- tria where regional authorities are responsible for ous damage, in particular to crops, livestock, wildlife management (refer to Table 2). In Spain forests, fisheries and water and other types of however, the wolf is considered to be a game property.” This may be done if no alternative species according to national legislation, even solutions (such as, for example, relocation of though its hunting is strictly regulated. The wolf problem individuals) are feasible. can be hunted north of the Duero river depending on regional legislation, according to a National Decree issued in 1989. It is therefore considered to Table 1.– Legal protection of the brown bear be a game species in northern Spain, whose hunt- on a national level. ing is regulated by the regional authorities. So far, Estimated Protected Management the wolf is fully protected only in the regions of population since Level Extremadura, Andalucia and Castilla-La Mancha. According to national legislation, the wolf is fully AUSTRIA 20-30 1971 Regional protected in France, Greece, Italy and Portugal. The FRANCE 12 1958 National Greek populations north of the 39° parallel, even
GREECE 110-130 1969 National though not considered by the Habitats Directive, are protected by national law, and their hunting is ITALY 50-100 1939 Regional therefore strictly prohibited. However, since 1991
SPAIN 70-90 1967 Regional (the year when the species was removed from the list of “nuisance” animals), the elimination of two packs of wolves causing high damage has been ordered (one in 1993 and one in 1996) by regional Legal status of the wolf authorities. The European populations of the wolf are classi- fied as “vulnerable” in the 1996 IUCN Red List, as “potentially endangered” in the CITES Table 2.– Legal protection of the wolf Appendix II, and as “strictly protected species” on a national level. (Appendix II) according to the Bern Convention. The wolf is a priority species of community inter- Estimated Protected Management est according to the Habitats Directive (included population since Level in Annexes II and IV), the only exceptions being FRANCE Less than 50 1993 National the Spanish populations north of the Duero river, and the Greek populations north of the 39° paral- GREECE 200-300 1991 National lel, which are not included in these two Annexes. ITALY 400-500 1976 Regional Another exception is the entire wolf population in Finland, which is not included in Annex II, PORTUGAL 300-400 1988 National while only the Finnish wolf populations in rein- SPAIN 1500-2000 – Regional deer areas are excluded from Annex IV. All afore-
1999 8 — Damage compensation Background
LIFE-NATURE PROJECTS ON THE Maps 2a and 2b indicate the location of each pro- BROWN BEAR AND THE WOLF ject. A code has been assigned to each project, which will be used throughout this paper. Each The present study focuses on the compensation code has at most three parts, separated by a back- systems used by ongoing and completed LIFE slash: the first part indicates the target species of projects (between 1992 and 1998) in the European the project (“B” stands for “bear” and “W” stands countries where the wolf and the bear are prior- for “wolf”), the second part indicates the country ity species according to the Habitats Directive (“AT” for “Austria”, “FR” for “France”, “GR” for 92/43/EEC. “Greece”, “IT” for “Italy”, “PT” for “Portugal” and “ES” for “Spain), and the third part (if there is The bear and wolf projects whose compensation one), indicates the region or area of the country systems were studied are listed in Tables 3 and 4. where the project is taking place. The third cate- Those projects that target both the bear and the gory is used only in the case of countries that have wolf are included in both tables, and the infor- more than one projects on one of the two species. mation presented throughout this paper in each The only exception are the Greek projects on bear, table refers specifically to the bear or the wolf. which both cover the entire bear range, and are Tables 3 and 4 present also some basic informa- considered as two phases of a continuous project. tion for each project, such as the code used in this In this case, the third part of the code was substi- study, the area of the project, the duration and tuted by a “1” or “2”, numbers which refer to the the beneficiary. first and second phase respectively. ❒ © Manuel Merino
Damage compensation — 9 1999 Background
Table 3.– LIFE-Nature projects on bears.
