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348 results for “stingless bees”
FIGURE 3 in Description of a new ant- and stingless-bee-loving species of Cryptostigma Ferris (Hemiptera: Coccomorpha: Coccidae) from Ecuador living inside internodes of Cecropia (Urticaceae), with an updated key to the adult females and first-instar nymphs of the genus
FIGURE 3. Cryptostigma cecropiaphilum Kondo & Roubik, sp. nov., adult female. Arrows in the main drawing point to leg remnants.
FIGURES 5–6. FIGURE 5. Lorryia meliponarum n in Two new species of Tydeidae (Acari: Prostigmata) associated with stingless bees
FIGURES 5–6. FIGURE 5. Lorryia meliponarum n. sp., female (holotype), gnathosoma in ventral view. FIGURE 6. Lorryia meliponarum n. sp., female (holotype), palptarsus.
FIGURE 9. Melissotydeus bipunctata n in Two new species of Tydeidae (Acari: Prostigmata) associated with stingless bees
FIGURE 9. Melissotydeus bipunctata n. sp. (A) Dorsum. (B) Ornamentation between ro and c1, reticulated area. (C) Transverse striation between d, e and f1, encircled with striae to form an oval. (D) Genital area.
FIGURE 13. Melissotydeus bipunctata n in Two new species of Tydeidae (Acari: Prostigmata) associated with stingless bees
FIGURE 13. Melissotydeus bipunctata n. sp., female (holotype), (A) leg I. (B) leg II. (C) leg III. (D) leg IV.
FIGURES 11–12. FIGURE 11. Melissotydeus bipunctata n in Two new species of Tydeidae (Acari: Prostigmata) associated with stingless bees
FIGURES 11–12. FIGURE 11. Melissotydeus bipunctata n. sp., female (holotype), gnathosoma in ventral view. FIGURE 12. Melissotydeus bipunctata n. sp., female (holotype), palptarsus.
FIGURE 7. Lorryia meliponarum n in Two new species of Tydeidae (Acari: Prostigmata) associated with stingless bees
FIGURE 7. Lorryia meliponarum n. sp., female (holotype), (A) leg I. (B) leg II. (C) leg III. (D) leg IV.
Acoustic and Microclimatic Data from Hives of a Stingless Bee Species
<p>The data consists of 9,300 audio files, each 30 seconds long, from 8 different hives of <em>Tetragonisca fiebrigi</em>. The data was collected in the city of Mariana Pimentel (30º24'08.9''S 51º35'06.5''W) from queenright hives, which had recent brood combs, pollen, and honey resources. No abnormal behaviors or stressors were observed. There is also a table containing microclimatic data (temperature and humidity) from both inside and outside the hives. Audio data was collected using AudioMoth devices, and microclimatic data was recorded using the HOBO U23 Pro v2 Temperature/Relative Humidity Data Logger. Some rows contain NA values, indicating that these variables were not collected at that time. </p>
Accelerated landing in a stingless bee and its unexpected benefits for traffic congestion
<p>To land, flying animals must simultaneously reduce speed and control their path to the target. While the control of approach speed has been studied in many different animals, little is known about the effect of target size on landing, particularly for small targets that require precise trajectory control. To begin to explore this, we recorded the stingless bee <i>Scaptotrigona depilis</i> landing on their natural hive entrance – a narrow wax tube built by the bees themselves. Rather than decelerating before touchdown as most animals do,<i> S. depilis</i> accelerates in preparation for its high precision landings on the narrow tube of wax. A simulation of traffic at the hive suggests that this counterintuitive landing strategy could confer a collective advantage to the colony by minimising the risk of mid-air collisions and thus of traffic congestion. If the simulated size of the hive entrance increases and if traffic intensity decreases relative to the measured real-world values, 'accelerated landing' ceases to provide a clear benefit, suggesting that it is only a useful strategy when target cross-section is small and landing traffic is high. We discuss this strategy in the context of<i> S. depilis'</i> ecology and propose that it is an adaptive behaviour that benefits foraging and nest defence.</p>
FIGURES 267–271. 267–269 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 267–271. 267–269. Microdon (Chymophila) angulatus male (paratype). 267. habitus dorsal; 268. habitus lateral; 269. genitalia lateral. Peradon chrysopygus female (holotype), habitus dorsal. Photo: Luca Picciau (MRSN). 271. Number of species (y-axis) per number of known specimens (x-axis) for the genera revised in the present paper.
FIGURES 246–251. Stipomorpha, male genitalia latera. 246. S in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 246–251. Stipomorpha, male genitalia latera. 246. S. simillima (holotype); 247. S. spuria (holotype); 248. S. tenuicauda (Bolivia, coll. RMNH); 249. S. trigoniformis (holotype); 250. S. wheeleri (paratype); 251. S. zophera (holotype).
FIGURES 240–245. Stipomorpha, male genitalia. 240. S in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 240–245. Stipomorpha, male genitalia. 240. S. mackiei (Surinam, coll. RMNH); 241. S. maculipennis (holotype); 242. S. mendax (holotype); 243. S. micromidas (Costa Rica, coll. INBIO); 244. S. mixta (Guyana, coll. BMNH); 245. S. panamana (holotype).
