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41 results for “blackflies”
Cameroonian blackflies (Diptera: Simuliidae) harbour a plethora of (RNA) viruses
<p>Fasta file (blackfly_viral_genomes.fasta) with identified virus sequences in Cameroonian blackflies and a corresponding table with their taxonomy when possible (taxonomy_data.tsv). Viruses were identified with geNomad v1.7.0 and Diamond blastx v2.0.11 with the NCBI nr database (accessed 23-03-2023).</p> <p>We also included a fata file with all assembled sequences across all blackfly samples (blackfly.all.fasta)</p>
Fig. 2 in Biocontrol of citrus blackfly, Aleurocanthus woglumi Ashby (Homoptera: Aleyrodidae), by spraying Aschersonia sp. conidia collected from infected nymphs in Quintana Roo, Mexico
Fig. 2. (a) Epizootic caused by Aschersonia sp. on citrus blackfly nymphs afer conidia application on 30 ha in Jose Maria Morelos, Quintana Roo, Mexico (late Nov 2018); (b) presence of Aschersonia sp. on citrus blackfly nymphs (Sep to Nov 2020) without conidia application in Jose Maria Morelos, Quintana Roo, Mexico. Photographs provided by Cipriano Villarreal-Rizo.
Fig. 1 in Biocontrol of citrus blackfly, Aleurocanthus woglumi Ashby (Homoptera: Aleyrodidae), by spraying Aschersonia sp. conidia collected from infected nymphs in Quintana Roo, Mexico
Fig. 1. (a) Aschersonia sp. conidia application site, Jose Maria Morelos, Quintana Roo, Mexico; (b) selection of citrus blackfly nymphs infected with Aschersonia sp. from citrus leaves; (c) conidia extraction with a needle from infected nymphs; (d) conidia suspension; (e) selected citrus leaves with citrus blackfly nymphs uninfected with Aschersonia sp. for conidia application; (f) citrus blackfly nymph infection by Aschersonia sp. and mycelia development afer fungus application in 30 leaves infested with citrus blackfly nymphs in Jose Maria Morelos locality at 7 d afer application; (g) at about 55 d afer application. Photographs provided by Cipriano Villarreal-Rizo.
Figs 6–8 in A new species of Xenomyia Malloch, 1921 (Diptera: Muscidae) from South Africa, a probable natural antagonist of blackflies (Diptera: Simuliidae)
Figs 6–8. Xenomyia osculata sp. n. ♂ (paratype). 6. Sternite 5, dorsal view. 7. Hypandrium and aedeagus, lateral view. 8. Hypandrium and some aedeagal processes, dorsal view. a - epiphallus; b - phallapodeme; c - postgonite (paramere); d - praegonite (gonopod).
Figs 3–5 in A new species of Xenomyia Malloch, 1921 (Diptera: Muscidae) from South Africa, a probable natural antagonist of blackflies (Diptera: Simuliidae)
Figs 3–5. Xenomyia osculata sp. n. ♂ (paratype). 3. Head, lateral view. 4. Fore femur, posterior view. 5. Wing.
Fig. 11 in A new species of Xenomyia Malloch, 1921 (Diptera: Muscidae) from South Africa, a probable natural antagonist of blackflies (Diptera: Simuliidae)
Fig. 11. Xenomyia osculata sp. n. ♀ (paratype). Ovipositor, dorsal view. t - tergite; c -cercus.
Data from: An integrated analysis of mammalophilic blackflies in the <em>Simulium variegatum</em> group (Diptera: Simuliidae) in Laos
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Data from: Aquatic hitchhikers: examining the phoretic associations between blackfly (Diptera: Simuliidae) and mayfly (Ephemeroptera: Heptageniidae, Tricorythidae) larvae in Kenyan river ecosystems
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FIGURE 3 in Blackflies (Diptera: Simuliidae) in Croatia: species richness, distribution and relationship to surrounding countries
FIGURE 3. Comparison of Croatian blackfly assemblage with faunas of surrounding countries. Surface area (km): Italy (301,338 km²), Slovenia (20,273 km²), Hungary (93,030 km²), SRB = Serbia (88,361 km²), Bosnia and Herzegovina (51,197 km²), Croatia (56,594 km2).
PLATE 18. FIGURES 213– 220 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 18. FIGURES 213– 220. Pupal gill filaments of: 213: S. clavibranchium (gill variation, Brazil, São Paulo State, S. José do Barreiro, Nascente na Fazenda S. Sebastião da Cachoeira); 214: S. diversibranchium; 215: S. inaequale specimen from Brazil, São Paulo State; 216: S. maranguapense (after Pessoa et al., 2005); 217: S. margaritatum; 218: S. mariavulcanoae; 219: S. rappae holotype; 220: S. rappae (common pattern of gill configuration). Arrows indicate different ends of the gill filaments. [Scale bar given for all figures except for figures 215 and 219].
PLATE 15. FIGURES 194–199 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 15. FIGURES 194–199. Male paramere and median sclerite of: 194: S. botulibranchium; 195: S. petropoliense; 196: S. souzalopesi paratype; 197: S. clavibranchium; 198: S. diversibranchium (as S. missionum holotype); 199: S. inaequale (as S. clarki paratype).
