Content of image described in text. Summary Genetic management of threatened species to reduce extinction risk is sometimes considered controversial, with earlier surveys demonstrating that the general public are more cautious about genetic management than about some other conservation interventions including killing feral animals. This paper explores the acceptance of genetic management in greater detail, assessing whether people’s views change if more information is provided on why it might be necessary and what are the consequences of failing to consider genetic management of very small populations. Overall, we found that the acceptance of genetic management aiming to reduce the extinction risk of six threatened birds was 73% among respondents (n = 2,586) from Australia while 14% found it unacceptable and the remaining 13% had no opinion. Most respondents chose the same level of acceptance for all six threatened bird species presented as case studies, even though the intensity of genetic management varied from interbreeding populations to gene editing. We did not find support for the hypothesis that providing more detailed information to respondents about specific genetic management strategies would increase their level of acceptance. While longer, more-detailed introductory text about extinction risk and genetic management helped respondents form an opinion, it had no effect on acceptance. Moreover, when more information was provided in individual case studies, the level of acceptance was lower, although it remained above 50% for all cases. Instead, the level of acceptance was positively associated with respondents’ age, their trust in science and their risk-taking behaviour.
Biodiversity loss is accelerating globally, yet species are not equally affected, and public perceptions of extinction risk often diverge from scientific assessments. Understanding what shapes public perceptions is critical for effective conservation communication, particularly in zoos, where many people encoun...
Andrea Rizzardi Orlandi, V. Isaja, R. Ambrosini et al.· People and Nature· 0 citations
Genebanks, established to counter the decline of biodiversity, preserve for potential use what is threatened with loss. Based on ethnographic fieldwork at the animal department of the
Center for Genetic Resources, the Netherlands
of Wageningen University & Research, I explore what it means in practice to conserve d...
J. Bal· Science, Technology, & H...· 0 citations
More recently, biotechnology is increasingly adopted alongside conventional approaches to biodiversity conservation and ecosystem restoration. In this study, we examined 60 articles published from year 1998-2024 by grouping the literature into six areas: conservation genomics and genetic rescue, environmental DNA (eDNA...
Oluwaseyi Joseph Olukayode, Oghenerabome Okpro, S. West et al.· American Journal of Life Sci...· 0 citations
Even without considering genetic diversity, managing zoo populations sustainably without applying controlled mortality faces a predictable dilemma: Holding space is limited, and zoos worth their salt will inevitably become better at reducing accidental (uncontrolled) mortality. For most species, longevity attainable un...
M. Clauss, A. J. Abraham, Jörg Beckmann et al.· Zoo Biology· 0 citations
Genomic data can assist conservation planning, but implementation of genetic-based recommendations is rare. Closing this “conservation genetics gap” is crucial for restoration and translocation decisions, particularly for highly fragmented ecosystems like pine barrens. We first analyze the conservation genetics gap in...
Cooper Kimball-Rhines, Scarlet Taveras-Guzman, Georgia Mavrommati et al.· bioRxiv· 0 citations
Somatic cell nuclear transfer (SCNT, or cloning) in wild animal species is considered a potential tool in biodiversity conservation to restore genetic diversity in animal populations and overcome the detrimental effects of inbreeding, climate change, or diseases in rare and endangered animal populations. In January 202...
Elena Ruggeri, A. Gambini, Cesare Galli et al.· Reproduction, Fertility and...· 0 citations
Exploring how generative AI could make machine vision more accessible to businesses. The post GenEye in a Box: Making Machine Vision Something You Can Just Ask For appeared first on GPT-Lab.