||Piotrowski, K.; Rogowski, M.; Mickiewicz, A.,
||Assessment and accuracy improvement of monitoring of tourism traffic in a mid-mountain national park (MSTT: Monitoring System of tourist traffic) in Stołowe Mountains National Park, SW Poland
||The 10th MMV Conference: Managing outdoor recreation experiences in the Anthropocene – Resources, markets, innovations
||The sustainable management of vulnerable natural areas requires accurate measurement of visitor flows, especially in protected natural areas (Andersen et al. 2013). According to Andersen et al. (2013), the most often used counting system is a pyroelectric sensor that features a lens sensitive to heat radiation emitted by the human body (Eco-Counter model: PYRO sensor). An important challenge with automatic counting systems is their accuracy, since all types of counters are subject to counting errors (Pettebone et al. 2010).This study focuses on visitor counting accuracy in national parks situated in mountain areas that are also one of the most popular tourist areas. It illustrates the attention to detail required to carry out accurate visitor counting. The purpose of the study was to evaluate the accuracy of pyroelectric sensor measurement errors in relation to different visitor flow levels and different time intervals between visitors. This verification was based on field experiments and on-site observations of the pyroelectric sensors working as part of the Monitoring System of tourist traffic (MSTT) in Stolowe Mountain National Park (SMNP) in Sudety Mountains, southwestern Poland. SMNP is visited by about 900,000 tourists per year. (Rogowski 2020). In mountain areas, it is difficult to collect data over a longer period of time. In addition, field and weather conditions may yield a higher error rate. This evaluation of accuracy was performed to yield calibration formulas.
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