PLATE 21. FIGURES 235–239 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 21. FIGURES 235–239. Pupal gill filaments of: 235: S. subnigrum; 236–239: S. travassosi– 236: holotype; 237: common pattern, Brazil, São Paulo State, S. José do Barreiro; 238, 239: gill variation, Brazil, São Paulo State, S. José do Barreiro. Arrows indicate different branching, enlargement and end of the gill filaments.
PLATE 12. FIGURES 148–167 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 12. FIGURES 148–167. Color patterns for male thorax. For each species first figure is with anterior illumination and second figure with posterior illumination: 148, 149: S. botulibranchium; 150, 151: S. petropoliense (in spirit); 152, 153: S. souzalopesi paratype; 154, 155: S. clavibranchium; 156, 157: S. diversibranchium (as S. missionum holotype); 158, 159: S. inaequale (as S. clarki paratype); 160, 161: S. margaritatum (after Pepinelli et al., 2006); 162, 163: S. rappae; 164, 165: S. subnigrum; 166, 167: S. travassosi.
PLATE 14. FIGURES 183–193 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 14. FIGURES 183–193. Male ventral plate of: 183: S. botulibranchium; 184: S. petropoliense; 185: S. souzalopesi; 186: S. clavibranchium; 187: S. diversibranchium (as S. missionum holotype); 188: S. inaequale (as S. clarki paratype); 189: S. margaritatum (modified after Pepinelli et al., 2006); 190: S. mariavulcanoae; 191: S. rappae; 192: S. subnigrum, 193: S. travassosi.
PLATE 11. FIGURES 134–147 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 11. FIGURES 134–147. Female genital fork of: 134: S. botulibranchium; 135: S. petropoliense; 136: S. souzalopesi; 137: S. clavibranchium; 138: S. diversibranchium; 139: S. inaequale (as S. clarki paratype); 140: S. lurybayae holotype; 141: S. maranguapense (after Pessoa et al., 2005); 142: S. margaritatum; 143: S. mariavulcanoae holotype; 144: S. parimaense (after Ramírez-Pérez et al., 1986); 145: S. rappae; 146: S. subnigrum; 147: S. travassosi.
PLATE 10. FIGURES 120–133 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 10. FIGURES 120–133. Female cercus and paraproct of: 120: S. botulibranchium; 121: S. petropoliense; 122: S. souzalopesi; 123: S. clavibranchium; 124: S. diversibranchium; 125: S. inaequale (as S. clarki paratype); 126: S. lurybayae holotype; 127: S. maranguapense (after Pessoa et al., 2005); 128: S. margaritatum; 129: S. mariavulcanoae; 130: S. parimaense (after Ramírez-Pérez et al., 1986); 131: S. rappae; 132: S. subnigrum; 133: S. travassosi.
PLATE 8. FIGURES 107–113 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 8. FIGURES 107–113. Female gonapophyses of: 107: S. botulibranchium; 108: S. petropoliense holotype; 109: S. souzalopesi; 110: S. clavibranchium; 111: S. diversibranchium; 112: S. inaequale (as S. clarki paratype); 113: S. lurybayae holotype.
PLATE 7. FIGURES 91–106 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 7. FIGURES 91–106. Color pattern for female front, mid and hind legs, respectively: 91–92: S. margaritatum (only mid and hind leg); 93, 94: S. mariavulcanoae (only mid and hind leg) holotype; 95–97: S. parimaense (after Ramírez-Pérez et al., 1986); 98–100: S. rappae; 101–103: S. subnigrum; 104–106: S. travassosi.
PLATE 13. FIGURES 168–182 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 13. FIGURES 168–182. Male gonocoxite and gonostyle of: 168, 169: S. botulibranchium; 170: S. petropoliense; 171: S. souzalopesi paratype; 172: S. clavibranchium; 173: S. diversibranchium (as S. missionum holotype); 174: S. inaequale specimens with three, apical spines; 175: S. inaequale (as S. clarki paratype), specimen with single, apical spine; 176: S. margaritatum (modified after Pepinelli et al., 2006); 177: S. mariavulcanoae paratype; 178: S. rappae; 179: S. subnigrum, specimen with single, apical spine; 180: S. subnigrum, specimen with several, apical spines; 181: S. travassosi holotype; 182: S. travassosi. Inset, detail of the apex of gonostyle at higher magnification.
PLATE 17. FIGURES 205–212 in Review of the Neotropical blackfly subgenus Chirostilbia Enderlein (Diptera: Simuliidae) based on adults and pupal morphology
PLATE 17. FIGURES 205–212. Pupal gill filaments of: 205: S. botulibranchium lectotype (left gill); 206: S. botulibranchium (variation); 207: S. petropoliense paratype; 208–210: S. petropoliense (gill variation, Brazil, Rio de Janeiro State, Petrópolis); 211: S. souzalopesi; 212: S. clavibranchium lectotype (IOC slide no. 225).
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
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