COUNTRY TITLE PROJECT CODE AREA DURATION BENEFICIARY
Programme for the protection (1) AUSTRIA B/AT Eastern Austria 04/95-03/98 WWF (NGO) of the bear Conservation of threatened B/FR/PYREN Pyrenees(1) 09/93-06/98 Ministry of Environment vertebrates in the Pyrenees(2) FRANCE Conservation of large B/FR/ carnivores: bears in central Central Pyrenees 01/97-12/99 Ministry of Environment PYREN.CENT Pyrenees Protection and management Pindos Ministry of Agriculture of the brown bear and its B/GR/1 01/94-12/95 Rodopi(1) Arcturos (NGO) GREECE habitats Ursus arctos Conservation of B/GR/2 Pindos 01/97-12/99 Arcturos (NGO) and its habitats Rodopi(1)
Friuli-Venezia- Ministry of Agriculture Mammal conservation in the BW/IT/ Giulia Region 09/92-07/97 Abruzzo National Park Alps and Apennines ALP&APEN Trento Province WWF (NGO) Abruzzo Region(1)
Mountain gorge habitats in the Sirente Velino BW/IT/SIRENTE Abruzzo Region 01/95-12/96 Sirente Velino Regional Park Regional Park
Project URSUS: protection B/IT/BRENTA Trento Province 04/96-09/98 Adamello-Brenta Park of the brown bear in Brenta
Abruzzo Region ITALY Bears and wolves in the central Apennines BW/IT/APEN Marche Region 01/98-12/01 Legambiente (NGO) Umbria Region
Conservation of large Friuli-Venezia- carnivores in the Alps BW/IT/ALPS Giulia Region 01/98-12/00 WWF (NGO) Trento Province
Actions for the brown bear Sirente Velino in the Sirente Velino B/IT/SIRENTE Abruzzo Region 09/98-09/01 Regional Park Regional Park(3)
Actions for the protection of Friuli-Venezia- 2 Natura 2000 sites in BW/IT/TARV Giulia Region 01/99-12/01 University of Udine Tarvisiano(3) Fundación Oso Pardo Conservation of the brown (NGO) bear in the Cantabrian B/ES/CANT1 Cantabrian 09/92-12/98 Region of Cantabria mountains Mountains Region of Asturias Region of Castilla y León Region of Galicia Ministry of Environment SPAIN Conservation of threatened Region of Aragón vertebrates in the Pyrenees(2) B/ES/PYREN Pyrenees 09/93-12/98 Region of Navarra Region of Cataluña
Conservation of the brown B/ES/ASTUR Cantabrian 07/98-06/01 F.A.P.A.S. (NGO) bear in Asturias(3) Mountains
Conservation of reproductive Cantabrian Fundación Oso Pardo nuclei of the Cantabrian B/ES/CANT2 Mountains 09/98-09/01 (NGO) brown bear(3)
(1) Entire species distribution range in the country (2) This project was accepted as one single project, with various sub-projects; however, given the radically different compensation systems used in France and in Spain, it is treated as two independent projects for the purposes of this study. (3) These projects were selected in 1998, and have either just started or will be starting in the near future. Only the activities foreseen are presented for these projects, since no data have been collected so far, and no or few activities have been realised.
1999 10 — Damage compensation Background
Table 4.– LIFE-Nature projects on wolves.
COUNTRY TITLE PROJECT CODE AREA DURATION BENEFICIARY Conservation of large FRANCE W/FR French Alps(1) 01/97-12/99 Ministry of Environment carnivores: the wolf in France Conservation of Canis lupus GREECE W/GR Central Greece 01/98-12/00 Arcturos (NGO) in Greece
Mammal conservation in the BW/IT/ Ministry of Agriculture (1) 09/92-07/97 Abruzzo National Park Alps and Apennines ALP&APEN Abruzzo Region WWF (NGO)
Mountain gorge habitats in the BW/IT/SIRENTE Abruzzo Region 01/95-12/96 Sirente Velino Sirente Velino Regional Park Regional Park ITALY Conservation actions for the Emilia Romagna wolf in the northern W/IT/APEN Region 01/97-12/99 Gigante Regional Park Apennines
Bears and wolves in the Abruzzo Region central Apennines BW/IT/APEN Marche Region 01/98-12/01 Legambiente (NGO) Umbria Region
Conservation of large BW/IT/ALPS Piemonte Region 01/98-12/00 WWF (NGO) carnivores in the Alps
Actions for the protection of Friuli-Venezia- 2 Natura 2000 sites in BW/IT/TARV Giulia Region 01/99-12/01 University of Udine Tarvisiano(2)
Institute for Nature PORTUGAL Conservation of the wolf W/PT Northern Portugal(1) 01/95-12/96 Conservation Conservation of Lynx pardinus SPAIN and Canis lupus in W/ES/EXTREM Extremadura 09/98-08/02 Region of Extremadura Extremadura(2, 3)
(1) Entire species distribution range in the country (2) This project was selected in 1998, and just started. Only the activities foreseen will be presented, since very few activities have been realised. (3) Only a small part of the activities of the project focuses on the wolf.
