Unrecorded Butterfly Species and Potential Local Extinctions: The Role of Citizen Science and Sampling

Estimating species extinction risk is crucial to reverse biodiversity loss and to adopt proper conservation measures. Different sources may play a pivotal role in prioritising species conservation. Recently, citizen science demonstrated a substantial role, especially when it comes to butterflies. This study examines species records and richness in Aosta Valley, which represents one of the highest mountain areas in Europe. Through 30,351 data points from 1825 to 2022, the impact and efficiency of three groups of data sources were investigated: literature (i.e., publications and collections), sampling (butterfly experts' recording), and citizen science (open-source databases). The study also aims to assess the extinction potential of the butterflies in relation to functional traits. The results showed that even if there were significant differences in the number of records between the three sources, there were no significant differences for species recorded. Moreover, 2.9% of the butterfly community risks extinction, and it is related to some response traits. Indeed, extinction risks increase when the altitudinal range decreases and for multivoltines. In conclusion, citizen science has a strong impact on the amount of data and could be exploited to fill data gaps at low/medium altitudes. However, professional sampling is needed to focus on species no longer reported, and in particular on species that are difficult to identify, have specific distributions or particular traits (e.g., limited altitudinal range). Using different data sources, extinction risk estimation, and trait analysis, it is possible to prioritise studies on some species using different efforts (sampling and/or citizen sciences).

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Publication Details

Journal
Ecology and Evolution
Published
2025-02-01
DOI
https://doi.org/10.1002/ece3.71023
Primary Topic
Plant and animal studies
Type
article
Field-Weighted Citation Impact
0.00

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article

Unrecorded Butterfly Species and Potential Local Extinctions: The Role of Citizen Science and Sampling

Sara Alberti, Ramona Viterbi, Cristiana Cerrato, Emilio Balletto et al.
Ecology and Evolution
Plant and animal studies
article

Unrecorded Butterfly Species and Potential Local Extinctions: The Role of Citizen Science and Sampling

Sara Alberti, Ramona Viterbi, Cristiana Cerrato, Emilio Balletto, Antonella Pollo, Leonardo Dapporto, Simona Bonelli, Irene Piccini
article en

Abstract

Estimating species extinction risk is crucial to reverse biodiversity loss and to adopt proper conservation measures. Different sources may play a pivotal role in prioritising species conservation. Recently, citizen science demonstrated a substantial role, especially when it comes to butterflies. This study examines species records and richness in Aosta Valley, which represents one of the highest mountain areas in Europe. Through 30,351 data points from 1825 to 2022, the impact and efficiency of three groups of data sources were investigated: literature (i.e., publications and collections), sampling (butterfly experts' recording), and citizen science (open-source databases). The study also aims to assess the extinction potential of the butterflies in relation to functional traits. The results showed that even if there were significant differences in the number of records between the three sources, there were no significant differences for species recorded. Moreover, 2.9% of the butterfly community risks extinction, and it is related to some response traits. Indeed, extinction risks increase when the altitudinal range decreases and for multivoltines. In conclusion, citizen science has a strong impact on the amount of data and could be exploited to fill data gaps at low/medium altitudes. However, professional sampling is needed to focus on species no longer reported, and in particular on species that are difficult to identify, have specific distributions or particular traits (e.g., limited altitudinal range). Using different data sources, extinction risk estimation, and trait analysis, it is possible to prioritise studies on some species using different efforts (sampling and/or citizen sciences).

Ecology and EvolutionVol. 15(2)
Environment Park (IT), University of Florence (IT), University of Turin (IT), University of Life Sciences in Poznań (PL)
European Commission, Regione Autonoma Valle d'Aosta, Horizon 2020 Framework Programme
Life in Land
Openalex Percentile: Top 97%
Plant and animal studies
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