The 0.65(NBT-BKT)–0.35SBT ceramic possesses an ultra-high recoverable energy storage density (Wrec ∼ 4.06 J cm−3) and maintains a relatively high efficiency (η = ∼87.3%).

All pangolin species globally are now listed under Appendix I of CITES (Convention on International Trade in Endangered Species of Wild Fauna and Flora) due to escalating demand for their meat and scales, often for use in traditional medicine. While China has introduced pangolin trade restrictions, the country continues to represent the largest market and destination for pangolin products. We summarize pangolin seizure data reported in public media from 2008 to 2016, incorporating often neglected small seizures reported in Chinese. During that period, the equivalent of 65,849 pangolin individuals (23,109 individuals and 21,377 kg of scales) was recorded in 206 seizures in China. Using social network analysis, Guangzhou, Fangchenggang, and Kunming were identified as key nodes of the illegal pangolin market. Our work highlights the scale and scope of pangolin trade in China, applies novel methods for analyzing trade patterns, and offers guidance for future law enforcement and policy interventions for combatting wildlife trade internationally.

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Morphology mediates the relationship between an organism's body temperature and its environment. Dark organisms, for example, tend to absorb heat more quickly than lighter individuals, which could influence their responses to temperature. Therefore, temperature‐related traits such as morphology may affect patterns of species abundance, richness, and community assembly across a broad range of spatial scales. In this study, we examined variation in color lightness and body size within butterfly communities across hot and cool habitats in the tropical woodland–rainforest ecosystems of northeast Queensland, Australia. Using thermal imaging, we documented the absorption of solar radiation relative to color lightness and wingspan and then built a phylogenetic tree based on available sequences to analyze the effects of habitat on these traits within a phylogenetic framework. In general, darker and larger individuals were more prevalent in cool, closed‐canopy rainforests than in immediately adjacent and hotter open woodlands. In addition, darker and larger butterflies preferred to be active in the shade and during crepuscular hours, while lighter and smaller butterflies were more active in the sun and midday hours—a pattern that held after correcting for phylogeny. Our ex situ experiment supported field observations that dark and large butterflies heated up faster than light and small butterflies under standardized environmental conditions. Our results show a thermal consequence of butterfly morphology across habitats and how environmental factors at a microhabitat scale may affect the distribution of species based on these traits. Furthermore, this study highlights how butterfly species might differentially respond to warming based on ecophysiological traits and how thermal refuges might emerge at microclimatic and habitat scales.

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