Damage compensation — 11 1999 Background
Bear
B/ES/ASTUR BW/IT/TARV
B/ES/CANT2 BW/IT/ALPS B/ES/CANT1 B/FR/PYREN.CENT B/AT
B/FR/PYREN
BW/IT/ALP+APEN B/IT/BRENTA B/IT/SIRENTE
BW/IT/SIRENTE
BW/IT/APEN B/GR/1 B/ES/PYREN B/GR/2
Map 2a.– Location of LIFE-Nature projects on brown bear.
Wolf
BW/IT/TARV
BW/IT/ALPS
W/FR
BW/IT/ALP+APEN
W/PT BW/IT/SIRENTE BW/IT/APEN
W/IT/APEN
W/ES/EXTREM
W/GR
Map 2b.– Location of LIFE-Nature projects on wolf.
1999 12 — Damage compensation Damage caused by the 2 brown bear and the wolf
ther than the factors related to the popu- changed some characteristics of certain domestic lation size of the large carnivores and the animals through a procedure of forced selection Ogeographic location of “target” areas, that has been used for generations, in order to damage is greatly affected by one main factor, reinforce favoured characteristics of the domestic which has boosted the levels of predation and animals, like milk and meat production capacity. other types of damage caused by the wolf and the However, the forced selection may be to the detri- bear. Pastoral practices are rapidly changing; ment of other natural characteristics once pos- flocks become larger and larger in order to min- sessed by domestic animals, such as resistance to imise costs . Consequently, the traditional ways of adverse climate and anti-predator instinct (Ned- guarding, such as the use of shepherds and guard elec, 1995, LCIE, 1998, Savelli et al., 1998). In addi- dogs, are gradually disappearing in many regions. tion, the market very often forces stock farmers to Free-ranging animals are often left unattended for prefer certain types of animals, which may not be long periods of time. According to the large carni- well-adapted to local conditions. For example, the vore experts, this is probably the most significant more productive Dutch cows that have replaced cause of high predation levels. The importance of native cows in many regions of Greece are much the type of pastoral practices and its relation to heavier and slower, and are therefore less capable damage levels becomes evident when considering of driving away an attacking predator. that attacks tend to be recurrent on the same flocks and farms (LCIE, 1998). TYPES OF DAMAGE
A secondary factor that influences the level of dam- The bear’s usual domestic prey is goats and sheep, age caused by carnivores is that the distribution and less often cattle and horses. The opposite is and density of the natural prey of the wolf and the however true in certain cases, as in Greece and in bear has been significantly modified in many Asturias in Spain, where most damage is on regions as a result of human activities. These modi- equine and bovine. The bear is an opportunistic fications in distribution and density, combined with predator, so it may also attack pigs and poultry. It the easier access of large carnivores to domestic ani- is also very interested in beehives, and lately Aus- mals, have led to an increase in damage levels. In trian bears have also developed a taste for rape many regions, however, natural prey populations seed oil, thus damaging equipment that contains have increased in the last years, due to a stricter this type of oil, such as chainsaws and road rollers. hunting control. Nevertheless, this increase of natu- Invasions to fields containing crops like corn or ral prey does not necessarily lead to a decrease in fruit trees are also frequent in some areas. As can damage on domestic animals, since as long as the be seen in Table 5 (where percentages are with latter constitute an easily accessible source of food, respect to total bear damage expressed in euro), carnivores prefer this source. the type and proportion of damage to livestock, Another factor that could indirectly influence car- crops, beehives and infrastructure varies greatly
© Drawings: Project Arctos, Arcturos Arctos, © Drawings: Project nivore damage levels is that humans have between countries and regions.
Damage compensation — 13 1999 Damage caused by the brown bear and the wolf
Table 5.– Types and percentage of bear damage costs.
