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Reporting on a qualitative study, informed by Australian Government Indigenous education and literacy policies, this article unveils early career teacher reflections about infusing Aboriginal perspectives in the English curriculum using multimodal texts. Forging a praxis between the Aboriginal practice of yarning (Bessarab & Ng'andu, 2010) and Freire's (1974, 1996) frameworks for conscientisation and teachers as facilitators, the project overlays the work of Ladson-Billings (1995) and Foster, Halliday, Baize &Chisholm (2020), to unravel how culturally responsive pedagogy manifests in early career primary school teaching. We discuss teacher starting points and challenges to be culturally responsive educators, who use appropriate Aboriginal texts in classrooms. Results suggest that yarning is useful for meeting English curriculum outcomes and for collaboratively developing decolonising knowledge, which can impact multiple stakeholders. Recommendations for future research include co-designed projects to support teacher education through multimodal texts and yarning practices with Aboriginal Elders.

Social environments impose a number of constraints on individuals' behavior. These constraints have been hypothesized to generate behavioral variation among individuals, social responsiveness, and within-individual behavioral consistency (also termed "predictability"). In particular, the social niche specialization hypothesis posits that higher levels of competition associated with higher population density should increase among-individual behavioral variation and individual predictability as a way to reduce conflicts. Being predictable should hence have fitness benefits in group-living animals. However, to date empirical studies of the fitness consequences of behavioral predictability remain scarce. In this study, we investigated the associations between social behavior, its predictability, and fitness in the eastern water dragon (Intellagama lesueurii), a wild gregarious lizard. Since this species is sexually dimorphic, we examined these patterns both between sexes and among individuals. Although females were more sociable than males, there was no evidence for sex differences in among-individual variation or predictability. However, females exhibited positive associations between social behavior, its predictability, and survival, while males exhibited only a positive association between mean social behavior and fitness. These findings hence partly support predictions from the social niche specialization hypothesis and suggest that the function of social predictability may be sex dependent. [ABSTRACT FROM AUTHOR]

Investigations into how ecotourist resorts and their visitors impact local ecosystems and their wildlife have produced mixed results. One characteristic of ecotourist infrastructure is anthropogenic noise, and especially how fluctuations of visitors contribute to it. Furthermore, we do not understand how these noise levels influence animal species richness and/or assemblages. Here, we used passive acoustic recording over nine months to quantify how variation in weekly and seasonal human activity influence local bird assemblages at a popular ecotourist resort situated on K'gari (Fraser Island), Australia, a UNESCO World Heritage site and an Important Bird Area (Birdlife International). Background noise levels were highest during peak tourist season, especially proximate to main buildings. This noise was primarily associated with machinery and vehicles, but not human voices or music. Bird species richness correlated with noise (levels and detections), but did not appear to be sensitive to peak seasons or human voices. Community composition, however, was influenced by temporal and spatial fluctuations across peak tourist seasons. This study has implications for the development and maintenance of ecotourist infrastructure attempting to support visitors seeking sightings of rare or sensitive bird species and highlights anthropogenic noise as an important consideration for the industry. [ABSTRACT FROM AUTHOR]

The Journal of Avian Biology (JAB) publishes high-quality research on birds' ecology, evolution, and behavior from around the world. To provide a more nimble format for publishing overviews in avian biology, JAB introduced the 'mini-review' article category in 2022. The journal also established the 'JAB review award' to recognize exceptional mini-review manuscripts from early career researchers, with winners receiving a 1000€ honorarium. The competition aims to highlight new developments in avian research and encourage submissions from underrepresented groups and geographic areas. [Extracted from the article]

Social structure can have significant effects on selection, affecting both individual fitness traits and population-level processes. As such, research into its dynamics and evolution has spiked in the last decade, where theoretical and computational advances in social network analysis have increased our understanding of its ecological and inheritance underpinnings. Yet, the processes that shape the formation of structure within social networks are poorly understood and the role of social avoidances unknown. Social avoidances are an alternate of social affiliation in animal societies, which, although invisible, likely play a role in shaping animal social networks. Assuming social avoidances evolve under similar constraints as affiliative behavior, we extended a previous model of social inheritance of affiliations to investigate the impact of social inheritance of avoidances on social network structure. We modeled avoidances as relationships that individuals can copy from their mothers or from their mother's social environment and varied the degrees to which individuals inherit social affiliates and avoidances to test their combined influence on social network structure. We found that inheriting avoidances via maternal social environments made social networks less dense and more modular, thereby demonstrating how social avoidance can shape the evolution of animal social networks. [ABSTRACT FROM AUTHOR]

This article is an editorial that discusses the effects of anthropogenic noise on organisms, focusing on both human and non-human species. While the negative impacts of noise on human health have been extensively studied, its effects on non-human species have received comparatively less attention. The article highlights the need for further research to understand the mechanisms and ecological consequences of noise pollution on organisms at various levels of biological organization. The editorial also introduces a research topic that includes seven papers exploring the impact of noise on behavior, multispecies effects, and community-level effects in different taxonomic groups. The goal of this research is to provide updated knowledge and guidelines for mitigating the effects of noise on organisms. [Extracted from the article]

The ability to monitor developing avian embryos and their associated vascular system via candling enables the application of important reproductive management techniques. Egg candling facilitates the confirmation of egg viability throughout the incubation process and identification of a precise position on a vein for the safe extraction of blood. Blood samples may then be analysed to retrieve vital health and genetic information to assist in conservation management. However, the thick or opaque egg shell characteristics of some avian species prevents the observation of egg contents using traditional candling methods, thus limiting management options. This paper tests a novel method of preparing thick‐shelled or opaque eggs so that traditional egg candling and blood extraction methods may be applied. Eggs from captive emu (Dromaius novaehollandiae, Latham 1790) and southern cassowary (Casuarius casuarius johnsonii, Linnaeus 1758) were obtained, and partial fenestration was performed on two areas of shell either before incubation or at ⅓ of incubation. Hatchability and weight loss were examined as a measure of effect of the fenestration process on the developing embryo. Clear observation of vascular development was successful in 97% of viable fenestrated eggs, without affecting hatchability or weight loss. Blood samples were taken from developing embryos and DNA was successfully extracted for proof of concept of this new technique. The ability to observe vascular development and monitor the developing embryo in thick and opaque eggs will significantly improve both in situ and ex situ population management options such as in ovo sexing in species of concern. Research Highlights: 1.The fenestration of two sites on the shell surface extends the use of traditional candling methods to thick and opaque eggs, without harmful effects on the embryo.2.Early observation of the vascular system in thick and opaque eggs facilitates additional reproductive technologies and improves management options. [ABSTRACT FROM AUTHOR]