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Forest soil and leaf litter support diverse arthropod mesofauna for which diversity dynamics is challenging to study due to the high number of species and specimens, small body size and limited taxonomic knowledge.Immature stages (larvae) are even harder to identify than adults, as their morphology is largely unknown. Therefore, larvae are often ignored, even though they may form a substantial proportion of specimens collected, are less mobile than adults and their exclusion may provide an incomplete diversity profile.Here, we use Oxford Nanopore DNA barcoding to investigate whether the inclusion of larvae provides a more complete taxonomic, phylogenetic and functional diversity profiles in leaf litter beetles (Coleoptera) from a subtropical forest in Taiwan.Our results indicate that larvae represent up to 38% of beetle specimens per sample, but most of them belong to 2–3 common species. Larvae of most beetle species are rarely collected repeatedly or in multiple specimens, possibly due to special habitat requirements or high seasonality.Taxonomic, phylogenetic and incidence‐based functional diversity measures were not affected by the exclusion of larvae in the Staphylinidae dataset but were strongly biased in all‐beetle dataset, especially when only common or abundant species were considered. Taxonomic beta diversity was not affected by the omission of larvae.Our results indicate that immature stages may be omitted in ecological studies of arthropods in case both adults and larvae co‐occur in the same habitat, and the sites are sampled repeatedly. Caution is needed (1) in groups in which larvae and adults do not inhabit the same environment or strongly differ in biology, (2) when rare species are omitted or (3) when functional diversity is calculated from abundance data. [ABSTRACT FROM AUTHOR]

Simple Summary: The paper corrects a mistake in the identification of Formosozoros newi Chao & Chen, 2000, described in Zoraptera. F. newi is characterized by extremely long cerci and tarsi with a long first tarsomere; the latter character has not been recognized in any other extant or fossil Zoraptera. Based on the morphological comparisons of diagnostic characters, we here identified Formosozoros newi as the 1st-instar nymph of an earwig (Dermaptera). Zoraptera shows extreme uniformity in general body morphology, with the exception of Formosozoros (=Zorotypus) newi Chao & Chen, 2000, which stands out in terms of the shape and arrangement of its legs, the cerci, and several other morphological characters. After critical evaluation, we found that this species is not a zorapteran but is instead a nymph (1st instar) of an earwig; i.e., F. newi is a dermapteran. Because of the lack of morphological descriptions of Dermaptera nymphs that would allow species identification, and because the type material of F. newi is lost, a more detailed classification is not possible. We therefore propose that the genus name Formosozoros Chao & Chen, 2000 and the species name Formosozoros newi Chao & Chen, 2000 are nomina dubia. [ABSTRACT FROM AUTHOR]

Allen Chun's book, "From Social Visibility to Political Invisibility: The School in Nationalist Taiwan as a Fulcrum for an Evolving World Ethos," explores the role of schools in the creation of nation-states in East Asia. Chun argues that the Chinese Nationalist government used schools as a means to anchor moral education and promote a Chinese cultural identity in Taiwan. The book examines the political context of postwar Taiwan and the ways in which schools were used to culturalize, socialize, and militarize individuals into following moral discipline. It also discusses the decline of the Sinicization program in Taiwan and the emergence of a Taiwanese identity. While the book focuses on education in Taiwan, it may be seen as China-centric by some Taiwan specialists. However, it provides valuable insights into the formation of the Taiwanese identity and the cultural and social policies that influenced the political process. [Extracted from the article]