COUNTRY AREA LIVESTOCK CROPS BEEHIVES INFRASTRUCTURE %%%& EQUIPMENT %
AUSTRIA Eastern Austria 29.7 0 51.4 18.9
FRANCE Pyrenees 100 0 0 0
GREECE Pindos & Rodopi 58.5 11.4 29.9 0.2 Apennines 94.7 0 5.3 0 ITALY Alps 94.8 0 5.2 0 Cantabrian Mountains 66.0 13.8 20.2 0 SPAIN Pyrenees 100 0 0 0
Wolves inflict damage almost exclusively on live- in the compensation, since damage is esti- stock. They attack mainly sheep and goats, which mated in monetary terms. This is one of the are more vulnerable than horses and cattle. With main drawbacks of expressing damage in the exception of some minor damage to agricul- monetary terms, and one of the arguments for tural infrastructure, such as fences (which may be expressing them in animal units. destroyed during the wolves’ attacks on livestock), ❑ Second, they can be due to an increase in no cases of other kinds of damage have been the damage declared, which may for observed. (For a more detailed discussion on types instance be related to the operation of pro- of damage per country, please refer to the individ- jects dealing with the improvement of com- ual paragraphs of the following section). pensation systems. Actual damage by bears and wolves are impossible to estimate in LEVELS OF DAMAGE most cases. The data on damage come An important methodological problem related to mainly from damage declarations. It is the estimation of levels of damage is how to record impossible to know the real level of damage and compare them when dealing with different caused by the wolf and the bear, since types of damage. If they are recorded in terms of animals killed, then comparisons are highly unre- alistic when dealing with attacks on different kinds of animals (Is an attack on a cow equal to an attack on a chicken?), and impossible when com- paring with damage in agriculture or beehives. For this reason, the present study is comparing damage in monetary terms, and issues raised are related not to the question “How many animals are killed in region A?” but rather “What is the cost of damage in region A?”.
Charts 1 and 3 present the comparative data per country on the cost of bear and wolf damage (the exact figures used for these Charts can be found in Annex II). An increase in the cost of damage can be observed in some cases (i.e. bear damage costs in Austria, France and Greece, and wolf damage costs in Portugal and France). Such increases may be due to three reasons:
❑ First, they may be related to increases in the © WWF-Austria prices of animals or in the other fees included Bee-hive cabin invaded by a bear in Carinthia, Austria.
1999 14 — Damage compensation Damage caused by the brown bear and the wolf
usually not all damage is declared. This Given that it is very difficult to determine which of occurs when farmers or livestock raisers the three aforementioned reasons could be respon- know that the damage they have suffered sible for an observed increase in declared damage, cannot be compensated, due to specific reg- information and, particularly, quantitative data ulations. In this case, they have no financial should be treated with care. interest in declaring damage. When comparing damage costs between countries, two factors have to be considered in order for the ❑ Third, they may be due to increases in real comparisons to be valid. First, declared damage damage resulting either from a change in the levels expressed in monetary terms are based on population or distribution of large carni- the compensation paid in each country. This vores, or from the presence of isolated implies that damage costs are superior in countries “problematic” individuals, i.e., individuals where the prices of the animals are higher, and with abnormal behaviour causing excessive where the responsible bodies pay more for each damage. damage, ceteris paribus. This does not imply how-
Chart 1.– Cost of total bear damage. Chart 3.– Cost of total wolf damage.
140 000 2 000 000 120 000 ▲ ▲ 100 000 1 500 000
80 000 ▲ ● 1 000 000 60 000 ▲
40 000 ▲ ● ▲ 5 000 00 ● ▲ ● 20 000 ▲ ▲● ▲ ● ● ▲ ● ● ● ● ▲ ▲ ▲ ▲ ● ▲ ▲ ▲ 0 0 1992 1993 1994 1995 1996 1997 1992 1993 1994 1995 1996 1997
Chart 2.– Cost of damage per bear. Chart 4.– Cost of damage per wolf.
4 000 4 000 ▲ ▲ ▲ 3 500 ▲ 3 500 ▲ 3 000 3 000 ● 2 500 2 500 ▲ 2 000 2 000 ▲ ▲ 1 500 ▲ ▲ 1 500 ● 1 000 ● 1 000 ▲ ● ● 500 ● ▲ ● ● ▲ ▲ ● 500 ● ● ▲ ▲ ● ▲ 0 ▲ 0 1992 1993 1994 1995 1996 1997 1992 1993 1994 1995 1996 1997
▲ ● ▲ ● France ▲ Italy Austria France ▲ Italy** Portugal Greece Spain Greece* Spain***
(*) The figures for Greece are very approximative since there is no data exclusively for damage caused by the wolf. Wolf damage is included in the category of damage caused by wild animals other than the bear, and wolf damage has been inferred. No data are available for 1995. (**) Ciucci et al., 1997 (***) The figures for Spain refer only to the regions of Asturias and Cantabria, two of the four regions compensating damage, and the only two for which damage compensation data are available on a regional level.
