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348 results for “stingless bees”
FIGURES 76–84. 76–80 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 76–84. 76–80. Hypselosyrphus maurus male (holotype). 76. habitus dorsal; 77. habitus lateral; 78. head frontal; 79. head lateral; 80. wing. 81–82. Hypselosyrphus maurus female (paratype). 81. habitus dorsal; 82. habitus lateral. 83–84. Hypselosyrphus pingo female (holotype). 83. habitus dorsal; 84. habitus lateral.
FIGURES 72–75. 72–73 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 72–75. 72–73. Hypselosyrphus helvus female (holotype). 72. head frontal; 73. head lateral. 74–75. Hypselosyrphus marshalli (photographs by S.A. Marshall). 74. female (holotype), habitus; 75. male, habitus.
FIGURES 63–71. 63–66 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 63–71. 63–66. Hypselosyrphus amazonicus female (holotype). 63. habitus dorsal; 64. habitus lateral; 65. scutellum; 66. wing. 67. Hypselosyrphus anax male (holotype), habitus dorsal. Photo: American Museum of Natural History. 68–69. Hypselosyrphus corbiculipes female (holotype). 68. habitus dorsal; 69. habitus lateral. 70–71. Hypselosyrphus helvus female (holotype). 70. habitus dorsal; 71. habitus lateral.
FIGURES 130–141. 130–133 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 130–141. 130–133. Stipomorpha crematogastri female (holotype). 130. head frontal; 131. head lateral; 132. puparium dorsal; 133. puparium lateral. 134–137. Stipomorpha dichromata female (holotype). 134. habitus dorsal; 135. habitus lateral; 136. head frontal; 137. head lateral. 138–141. Stipomorpha elcopala male (holotype). 138. head frontal; 139. habitus lateral; 140. habitus dorsal; 141. wing.
FIGURES 22–31. 22 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 22–31. 22. Carreramyia tigrina (holotype), scutellum. 23. Carreramyia megacephalus male (Costa Rica, coll. RMNH), genitalia lateral. 24–28. Ceratophya argentinensis female (holotype). 24. habitus dorsal; 25. habitus lateral; 26. head frontal; 27. head lateral; 28. wing. 29–31. Ceratophya carinifacies female (holotype). 29. habitus dorsal; 30. abdomen dorsal; 31. abdomen lateral.
FIGURES 11–21. 11–12. Carreramyia megacephalus. 11 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 11–21. 11–12. Carreramyia megacephalus. 11. head male lateral; 12. head female frontal (Costa Rica, coll. RMNH). 13–16. Carreramyia megacera female (holotype). 13. habitus dorsal; 14. habitus lateral; 15. head lateral; 16. wing. 17–21. Carreramyia tigrina female (holotype). 17. habitus dorsal; 18. habitus lateral; 19. head frontal; 20. head lateral; 21. head dorsal.
FIGURES 42–54. 42–47. Ceratophya panamensis. 42 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 42–54. 42–47. Ceratophya panamensis. 42. male holotype (above) & female paratype (photo: American Museum of Natural History); 43. female, head frontal; 44. female, head lateral; 45. male, wing; 46. male, scutellum; 47. male, hind tarsus. 48–54. Ceratophya scolopus male (holotype). 48. habitus dorsal; 49. habitus lateral; 50. abdomen posterodorsal; 51. head frontal; 52. wing; 53. scutellum; 54. apex of hind tibia with basitarsus, lateral.
FIGURES 233–239. Stipomorpha, male genitalia. 233. S in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 233–239. Stipomorpha, male genitalia. 233. S. fraudator (holotype); 234. S. goettei (Surinam, coll. RMNH); 235. S. guianica (Surinam, coll. RMNH); 236. S. inarmata (holotype); 237. S. lacteipennis (lectotype); 238. S. lanei (Surinam, coll. RMNH); 239. S. litoralis (holotype).
FIGURES 32–41. 32–35 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 32–41. 32–35. Ceratophya carinifacies female (holotype). 32. head frontal; 33. head lateral; 34. puparium lateral; 35. puparium dorsal. 36–41. Ceratophya notata male (holotype). 36. habitus dorsal; 37. habitus lateral; 38. head frontal; 39. head lateral; 40. wing; 41. scutellum.
FIGURES 1–10. 1. Rhoga sepulchrasilva male, head lateral. 2–7 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 1–10. 1. Rhoga sepulchrasilva male, head lateral. 2–7. Carreramyia flava female (holotype). 2. habitus dorsal; 3. habitus lateral; 4. head frontal; 5. head lateral; 6. wing; 7. basoflagellomere. 8–10. Carreramyia megacephalus male (Costa Rica, coll. M. Hauser). 8. habitus dorsal; 9. habitus lateral; 10. head frontal.
FIGURES 107–112. 107 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 107–112. 107. Hypselosyrphus vexillipennis female (holotype), head frontal. 108–112. Hypselosyrphus, male genitalia. 108. H. amazonicus (Peru. coll. RMNH); 109. H. anax (holotype); 110. H. maurus (holotype); 111. H. pingo (paratype); 112. H. ulopodus (holotype) (dashed lines indicate missing part in specimen).
