期刊
BIOLOGICAL CONSERVATION
卷 282, 期 -, 页码 -出版社
ELSEVIER SCI LTD
DOI: 10.1016/j.biocon.2023.110079
关键词
Amphibian; Behavioural intention; Citizen science; Community science; Impact; Incentive; Motivation; Participation
Citizen science data play an important role in studying biodiversity distribution, but are affected by biases including gaps and redundancies. This study surveyed participants of a frog biodiversity project to understand how their motivations and behavior relate to their willingness to change data collection practices. The findings show that participants are willing to alter their behavior for less biased sampling, indicating an interest in collecting more meaningful data.
1. Increasingly, citizen science data are becoming a significant source of information on the distri-bution of biodiversity. Their value is affected by many biases, especially gaps and redundancies in citizen science data. Reducing or minimizing those biases remains an important task, with an important first step being an understanding of whether, and to what extent, participants are willing to alter their behaviour for the benefit of a project.2. We surveyed participants of a popular citizen science project focused on frog biodiversity to un-derstand how their motivations and behaviour relate to their willingness to change when and where they collect data.3. Most respondents contributed seasonally and close to home. Both their motivations and interest in changing behaviour strongly aligned with the project aims: conserving frogs and contributing to science. Willingness to change behaviour varied little with reported motivations, and respondents displayed a high level of willingness to change when or where they collect data when presented with opportunities for less biased sampling.4. Our results indicate there is interest among participants to sample biodiversity in a more mean-ingful way, potentially reducing some biases in how citizen science data are collected. Creating citizen science projects that encourage participants to collect optimal data may satisfy both participant and organizers' goals, and work towards science-driven conservation with improved biodiversity data.
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