Abstract

Research on environmental perception is essential for the understanding of individuals' relations and expectations towards natural environments. Here, we evaluated the perception of high school students on exotic and native species in Brazil. We interviewed 371 students from two high schools located in the state of Goiás, one with and one without a protected area within its premises. Students needed to identify native and exotic species and to indicate species origin. We used a t-test to evaluate differences between students' scores regarding the correctness of species origin and also ANOVA to assess whether these scores varied among taxonomic groups. Students identified exotic species better than native ones. Students better identified exotic mammals, fishes, and birds than native ones. We found there were no significant relationships of students' knowledge of species' origins with socioecological factors. Students' perceptions of exotic and native species were low and focused on charismatic large-bodied species. We suggest that students are encouraged to expand their knowledge of local biodiversity. Teachers, local schools, and policymakers are essential to achieve this aim. A more diverse methodology for teaching, including new technologies and citizen-science projects, can help establish a genuine interest of local biodiversity students.

Highlights

  • Exotic species are recognized as one of the main drivers of environmental changes and biodiversity losses (Bellard et al 2016, Carruthers 2004, Walker & Steffen 1997)

  • Students better identified exotic species when compared to native ones (t=27.00; d.f.= 370; p

  • Students reached higher scores when identifying the origins of the exotic species than when identifying native ones for all five zoological groups (F=21.7; d.f.=4; p

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Summary

Introduction

Exotic species are recognized as one of the main drivers of environmental changes and biodiversity losses (Bellard et al 2016, Carruthers 2004, Walker & Steffen 1997). These species may cause considerable ecological problems as they establish, dominate, and effectively alter the natural ecosystem’s functioning (Blackburn et al 2011). The severe consequences that the biological invasions cause to biodiversity, human health, and well-being, along with their undeniable economic impacts (Pimentel et al 2001, 2005) are increasing public awareness of the effects of exotic species (Pejchar & Mooney 2009). Implementing educational actions against biological invasions may avoid impacts upon natural and managed ecosystems as well

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