Crop damage by wildlife is a frequent source of human-wildlife conflict. Understanding which factors increase the risk of damage is crucial to the development of effective management strategies. The aims of this study were to provide a general description of agricultural damage caused by wild boar Sus scrofa meridionalis over a 7-year period in North-eastern Sardinia (Mediterranean Italy), and to formulate a predictive model of damage risk. We recorded a total of 221 cases of wild boar damage, with economic losses amounting to 483,982 Euros. Damage events mostly involved vineyards, meadows and oat fields, and were characterized by a peak incidence in summer and early autumn, and a minimum in spring. Damaged fields were characterized by an increasing presence of permanent crops, a decreasing presence of woodlands, maquis and urban areas, and a reduced distance from shelter areas (forests and shrublands). The analysis of spatiotemporal variation of boar-induced damage and the identification of factors that augment the risk of damage provides essential information for contributing to the development of a more effective plan for managing wild boar populations.

Factors influencing wild boar damage to agricultural crops in Sardinia (Italy)

LOMBARDINI, MARCO;MERIGGI, ALBERTO;
2016-01-01

Abstract

Crop damage by wildlife is a frequent source of human-wildlife conflict. Understanding which factors increase the risk of damage is crucial to the development of effective management strategies. The aims of this study were to provide a general description of agricultural damage caused by wild boar Sus scrofa meridionalis over a 7-year period in North-eastern Sardinia (Mediterranean Italy), and to formulate a predictive model of damage risk. We recorded a total of 221 cases of wild boar damage, with economic losses amounting to 483,982 Euros. Damage events mostly involved vineyards, meadows and oat fields, and were characterized by a peak incidence in summer and early autumn, and a minimum in spring. Damaged fields were characterized by an increasing presence of permanent crops, a decreasing presence of woodlands, maquis and urban areas, and a reduced distance from shelter areas (forests and shrublands). The analysis of spatiotemporal variation of boar-induced damage and the identification of factors that augment the risk of damage provides essential information for contributing to the development of a more effective plan for managing wild boar populations.
2016
Environment/Ecology is a broad category covering interrelated disciplines. It includes resources dealing with pure and applied ecology, ecological modelling and engineering, ecotoxicology, and evolutionary ecology. In environmental science, some of the many areas covered are environmental contamination and toxicology, environmental health, monitoring, technology, geology, and management. Other fields covered are soil science and conservation, water resources research and engineering, climate change, and biodiversity conservation. Regional naturalist resources are also covered here.
Esperti anonimi
Inglese
Internazionale
STAMPA
63
5
507
514
8
Human-wildlife conflict; Sus scrofa meridionalis; risk modelling; landscape structure; wild boar management
no
3
info:eu-repo/semantics/article
262
Lombardini, Marco; Meriggi, Alberto; Fozzi, Alberto
1 Contributo su Rivista::1.1 Articolo in rivista
open
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11571/1201886
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