FIGURES 186–200. 186–187 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 186–200. 186–187. Stipomorpha micromidas male (Costa Rica, coll. INBIO). 186. habitus dorsal; 187. habitus lateral. 188–190. Stipomorpha micromidas female (holotype). 188. habitus dorsal; 189. habitus lateral; 190. head lateral. 191– 195. Stipomorpha mixta. 191. male (Surinam, coll. RMNH), habitus dorsal; 192. female (holotype), habitus dorsal; 193. female (holotype), habitus lateral; 194. female (holotype), head frontal; 195. female (holotype), head lateral. 196–200. Stipomorpha panamana male (holotype). 196. habitus dorsal; 197. habitus lateral; 198. head frontal; 199. head lateral; 200. wing.
FIGURES 173–185. 173–174 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 173–185. 173–174. Stipomorpha mackiei male (holotype). 173. head frontal; 174. head lateral. 175–176. Stipomorpha, alula. 175. S. mackiei; 176. S. tenuicauda. 177–181. Stipomorpha maculipennis male (holotype). 177. habitus dorsal; 178. habitus lateral; 179. head frontal; 180. head lateral; 181. wing. 182–185. Stipomorpha mendax male (holotype). 182. habitus dorsal; 183. habitus lateral; 184. head frontal; 185. head lateral.
FIGURES 163–172. 163–164 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 163–172. 163–164. Stipomorpha lacteipennis male (holotype). 163. habitus lateral; 164. head frontal. 165. Stipomorpha lanei male (Surinam, coll. RMNH), habitus dorsal. 166–167. Stipomorpha lanei female (French Guyana, coll. RMNH). 166. head frontal; 167. head dorsal. 168. Stipomorpha lanei female (holotype), habitus dorsal. Photo: American Museum of Natural History. 169–170. Stipomorpha litoralis male (holotype). 169. habitus dorsal; 170. habitus lateral. 171– 172. Stipomorpha mackiei male (holotype). 171. habitus dorsal; 172. habitus lateral.
FIGURES 142–153. 142–144 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 142–153. 142–144. Stipomorpha fallax male (holotype). 142. habitus dorsal; 143. habitus lateral; 144. head frontal. 145–148. Stipomorpha fraudator male (holotype). 145. habitus dorsal; 146. habitus lateral; 147. head frontal; 148. head lateral. 149–153. Stipomorpha goettei female. 149. (lectotype), head frontal; 150. (lectotype), head lateral; 151. (Surinam, coll. RMNH), head dorsal; 152. sternites 1–3 lateral; 153. sternites 1–3 ventral.
FIGURES 113–123. 113–117 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 113–123. 113–117. Mermerizon inbio male (holotype). 113. habitus dorsal; 114. habitus lateral; 115. head frontal; 116. head lateral; 117. wing. 118–120. Mermerizon mellosus male (holotype). 118. habitus dorsal; 119. habitus lateral; 120. head frontal. 121–123. Mermerizon mesmerizus male (holotype). 121. habitus dorsal; 122. habitus lateral; 123. head frontal.
FIGURES 124–129. 124–126. Mermerizon, male genitalia. 124. M in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 124–129. 124–126. Mermerizon, male genitalia. 124. M. inbio (holotype); 125. M. mellosus (holotype); 126. M. mesmerizus (holotype). 127. Stipomorpha apicula male (holotype), habitus dorsal. 128–129. Stipomorpha crematogastri female (holotype). 128. habitus dorsal; 129. habitus lateral.
FIGURES 212–221. 212–215 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 212–221. 212–215. Stipomorpha tenuicauda female (holotype). 212. habitus dorsal; 213. habitus lateral; 214. head frontal; 215. head dorsal. 216–219. Stipomorpha trigoniformis male (holotype). 216. habitus dorsal; 217. habitus lateral; 218. head frontal; 219. wing. 220–221. Stipomorpha wheeleri male (paratype). 220. habitus dorsal; 221. habitus lateral.
FIGURES 96–99. 96–99 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 96–99. 96–99. Hypselosyrphus trigonus female (holotype). 96. habitus dorsal; 97. habitus lateral; 98. head frontal; 99. head lateral. 100–104. Hypselosyrphus ulopodus male (holotype). 100. habitus dorsal; 101. habitus lateral; 102. head frontal; 103. head lateral; 104. wing. 105–106. Hypselosyrphus vexillipennis female (holotype). 105. habitus dorsal; 106. habitus lateral.
FIGURES 85–89. 85–87 in Taxonomic exploration of Neotropical Microdontinae (Diptera: Syrphidae) mimicking stingless bees
FIGURES 85–89. 85–87. Hypselosyrphus pingo female (holotype). 85. head frontal; 86. head lateral; 87. wing. 88–89. Hypselosyrphus pingo. 88. female (paratype), habitus dorsal; 89. male (paratype), habitus dorsal. 90. Hypselosyrphus plaumanni male (holotype), habitus dorsal. Photo: American Museum of Natural History. 91–95. Hypselosyrphus pseudorhoga female (holotype). 91. habitus dorsal; 92. habitus lateral; 93. head frontal; 94. head lateral; 95. wing.
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