Veronika Mitterwallner

Veronika Mitterwallner
  • Doctor of Biology
  • PhD Student at University of Bayreuth

In my research, I am focusing on human-wildlife interactions in mountain ecosystems.

About

10
Publications
2,913
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209
Citations
Introduction
The goal of my current research is to assess how human activities in mountain systems interact with the natural environment. I am using modern quantitative methods to analyse and relate spatio-temporal data of human and wildlife activity patterns.
Current institution
University of Bayreuth
Current position
  • PhD Student

Publications

Publications (10)
Article
Full-text available
Digitale Informationsmedien wie Outdoorplattformen (oft auch als Outdoor-Apps bezeichnet) bieten eine unmittelbare Kommunikations- und Interaktionsmöglichkeit mit Naturbesucherinnen und -besuchern. Dies birgt Potenziale, aber auch neue Herausforderungen für den Naturschutz. So werden Schutzgebiete und dort geltende Regeln in der digitalen Tourenpla...
Preprint
Full-text available
Animals adjust behavior to changes in perceived predation risk, even when risk is non-consumptive, as is the case for human recreation. However, individuals within populations can differ greatly in their plasticity towards perceived risk, especially when antipredator responses incur fitness costs via lost foraging opportunities. Therefore, risk-ben...
Article
Full-text available
Ongoing climate change substantially alters snowfall patterns with severe but diverging consequences for global ski areas. A global assessment as well as the investigation of potential implications for mountain ecosystems is currently lacking. We quantify future trends in natural snow cover days under different climate change scenarios until 2100 i...
Article
Full-text available
As human activities in natural areas increase, understanding human–wildlife interactions is crucial. Big data approaches, like large‐scale camera trap studies, are becoming more relevant for studying these interactions. In addition, open‐source object detection models are rapidly improving and have great potential to enhance the image processing of...
Article
Full-text available
Mountain biking (MTBing) has become one of the most popular recreational activities and this trend is further amplified with the enhanced use of electrically assisted mountain bikes (eMTBing). While increasing user frequencies are intensifying social and environmental conflicts, the consequences of MTBing in and for the environment are insufficient...
Article
The number of people riding mountain bikes (MTBs) with electrical assistance (eMTB) is growing rapidly, creating a substantial switch from conventional mountain biking to electrically assisted mountain biking. Electrical support has the potential to alter riding behaviour on mountain bikes, associated with a change in destination choice and physiol...
Article
Full-text available
Ocean warming is affecting marine ectothermic herbivores as well as the macroalgal species they consume and this has the potential to alter their trophic interaction. However, it is currently still unknown how these two important components of benthic food webs will react to a warming environment. Consumption rates of grazers change with increasing...
Article
Full-text available
Aim The lockdown of sports infrastructure due to the COVID-19 pandemic has substantially shifted people’s physical activity towards public green spaces. With Germany’s lockdown as one of the more severe governmentally imposed epidemic-control-decisions, we tested to what extent the frequency of outdoor cycling activities changed from March to June...
Article
Full-text available
Aim The lockdown of sports infrastructure due to the COVID-19 pandemic has substantially shifted people’s physical activity towards public green spaces. With Germany’s lockdown as one of the more severe governmentally imposed epidemic-control-decisions, we tested to what extent the frequency of outdoor cycling activities changed from March to June...
Article
Coastal areas are especially prone to plastic debris, being subjected to various land- and sea-based sources. Nevertheless, knowledge about microplastic distribution on beaches is limited, as studies focused either on high tide lines, specific items, or relied on visual identification. Beaches exhibit several accumulation zones and microplastic dep...

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