Catalonia, Spain, faces a wild boar population estimated between 125,000 and 180,000 specimens, a number that grows depending on the season and reproductive cycles. The expansion of the animal disrupts local ecosystems and increases health and road risks.
The Government aims to halve this population to reduce impacts on rural and peri-urban areas. To coordinate actions, the Wild Boar Table will be created, intended to plan measures and strengthen capture strategies.
The sustained increase of the species also puts pressure on crops, biodiversity, and natural resources, necessitating the design of comprehensive management policies.
An outbreak that accelerates environmental decisions
The recent outbreak of African swine fever has 13 confirmed cases in wild boars, all within a 6-kilometer perimeter of the initial focus. This proximity increases the need for controls and health surveillance.
Experts are working to determine the origin of the outbreak and will present a report that will also assess whether human activities nearby could have facilitated the spread.
The episode accelerated the discussion on the coexistence between wildlife and urban environments, highlighting the urgency of coordinated environmental policies.
African swine fever: what it is and why it is concerning
African swine fever is a highly contagious virus that affects wild boars and domestic pigs, with no cure or widely available vaccine. Although it is not transmitted to humans, it causes severe productive and environmental losses.
The disease causes high fever, hemorrhages, and rapid mortality in animals, necessitating the culling of infected specimens and strict sanitary restrictions.
Its spread impacts ecosystems, as it alters wildlife dynamics and mobilizes control operations that modify the natural balance.
Consequences for health and the environment
Although it does not pose a direct risk to people, African swine fever affects food security by compromising pork production chains.
Emerging management practices, such as movement restrictions and intensified controls, generate changes in rural areas and natural areas.
The interaction between infected wild boars and urban environments also increases exposure to other diseases transmitted by wildlife, reinforcing the need to manage populations in a sustainable and preventive manner.