Damage compensation — 15 1999 Damage caused by the brown bear and the wolf ever that physical damage is necessarily higher in were 6 times higher than predator damage to live- these countries than in countries where damage stock during the same period (Ciucci et al., 1997). cost is lower. A second parameter that must be Such discrepancies are not found only in Italy; in taken into consideration when comparing damage France, damage from wild ungulates in 1993 was not only between countries but also between 18.000.000 euro while wolf damage was 5.540 euro, regions is the bear or wolf population. In order to and in 1994 wild ungulate damage was be able to compare, damage should be relative to 14.000.000 euro while wolf damage was 28.900 the estimated population of the species causing the euro (Vassant, 1997). The lowest level of wild damage. The problem is that, only in few cases ungulate damage costs in the last 20 years in where populations are very small, do we have a France was observed in 1978. It amounted to good approximation of the population. In cases of approximately 4.923.000 euro, an amount 32 times large populations, such attempts are based on higher than wolf damage in France in 1997, the approximations with very wide ranges. Charts 2 year with the highest level of wolf damage costs. and 4 present the levels of damage relative to the population in each country caused per bear or per In Asturias in Spain, compensation for damage wolf in the six countries, taking into account the caused by wild boar in 1993 was 14 times higher average estimated population of each of the two than compensation for bear damage and 1,5 times species (the exact figures used for these Charts can higher than compensation for wolf damage. Inter- be found in Annex II). The data derived on damage estingly, even though damage may be of a signifi- per bear or per wolf are based on the assumption cant level to the farmer who suffered it (which is of a stable population, with the exception of bear often the case, especially within the context of damage in France, since a new population was cre- marginal agricultural economies), the overall dam- ated in 1996, through the reintroduction of three age from wolves as a percentage of the livestock bears, two of which were pregnant (which industry is usually negligible, that is, less than increased the French bear population by 50%). It is 0.5% of all types of livestock losses (LCIE, 1998), important to note that these data are highly specu- and even less in the case of bears. lative, but offer a comparative measure of how Even though bears have a larger variety of “tar- much wolf and bear damage cost to the society in gets”, wolf attacks cause many more casualties. each country. For example, the number of sheep usually killed One important point to be kept in mind, while by a bear in an attack is one or two animals, while considering the levels of damage caused by the the average number killed by a wolf is higher. In wolf and the bear, is the difference between actual addition, wolves usually attack in packs, thus cre- and perceived damage. Actual damage is in gen- ating accumulated damages. Another element that eral much lower than perceived damage, particu- increases the average number of animals killed per larly in the case of the wolf, where damage caused wolf attack is that the phenomenon of surplus by stray dogs is often attributed to the wolf. How- killing is quite frequent in wolf attacks. In addi- ever, it is perceived damage that influences public tion, both in the case of wolf and bear attacks, opinion, and not real damage. The emotional fac- there are some exceptional cases of “mass murder” tor plays an important role in the perception of which may occur when attacked animals panic damage. This becomes evident when considering and either suffocate, drown or fall in ravines. that even though damage to livestock caused by wolves and bears is low compared to other causes AUSTRIA: Bear damage has been moderate so of livestock mortality, it is often perceived as far. However, in 1994 two bears caused a sharp excessively important (LCIE, 1998). In fact, dam- increase in damage: in that year, damage increased age caused by wild ungulates, and particularly the 2.7 times with respect to the previous year. After wild boar, is by far higher than damage caused by the elimination of these two bears, damage went large carnivores (see Chart 5). For instance, dam- back to its prior levels. More than half of the dam- age caused by wild ungulates in agriculture in the age occurs in beehives, while one third of the dam- region of Umbria in Italy between 1991 and 1995 age occurs in livestock. Austria has by far the
1999 16 — Damage compensation Damage caused by the brown bear and the wolf highest rate of damage in infrastructure (chain animals. Given the very lax guarding practices, it saws, road rollers, etc.), which constitutes approxi- is not surprising that damage in relation to the mately 19 percent of total damage (see Table 5). wolf population is by far the highest among the This type of damage is a new trend of the last one five countries with LIFE projects on wolves, with year and a half (N. Gerstl, pers. comm.). an increasing tendency, which, however, was sta- bilised in 1998. The lax practices are very likely FRANCE: Livestock losses due to bear attacks to be related to the absence of the wolves from are generally small in the western and central the area for about 50 years. This absence implies Pyrenees and concern exclusively livestock that rural people are very likely to have forgotten (sheep and goats). However, the Slovenian bears how to cope with the predator through the use of reintroduced in the central Pyrenees tend to traditional practices. cause more damage than “native” bears. This