Incorporating genomics into insect conservation: Butterflies as a model group

Abstract

Abstract Genomic data are not yet widely used in insect conservation practice. Here, with a focus on butterflies, we aim to identify the strengths, limitations and remaining gaps between the fields of population genomics and insect conservation management. Based on a literature search complemented with expert opinion, we discuss avenues for translating research into practice. We found that current genomic methodologies available for insect management enhance the assessment of cryptic diversity and facilitate the inference of historical population trends (temporal monitoring) by using even degraded material from historical collections. Discovering and tracking adaptive genetic variation linked to increased survival and fitness is a relatively young research field, but we highlight it as a promising tool in future insect management actions. We highlight recent case studies where population genomics have guided butterfly conservation. One conclusion from our advice from our non‐exhaustive survey of expert opinion is to establish meaningful partnerships between researchers and practitioners, starting at the stage of project planning. Genomics is an informative tool for securing legal protection of unique populations and may offer guidance in future conservation translocations and captive breeding programmes. Although insect conservation usually targets habitats, genomic guidance focusing on populations of flagship and umbrella taxa is a straightforward path to connect species‐specific and habitat conservation initiatives. We conclude that there is urgency in reporting insect conservation actions guided by genomic data, both successful and unsuccessful. This will lead to constructive feedback between fields and the establishment of standardised methodologies.