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93 results for “nesting behaviour”
Figure 3 in Phylogeny and the evolution of nesting behaviour in the tribe Ageniellini (Insecta: Hymenoptera: Pompilidae)
Figure 3. Characters of female mouthparts. A–C, left maxilla, outer view: (A) Macromeris violacea; (B) Phanochilus sp.; (C) Priocnemella rufothorax. D–H, labium, posterior (D, E, G) and lateral views (F, H): (D) Priocnemis irritabilis; (E, F) Atopagenia menkei; (G, H) Auplopus blandus (Guerin, 1830). I and J, maxillary palpomeres, ventrolateral view: (I) Cyemagenia rubrozonata; (J) Auplopus carbonarius. K and L, labial palpomere I, ventrolateral view: (K) Priocnemella rufothorax; (L) Paragenia argentifrons. Scale bars: 0.5 mm. (A–H from Shimizu, 1994.)
Figure 2 in Phylogeny and the evolution of nesting behaviour in the tribe Ageniellini (Insecta: Hymenoptera: Pompilidae)
Figure 2. Macromerella honesta, nest and some aspects of behaviour. A, female transporting her prey, Thelcticopis severa. B, nest attached to underside of a leaf, and prey stored in first cell. C, female, having completed first cell. D, female building second cell by plastering a clod of mud with dorsal tip of metasoma. (Photographs by Y. Tanaka)
Data for: Chronic corticosterone deteriorates latrine and nesting behaviours in mice
<p><span>Self-care behaviours a</span><span>re actions</span><span> that help maintain good health and surroundings. For example, appropriate toileting, sleeping in the bed, and bathing and washing are among self-care behaviours in humans. Animals also perform similar self-care behaviours such as latrine, nesting, and self-grooming. Studies have shown that chronic stress disrupts nesting and self-grooming behaviours. However, the effect of chronic stress on latrine behaviour, preferential, repeated defecation at specific locations, has not yet been clarified. This study a</span><span>imed to investigate</span><span> t</span><span>he influence of </span><span>chronic corticosterone administration o</span><span>n </span><span>latrine and nesting behaviours in mice. The variation in defecation location was quantified as the degree of the latrine behaviour by using Shannon entropy. The nest quality was scored based on shape. The study showed that mice exposed to chronic corticosterone had scattered defecation sites and lower nest quality c</span><span>ompared to </span><span>the control group. Furthermore, results showed that more scattered defecation behaviour was associated with lower nest quality at an individual level. Additionally, the deterioration of these self-care behaviours was associated with depression-like behaviours </span><span>such as less open field activity and increased immobility time during the tail suspension test</span><span>.</span><span> These results suggest that chronic corticosterone deteriorates self-care behaviours such as latrine and nesting in mice. This dataset includes physiological and behavioural data of mice used in the present study.</span></p>
Figure 3 in A phylogeographical framework for Zhangixalus gliding frogs, with insight on their plasticity of nesting behaviour
Figure 3. Phylogeography of Zhangixalus, part II. For clarity, distributions are mapped separately for two sets of lineages. Stars indicate the known type localities of currently recognized species. Undescribed lineages are labelled as 'cf.', except for Zhangixalus arboreus, for which the labels provided by Matsui et al. (2019) are used. No accurate geographical information exists for the lineage Zhangixalus cf. dorsoviridis 2 (given as 'China'; see Supporting Information, Appendix S1).
Figure 1 in A phylogeographical framework for Zhangixalus gliding frogs, with insight on their plasticity of nesting behaviour
Figure 1. Time-calibrated phylogeny of Zhangixalus lineages, based on ~4 kb of mitochondrial sequences. Node sizes and darkness are proportional to branch support. Lineages are coloured according to their geographical regions. Undescribed lineages are labelled as 'cf.', except for Zhangixalus schlegelii and Zhangixalus arboreus, for which the labels provided by Matsui et al. (2019) are used. The bar graph shows the number of splitting events in the timetree in windows of 1 Myr, overlaid by the evolution of temperatures (as given by δ 18O) on Earth (red curve, adapted from Zachos et al., 2008). Photograph: Zhangixalus chenfui (S.N.L.).
Figure 2 in A phylogeographical framework for Zhangixalus gliding frogs, with insight on their plasticity of nesting behaviour
Figure 2. Phylogeography of Zhangixalus, part I. For clarity, distributions are mapped separately for three sets of lineages. Stars indicate the known type localities of currently recognized species. Undescribed lineages are labelled as 'cf.', except for Zhangixalus schlegelii, for which the labels provided by Matsui et al. (2019) are used.
Data from: The importance of competition for food and nest-sites in aggressive behaviour of Collared Flycatcher Ficedula albicollis
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The roles of temperature, nest predators and information parasites for geographical variation in egg covering behaviour of tits (Paridae)
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Data from: “Green incubation”: avian offspring benefit from aromatic nest herbs through improved parental incubation behaviour
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Data from: A high-resolution panorama camera system for monitoring colony-wide seabird nesting behaviour
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Data for: Chronic corticosterone deteriorates latrine and nesting behaviours in mice
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Data from: Supplemental food alters nest defence and incubation behaviour of an open-nesting wetland songbird
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Data from: Antipredator behavioural syndromes and nest site choice in a freshwater turtle
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Data from: Behavioural plasticity under a changing climate; how an experimental local climate affects the nest construction of the zebra finch (Taeniopygia guttata)
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Data from: Maternal nesting behaviour in city dragons: a species with temperature-dependent sex determination
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Datasets used for the publication: State-dependence explains individual variation in nest defence behaviour in a long-lived bird
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Light affects parental provisioning behaviour in a cavity-nesting Passerine
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FIGURE 25 in Description of a new species of spider wasp Genus Machaerothrix Haupt (Hymenoptera: Pompilidae) from India with reports on its host association and nesting behaviour
FIGURE 25. Distribution map of world species of Machaerothrix Haupt.
Figure 3 in Observations on the nesting behaviour of the spider wasp Eragenia congrua (Hymenoptera: Pompilidae), with the first record of the host
Figure 3. (A, B) Eragenia congrua inside the nest pulling the spider by the spinnerets; (C) opened nest of E. congrua with the host spider in the bottom and entrance closed with pieces of wood; (D) host spider with an egg (indicated by arrow) inside an opened nest of E. congrua.
Figure 2 in Observations on the nesting behaviour of the spider wasp Eragenia congrua (Hymenoptera: Pompilidae), with the first record of the host
Figure 2. (A) Spider host stored underneath a loose piece of bark (indicated by arrow) and Eragenia congrua searching for the nest entrance; (B) Eragenia congrua filling nest entrance with pieces of wood. (C) Eragenia congrua grooming a spider before storing it in the nest; (D) Eragenia congrua grasping spider by the base of chelicerae.
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.