is due to the different pastoral systems in the two GREECE: Bear damage in absolute terms is high areas (mainly guarded pasture of milk sheep in in comparison to the other EU countries. However, the western Pyrenees and unguarded pasture of damage relative to the size of the bear population meat sheep in central Pyrenees). It could also be tends to be much lower. The abrupt increase of due to the different inherent character and habits declared bear damage in 1996 coincides with the of the Slovenian bears. Nevertheless, bear dam- beginning of the second phase of the B/GR/2 pro- age relative to the bear population, is the highest ject, which set in place the second phase for the among the countries compared (see Chart 2). improvement of the compensation system of Wolf damage to livestock has increased abruptly ELGA (for more details refer to Box 1). The actual and is currently by far the highest among the five levels of wolf damage are not known with accu- countries studied when considering the small racy. ELGA, the Greek organisation of agricultural size of the wolf population. There are about insurances, which is the official body recording all 60.000 sheep each summer grazing in wolf areas this relevant information, has data for two large in the Mercantour; some flocks are guarded categories of damage: damage from bears and throughout the day and night by shepherds and damage from wild animals other than the bears. dogs, while others are inspected only occasion- The second category includes damage from ally (Dahier et Lequette, 1997, M.L. Poulle, pers. wolves, feral dogs, foxes, jackals, wild boars and comm.). Flocks can vary between 300 and 2,500 other smaller wild animals. The data on wolf dam-
1 000 000
800 000
600 000
400 000
200 000
0 (Ciucci et al., 1997) 1991 1992 1993 1994 1995
Chart 5.– Comparison of predator and wild ungulate damage levels in the region of Umbria, Italy.
Damage compensation — 17 1999 Damage caused by the brown bear and the wolf
Box 1.– The contribution of the Greek bear and wolf LIFE-Nature projects to the official compensation system.
he three Greek projects ELGA, according to which ELGA (S. Psaroudas, pers. comm.) (B/GR/1 and its continua- can give compensations only to The wolf project, W/GR, is plan- Ttion B/GR/2, and W/GR) the person that has suffered the ning to ameliorate even more the run by the same beneficiary, ARC- damage and not to third parties. official compensation system, and TUROS, have foreseen as a project The second achievement occurred has two specific objectives: first, to objective the amelioration of the in 1995, just one year after the decrease the minimum Insurance compensation mechanism, which beginning of the B/GR/1 project; Unit requirement for compensa- is the responsibility of ELGA, the ELGA changed its minimum tion from 0.5 Insurance Units to Greek organisation of agricultural requirement of damage of 1 Insur- 0.14 Insurance Units, so as to cover insurances. Through their lobby- ance Unit to damage of 0.5 Insur- even the damage on one goat or ing and continued presence, the ance Unit. The Insurance Unit sheep (each animal being equal to projects have managed to achieve depends on the size and age of the 0.15 Insurance Units). The second certain changes in the procedures animal. For instance, an adult cow aim is to increase the percentage of of at least two years of age is equal of the compensation system. These the livestock value covered by to one Insurance Unit, a sheep or a changes have significantly ELGA for wolf damage, which is goat between one and six years increased the type and level of currently 80%. The results of such old is equal to 0.15 Insurance an achievement would be twofold: damage covered by ELGA, as well Units. This change implied the first, increase the coverage of com- as the efficiency of the compensa- coverage of a larger part of dam- pensation of wolf damage, and tion procedure, in terms of time age to livestock. second, remove the wolf from the needed for payment. The third achievement took place “other wild animals” category. The first improvement of the in 1996: for the first time, ELGA This category includes also ani- compensation mechanism started compensating bear dam- mals such as the wildboar, the occurred in 1994, the year when age to agricultural production jackal, the fox, and feral dogs. the activities of the B/GR/1 pro- and on beehives (swarms were Presently, the value of livestock ject started: compensation for already being compensated). This damage from all wild animals cov- bear damage became a priority, increased even more the coverage ered, with the exception of the which meant that the payment of damage. For instance, at the bear, is 80%. Even a slight increase 1 delay decreased from 1-1 ⁄2 years beginning of the B/GR/1 project, in the percentage of damage cov- to 1-6 months, with an average of ELGA regulations covered only ered in the case of wolf damage, 1 about 2 ⁄2 months. The project had 55% of the total value of damage would imply that the wolf would originally foreseen to create a caused by bears in agriculture, become a separate category, and revolving fund (i.e. the project while at the end of the project, this would permit a significantly would compensate the farmer, this percentage had increased to better knowledge concerning the and then ELGA would reimburse 62%. At present, almost two years type and particularly the level of the project) in order to speed up after the beginning of the second damage caused by this species (the the procedure. However, this sys- bear project, B/GR/2, this per- confusion with wild dog damage tem was not put into place finally centage has increased to 91% of would, however, persist due to due to certain legal regulations of agricultural damage value. technical reasons).
