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292 results for “bee fly”
Fig. 58 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 58. Protypusia vagans (Becker, 1906) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral.
Fig. 33 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 33. Ectopusia additivaneura (Carles-Tolrá, 2009) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Epandrium lateral. g. Female genitalia ventral.
Fig. 34 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 34. Parageron erythraeus (Greathead, 1967). a. Epiphallic complex ventral, b. Epiphallic complex lateral, c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female sternite 8 ventral.
Fig. 42 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 42. Protypusia separata Gibbs & Theodor gen. et sp. nov.a. Epiphallic complex ventral.b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral.
Fig. 41 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 41. Protypusia incisa (Wiedemann, 1830) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral.
Fig. 61 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 61. Parusia aurata (Fabricius, 1794) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Epandrium dorsal. e. Female genitalia ventral. f. Female genitalia lateral.
Fig. 57 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 57. Protypusia tewfiki (Efflatoun, 1945) gen. et comb. nov., habitus, Smithsonian Institution Archives. Image SIA2012-7892.
Fig. 45 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 45. Protypusia dimonica (Zaitzev, 1996) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral.
Fig. 44 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 44. Protypusia deserticola (Efflatoun, 1945) gen. et comb. nov. Smithsonian Institution Archives. Image SIA2012-7880.
Fig. 52 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 52. Protypusia negevi (Zaitzev, 1996) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral. h. Female sternite 8 ventral.
Fig. 53 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 53. Protypusia ornata (Engel, 1932) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral.
Fig. 47 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 47. Protypusia grisea (Paramonov, 1947) gen. et comb. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Epandrium dorsal. e. Female genitalia ventral. f. Female genitalia lateral.
Fig. 51 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 51. Protypusia modesta (Loew, 1873) gen. et comb. nov. a. Female genitalia ventral. b. Female genitalia lateral.
Fig. 38. Parageron orientalis Paramonov, 1929 stat. rev. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Epandrium lateral. g. Female genitalia ventral. h. Female sternite 8 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 38. Parageron orientalis Paramonov, 1929 stat. rev. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Epandrium lateral. g. Female genitalia ventral. h. Female sternite 8 ventral.
Fig. 56 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 56. Protypusia strymonas gen. et sp. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Epandrium lateral. g. Female genitalia ventral. h. Female genitalia lateral.
Fig. 39 in A world review of the bee fly tribe Usiini (Diptera, Bombyliidae) - Part 3: Parageron Paramonov s. lat.
Fig. 39. Protypusia argentata gen. et sp. nov. a. Epiphallic complex ventral. b. Epiphallic complex lateral. c. Gonocoxite ventral. d. Gonocoxite lateral. e. Epandrium dorsal. f. Female genitalia ventral. g. Female genitalia lateral.
Data from: Isolating the effects of floral temperature on visitation and behavior of wild bee and fly pollinators
Open the record for dataset details and reuse information.
Flying, nectar-loaded honey bees conserve water and improve heat tolerance by reducing wingbeat frequency and metabolic heat production
<p><span>Heat waves are becoming increasingly common due to climate change, making it crucial to identify and understand the capacities for insect pollinators, such as honey bees, to avoid overheating. We examined the effects of hot, dry air temperatures on the physiological and behavioral mechanisms that honey bees use to fly when carrying nectar loads, to assess how foraging is limited by overheating or desiccation. We found that flight muscle temperatures increased linearly with load mass at air temperatures of 20</span><span> or 30°C, but, remarkably, there was no change with increasing nectar loads at an air temperature of 40°C. Flying, nectar-loaded bees were able to avoid overheating at 40°C by reducing their flight metabolic rates and increasing evaporative cooling. At high body temperatures, bees apparently increase flight efficiency by lowering their wingbeat frequency and increasing stroke amplitude to compensate, reducing the need for evaporative cooling. However, even with reductions in metabolic heat production, desiccation likely limits foraging at temperatures well below bees' critical thermal maxima in hot, dry conditions.</span></p>
FIGURE 5 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 5. Eoanomala melas gen. and sp. nov. USNM # 595155. Scale bar equals 5 mm.
FIGURE 1 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 1. Anthrax succini sp. nov., USNM # 508762. Scale bar equals 2 mm.
ScienceDex guides
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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.