Khol, Vetmeduni

FS 26.115

Challenges and opportunities for alpine farming

Session status: Accepted
Content last updated: 2026-04-16 00:06:26
Online available since: 2025-12-17 19:22:55

Details

  • Full Title

    Overcome tradition or up to date management practice? Challenges and opportunities for alpine farming.
  • Scheduled

    TBA
    TBA
  • Chair

    Khol, Lorenz
  • Co-chair(s)

    Nigsch, Annette
  • Thematic Focus

    Agriculture, Resources, Sustainable Development
  • Keywords

    Livestock, Cattle, Sheep, Goats, Transhumance, Alpine Pasture, Alpine Farming, Animal Health, Human Health, One Health

Abstract/Description

The traditional livestock keeping of cattle, sheep and goats on alpine pasture has a significant influence on the agricultural system, as well as on regional production systems and the ecosystem. Furthermore, it plays a major role in the cultural live in the alpine region.  Alpine pastures also contribute to an open landscape and thereby to tourism. These regional production systems may become more important but also pressured in the face of actual political and climatical developments. Therefore, the different challenges and opportunities for alpine livestock farming in the face of climate change, ecology, economy, sociology and animal health, including the one health aspect, should be addressed and discussed in this session.

Registered Abstracts

ID: 3.96

Leptospira spp. Antibody Prevalence and Management-related Risk Factors in Cattle from Lower Austria and Vorarlberg

Karoline Waldner
Fasching, Eva; Kuchling, Sabrina

Abstract/Description

Leptospirosis is a widespread zoonotic disease caused by pathogenic Leptospira spp., that can cause reproductive disorders in cattle, thereby leading to considerable economic losses. The aim of this study was to systematically assess the prevalence of Leptospira spp. antibodies in cattle from Lower Austria and Vorarlberg and to identify potential risk factors for pathogen exposure. A total of 2339 serum samples collected in 2020 and 2021 were tested against eight serovars using the microscopic agglutination test (MAT). The estimated mean true prevalence averaged 4.8% (95% CI [0.3–11.1]) in Lower Austria and 63.6% (95% CI [52.3–76.1]) in Vorarlberg. In Vorarlberg, the highest prevalences were found for the serovars Hardjo, Saxkoebing and Tarassovi. Generalized estimating equations (GEE) modelling identified alpine grazing, farm size and age category as significant risk factors for seropositivity, whereas location of cattle at sampling, farm type, numerical age, season and year of sampling showed no relevant effect. The results highlight a marked regional heterogeneity in Leptospira spp. exposure and underline the need for ongoing monitoring. Due to the zoonotic nature of the disease a One Health approach is necessary to control it at the human-animal interface.

ID: 3.138

Bovine Mastitis in the Alps: The impact of Staphylococcus aureus on Alpine Dairying

Tom Grunert
Khol, Lorenz

Abstract/Description

While bacterial pathogens often co-evolve with specific hosts, the history of animal domestication has facilitated numerous successful host-switching events between humans and livestock. The multi-host pathogen Staphylococcus aureus can cause severe human and animal infections, including mastitis in cows, which impair animal welfare, dairy production and food safety. We present ongoing research regarding the prevalence and diversity of this pathogen in community-based Alpine dairy pastures in the Tyrolean Alps. Approaching the topic from a One Health perspective, we will focus on the interface between animal health and food safety, paying particular attention to its potential role as a zoonotic agent and carrier of antibiotic resistance. Additionally, we will highlight the unique challenges and opportunities arising from alpine dairying.

ID: 3.171

Fasciola hepatica in Tyrolean dairy farming: prevalence trends, infection dynamics, and implications for sustainable alpine parasite management

Barbara Hinney
Schuler, Severin; Untersweg, Florian; Saska, Barbara; Wiedermann, Sandra; Dünser, Michael; Nigsch, Annette; Palmieri, Nicola; Joachim, Anja; Khol, Lorenz; Mader, Christian

Abstract/Description

Fasciola hepatica, the common liver fluke, is a trematode parasite of ruminants with zoonotic potential that impairs animal health and productivity worldwide. Its life cycle requires the amphibious intermediate host snail Galba truncatula, which thrives in wet habitats; therefore, climatic changes promoting moisture are expected to increase transmission. Alpine regions already show some of the highest prevalence levels in Europe. This study combined large-scale sero-epidemiological analyses with detailed field investigations to reassess liver fluke occurrence, infection dynamics, and production impacts in Tyrolean dairy farming characterized by alpine summer pasturing, high rainfall, small-holder structures, and dual-purpose breeds.

Bulk tank milk (BTM) samples from 3,645 farms were analysed by ELISA in 2023, and associations with milk yield and quality were evaluated using multivariate regression. To investigate transmission dynamics, longitudinal sampling across one grazing season on 14 farms and across two seasons on four focus farms included faecal, milk, and blood samples analysed by quantitative sedimentation, copro-antigen ELISA, and antibody ELISA.

Overall, 86.1% of farms were F. hepatica-positive, representing a 13.1% increase since 2005. F. hepatica infection was significantly associated with reduced milk yield, fat, and protein (p < 0.001). Infection dynamics revealed persistently high prevalence in dairy cows (40–100%), whereas first-season grazers remained largely negative until late summer and second-season grazers showed variable infection patterns. There were also indications that the treatment resulted in a suboptimal reduction of the infection.

These findings indicate insufficient current control under changing climatic conditions. Targeted treatment, pasture management, intermediate host habitat control, and improved slurry hygiene are essential for sustainable parasite control in alpine dairy systems, while hydro-epidemiological climate models may support future risk prediction.

Submitted Abstracts

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