age has been therefore deduced by comparing small remnant population of Trentino causes damage from wild animals in wolf areas and dam- hardly any damage at all (Kazcensky, 1996). Wolf age from wild animals in other areas with no wolf predation on livestock is high in the Abruzzo presence (S. Psaroudas, pers. communication). region, where approximately 92% of predator damage is attributed to the wolf (Fico et al., 1993). ITALY: In comparison to wolves, predation by Average annual wolf damage has varied in the bears is low throughout Italy. In the Abruzzo last years between a minimum of 2.560 euro in region, bears are responsible for only about 7.8% the region of Liguria, and a maximum of of total predator damage (Fico et al., 1993). The 709.360 euro in the region of Lazio in central Italy
1999 18 — Damage compensation Damage caused by the brown bear and the wolf
(Ciucci et al., 1997). However, overall wolf dam- as beehives and crops (Patrimonio, 1996). Evi- age is probably greatly overestimated, mainly dently, given the significantly different bear pop- due to the existence of a large stray and feral dog ulation sizes in the Spanish Pyrenees (3-4 bears, population (estimated to be around 13,000 dogs). which were introduced in 1996 in the French It is important to note that the collection of infor- Pyrenees) and the Cantabrian mountains (70-90 mation on the cost of damage is extremely diffi- bears), national averages on bear damage costs cult in Italy, since very often the information is are largely biased. Bear damage in the Cantabrian not available even on a regional or provincial mountains accounts for about 98% of total cost level. In addition, the information is highly damage in Spain. On the other hand, the cost of biased, given that the percentages of compensa- livestock losses from wolf attacks is very high, tion coverage often vary according to fund avail- particularly when compared to bear damages. ability. For instance, the sharp drop in the cost in For instance, even in a region where bears are wolf damage observed in 1994, is not due to an abundant, as is the case of Asturias which hosts actual decrease in damage, but to the fact that about 70% of the Cantabrian population, com- damage in the region of Lazio (which accounted pensation for wolf damage is, on average, about for approximately 54% of total damage in 1992 10 times higher than compensation for bear dam- and 1993 in wolf areas in Italy) did not pay any age (C. Olmeda, pers. comm.). Most wolf damage compensation at all in 1994 or 1995. occurs in Asturias, Castilla y León and Galicia, in the Cantabrian mountains, where livestock is PORTUGAL: The cost of wolf damage has steadily free-ranging. Given the pastoral practices used, it been increasing in the last six years, from approxi- is not surprising that this area suffers 77% of live- mately 93,500 euro to 407,010 euro, an increase of stock losses, while supporting only 21% of the 4.4 times. This positive trend in wolf damage is wolf population (Blanco et al., 1992). South of the due to a significant increase in animal prices in Duero river, where the species is far less numer- Portugal, which inflates the levels of damage. It is ous, damage costs are negligible due to the very also due to the fact that the number of declared small wolf populations and/or to the fact that the damage has increased with the improvement of regions do not compensate wolf damage. Out of the compensation system and the increasing all the Spanish regions with wolf population, awareness of its existence (P. Carmo, pers. comm.). only the regions of Asturias, Cantabria, Castilla y SPAIN: Damage from bears is moderate. In gen- León and Galicia compensate damages totally or eral, the relative importance of crop damage has partly, and only the first 2 regions have readily decreased whereas the amount of livestock dam- available data concerning the cost of compensa- age has increased in the last years (Portillo, 1996). tion for wolf damages. The data on Spain indi- Damage in the Spanish Pyrenees concerns mainly cated in Charts 3 and 4 are therefore highly sheep, while in the Cantabrian mountains it con- biased, more biased than in any of the other cerns the entire range of domestic animals as well countries studied. ❒