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Supplementary material 1 from: Antonova V, Marinov MP (2021) Red wood ants in Bulgaria: distribution and density related to habitat characteristics. Journal of Hymenoptera Research 85: 135-159. https://doi.org/10.3897/jhr.85.61431
Supplementary Field Form
Figure 5 from: Antonova V, Marinov MP (2021) Red wood ants in Bulgaria: distribution and density related to habitat characteristics. Journal of Hymenoptera Research 85: 135-159. https://doi.org/10.3897/jhr.85.61431
Figure 5 A histogram of F. lugubris nest density and exposure. The frequency distribution of the nest number recorded at any particular direction is represented by different colours. For better visualisation, zero values are excluded.
Camera traps Red deer exhibit spatial and temporal responses to hiking activity
<p>Outdoor recreation has the potential to impact the spatial and temporal distribution of animals. We explore interactions between red deer (Cervus elaphus) and hikers along a popular hiking path in the Scottish Highlands. We placed camera traps in transects at different distances (25, 75 and 150 metres) from the path to study whether distance from hiker activity influences the number of deer detected. We compared this with the detection of red deer in an additional, spatially isolated area (one km away from any other transects and the hiking path). We collected count data on hikers at the start of the path and explored hourly (red deer detection during the day), daily, diurnal (day vs night), and monthly spatial distributions of red deer. Using Generalized Linear Mixed Models with forward model selection, we found that the distribution of deer changed with the hiking activity. We found that fewer red deer were detected during busy hourly hiking periods. We found that during the day, more red deer were detected at 150m than at 25m. Moreover, during the day, red deer were detected at a greater rate in the isolated area than around the transects close to the path and more likely to be found close to the path at night. This suggests that avoidance of hikers by red deer, in this study area, takes place over distances greater than 75m and that red deer are displaced into less disturbed areas when the hiking path is busy. Our results suggest that the impact of hikers is short-term, as deer return to the disturbed areas during the night.</p>
Explosion of red-supergiant stars: Influence of the atmospheric structure on shock breakout and early-time supernova radiation
<p>Model spectra from <a href="https://ui.adsabs.harvard.edu/abs/2017A%26A...605A..83D">Dessart, Hillier & Audit 2017, A&A, 605, 83</a>.</p>
Fig. 53. Triainoceratidae from the Red Ironstone Formation, all reproduced from d in The pharciceratid ammonoids from the Roteisenstein Formation of Dillenburg (Cephalopoda, Ammonoidea)
Fig. 53. Triainoceratidae from the Red Ironstone Formation, all reproduced from d'Archiac & de Verneuil (1842). A. Sandbergeroceras costatum (d'Archiac & de Verneuil, 1842). B. Sandbergeroceras incertum (d'Archiac & de Verneuil, 1842). C. Sandbergeroceras tuberculosum (d'Archiac & de Verneuil, 1842). Scale bar units = 1 mm.
The Binary Fraction of Red Supergiants
<p>The percentage of massive main sequence OB stars in binary systems is thought to be as high as 100%. However, very few Galactic binary red supergiants (RSGs) have been identified, despite the fact that these stars are the evolved descendants of OB stars. As shown in our recent paper, binary RSGs will likely have B-type companions, as dictated by stellar evolution. Such a system will have a very unique photometric signature due to the shape of the spectral energy distribution. After observing candidate RSG+B star binaries in the Local Group Galaxies of M31, M33, and the Magellanic Clouds we discovered over 250 new systems. We are now in the process of determining the binary frequency of RSGs as a function of metallicity.</p>
Fig. 1 in A taxonomic revision of the Palaearctic members of the Formica rufa group (Hymenoptera: Formicidae) - the famous mound-building red wood ants
Fig. 1: Formica rufa, gyne; paramedian surface of the dorsum of first gaster tergite.
FIGURE 17 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 17. Subadult of Bryaninops yongei and parasitic copepod, Red Sea. Photo by J.E. Randall.
FIGURE 16 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 16. Bryaninops yongei, Ras Mohammed, Sinai Peninsula, Egypt. Photo by J.E. Randall.
FIGURE 14 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 14. Bryaninops tigris, Hurghada, Egypt. Photo by S. Kahlbrock.
FIGURE 15. Bryaninops yongei, 25 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 15. Bryaninops yongei, 25 mm SL, Shaab Sharm, Egypt. Photo by S.V. Bogorodsky.
FIGURE 13 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 13. Bryaninops ridens, Brayka Bay, Marsa Alam, Egypt. Photo by S.V. Bogorodsky.
FIGURE 12 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 12. Bryaninops natans, Brayka Bay, Marsa Alam, Egypt. Photo by S.V. Bogorodsky.
FIGURE 11 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 11. Bryaninops loki, Seven Brothers Islands, Gulf of Aden. Photo by J.E. Randall.
FIGURE 9. Bryaninops loki, BPBM 41003, 15.4 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 9. Bryaninops loki, BPBM 41003, 15.4 mm SL, Sanganeb Atoll, Sudan. Photo by S.V. Bogorodsky.
FIGURE 8 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 8. Bryaninops loki, paratype, ROM 42738, 15.3 mm SL, Chagos Archipelago. Photo by T. Suzuki.
FIGURE 10 in Gobiid fishes of the genus Bryaninops from the Red Sea, with description of two new species and two new records
FIGURE 10. Bryaninops loki, Ras Bob, southeast Sinai Peninsula. Photo by J.L. Rose.
FIGURE 1 in A review of the blennioid fish family Tripterygiidae (Perciformes) in the Red Sea, with description of Enneapterygius qirmiz, and reinstatement of Enneapterygius altipinnis Clark, 1980
FIGURE 1. Map of the Red Sea showing localities mentioned in the text.
FIGURE 3. Enneapterygius altipinnis, M in A review of the blennioid fish family Tripterygiidae (Perciformes) in the Red Sea, with description of Enneapterygius qirmiz, and reinstatement of Enneapterygius altipinnis Clark, 1980
FIGURE 3. Enneapterygius altipinnis, M (A) grey form; (B) green form. Photos by S.V. Bogorodsky.
FIGURE 6 in A review of the blennioid fish family Tripterygiidae (Perciformes) in the Red Sea, with description of Enneapterygius qirmiz, and reinstatement of Enneapterygius altipinnis Clark, 1980
FIGURE 6. Enneapterygius qirmiz sp. nov., M, Angarosh Reef. Photo by S.V. Bogorodsky.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
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.