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CASE STUDY 5

Italian Case Study 

The Italian case study located within the Paneveggio-Pale di San Martino Natural Park (Province of Trento), investigates the effects of an extreme weather event on habitat biodiversity and the circulation of zoonotic agents. We conducted intensive sampling of soil and of biological samples such as ticks, through standard dragging techniques, and small mammals, using capture-mark-recapture methods. Additionally, bat samples were obtained using mist nets and direct roost inspections. Information on medium and large mammal communities were obtained deploying camera traps across various habitat types. Molecular approaches were applied to examine the diversity, occurrence and prevalence of microbes within small mammals, bats, ticks and soil samples. Our main objective is to evaluate how biodiversity changes, following climate-driven habitat disturbances, affect wildlife host communities, vectors and pathogens, and how these interactions influence zoonotic disease risk for humans. Local stakeholders and public health agencies, both human and animal, have been involved throughout all stages of the project.

RESTORATION &

INTERVENTION MEASURES

Nature restoration

Reforestations

Spontaneous vegetation succession

Public health interventions

Yes

ENVIRONMENTAL

SAMPLES

Reservoirs

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rodent

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bat

Vectors

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mosquito

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tick

Environment

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soil/sediment

Case Study Activities

The Paneveggio Pale di San Martino Natural Park (https://parcopan.org/), is a mountainous protected area of 200 km² located in the north-eastern Italian Alps (Autonomous Province of Trento). It has an altitudinal range spanning from 1,100 to 3,200 m a.s.l. and is a UNESCO World Heritage site. The vegetation is dominated by coniferous forests. In October 2018, a catastrophic windstorm named Vaia hit the north-eastern Alps devastating 500 km² of forest. Within the Park, 10% of the forest was affected; in areas where fallen trees were removed, heterogeneous vegetation is slowly recovering. The aim of this study is therefore to examine the impact of extreme weather events on the composition and abundance of animal communities in disturbed vs undisturbed habitat, and the subsequent effect on zoonotic risk, using small mammals, ticks and tick-borne pathogens as a model.

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