Hybridization by introgression (“hybridization”) is a complex topic in conservation. Many conservation decision-makers are concerned about hybridization by introgression because it may threaten species persistence or local phenotypes, among other potential long-term problems. While attitudes have changed towards hybridization as a conservation threat, there are still concerns about hybridization as a problem, particularly if the hybridization was anthropogenically mediated. I propose that these concerns are overblown and that it is misguided to focus on whether hybridization is unintentionally human-mediated. I argue (...) that practitioners should still consider the effects of hybridization on conservation, but the reasons should concern the long-term environmental consequences, such as ecological function and social and cultural that hybridization has, rather than whether humans “caused” the hybrid. I propose a series of steps to think differently about these cases. (shrink)

Venomous snakebite is a neglected tropical disease and disease of poverty, affecting hundreds of thousands of people annually. The only effective medical intervention for snakebite is antivenom, produced primarily using captive venomous snakes as a source of venom. This paper analyzes snakes’ welfare at venom labs within this global health context. I recommend significant changes to improve the welfare of captive snakes, particularly in light of recent ethological research and attention on snakes. These recommendations are broadly consequentialist, aiming to improve (...) the lives of the snakes and ensure that people have increased access to affordable antivenom. (shrink)

Natural history specimens were collected for diverse reasons, but modern, and likely future, uses often diverge from why they were collected. For example, specimens are sometimes integrated into conservation decision-making, where some practitioners claim that specimens may be necessary or extremely important for conservation in general. This is an overstatement. To correct this, I engage with the current literature on specimen collection to show that while specimens have epistemic shortcomings, they can be useful for conservation projects depending on the questions (...) or values of scientists and conservation decision-makers. This modest approach acknowledges that specimens provide a unique information channel while demarcating where and when values intercede into conservation planning. In light of the specimen’s utility for future, sometimes unknown, projects, I also make recommendations for modern specimen collection. (shrink)