FIGURES 55–62. 55–57. Ceratophya, male genitalia. 55. C in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 55–62. 55–57. Ceratophya, male genitalia. 55. C. notata (holotype); 56. C. panamensis (holotype); 57. C. scolopus (holotype). 58–62. Hypselosyrphus amazonicus male (Peru, coll. RMNH). 58. habitus dorsal; 59. habitus lateral; 60. head frontal; 61. head lateral; 62. wing.
FIGURES 222–232. 222–224. Stipomorpha wheeleri. 222 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 222–232. 222–224. Stipomorpha wheeleri. 222. male (paratype), head frontal. 223. female (holotype), habitus dorsal; 224. female (holotype); habitus lateral. 225–227. Stipomorpha zophera male (holotype). 225. habitus dorsal; 226. habitus lateral; 227. head frontal. 228–229. Stipomorpha, tergites 1 & 2 dorsal. 228. S. mendax; 229. S. mixta. 230–232. Stipomorpha, male genitalia lateral. 230. S. apicula (holotype); 231. S. elcopala (holotype); 232. S. fallax (holotype).
FIGURES 154–162. 154–157 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 154–162. 154–157. Stipomorpha guianica (Surinam, coll. RMNH). 154. male, habitus dorsal; 155. male, habitus lateral; 156. male, head frontal; 157. female, habitus dorsal. 158–161. Stipomorpha inarmata male (holotype). 158. habitus dorsal; 159. habitus lateral; 160. head frontal; 161. wing. 162. Stipomorpha lacteipennis male (holotype), habitus dorsal.
FIGURES 201–211. 201–203 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 201–211. 201–203. Stipomorpha puerilis female (holotype). 201. habitus dorsal; 202. habitus lateral; 203. head frontal. 04–208. Stipomorpha simillima male (holotype). 204. habitus dorsal; 205. habitus lateral; 206. head frontal; 207. head lateral; 208. wing. 209–211. Stipomorpha spuria male (holotype). 209. habitus dorsal; 210. habitus lateral; 211. face frontal.
FIGURES 261–266. 261–264 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 261–266. 261–264. Ubristes jaguarinus male (holotype). 261. habitus dorsal; 262. habitus lateral; 263. head frontal; 264. head lateral. 265–266. Ubristes, male genitalia lateral. 265. S. flavitibia (holotype); 266. S. jaguarinus (holotype).
FIGURES 252–260. 252–255 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 252–260. 252–255. Ubristes flavitibia male (holotype). 252. habitus dorsal; 253. habitus lateral; 254. head frontal; 255. head lateral. 256–260. Ubristes ictericus (holotype). 256. habitus dorsal; 257. habitus lateral; 258. tergite 2 dorsal; 259. head frontal; 260. head lateral.
Data from: Honey bees are the most abundant visitors to Australian watermelon but native stingless bees are equally effective as pollinators
<p><span>Despite the benefits of a diverse approach to crop pollination, global food production remains reliant on a low diversity of managed pollinators, especially </span>the European honey bee (<em>Apis mellifera</em>). To facilitate more robust pollinator management and improve the resilience of the production system, it is necessary to understand regional variation in the pollination ecology of global food crops. Watermelon (<em>Citrullus lanatus</em> (Thunb.) Matsum. & Nakai) is a highly insect pollinator-dependent crop and even though it is grown globally across many different climate zones, little is known about its pollination ecology across the diverse growing regions of Australia, spanning from the tropics to the arid zone. We compared the species composition, visitation rates, and effectiveness of the dominant floral visitors on 15 farms across five major watermelon-growing regions of Australia. We found that insect species composition differed significantly among regions, but honey bees were the dominant watermelon flower visitor, with relative abundance varying from 73 - 94%. However, native bees (including stingless bees <em>Tetragonula</em> sp., and bees from Families Megachilidae, and Halictidae such as <em>Lasioglossum</em>, <em>Homalictus</em>, <em>Lipotriches</em>), and flies (particularly Syrphidae sp.) also visited and transferred pollen onto watermelon flowers. In particular, native stingless bees were common visitors in several growing regions and deposited similar amounts of pollen to honey bees. Our findings indicate that the Australian watermelon industry utilizes honey bees, but the diverse assemblage of available native pollinating taxa provides an additional opportunity for growers in specific growing regions. These native taxa may be encouraged in the production system by deploying managed populations (e.g. native stingless bee colonies), employing pollinator-safe land management practices, as well as exploring methods for increasing the efficiency of managed honey bee colonies.</p>
Data from: Genetic differentiation in the stingless bee, Scaptotrigona xanthotricha Moure, 1950 (Apidae, Meliponini): a species with wide geographic distribution in the Atlantic rainforest
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Data from: Honey bees are the most abundant visitors to Australian watermelon but native stingless bees are equally effective as pollinators
Open the record for dataset details and reuse information.
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