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687
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687 results for “Central Mexico”
Figs 98-101 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 98-101: Pristaulacus triclora. 98 Head, front. 99 Head, dorsal. 100 Mesosoma, lateral. 101 Mesosoma, dorsal.
Figs 72-76 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 72-76: Pristaulacus punctum. 72 Head, front. 73 Head, dorsal. 74 Mesosoma, lateral. 75 Mesosoma, dorsal. 76 Wings.
Figs 53-58 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 53-58: Pristaulacus maculatus. 53 Head, dorsal. 54 Head, front. 55 Head, lateral. 56 Forewing. 57 Mesosoma, dorsal. 58 Mesosoma, lateral.
Figs 34-38 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 34-38: Aulacus whartoni. 34 Head, front. 35 Head, dorsal. 36 Mesosoma, lateral. 37 Mesosoma, dorsal. 38 Tarsal claw.
Figs 18-21 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 18-21: Aulacus costaricensis. 18 Head, front. 19 Head, dorsal. 20 Mesosoma, lateral. 21 Mesosoma dorsal.
Figs 5-10 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 5-10: Aulacus ochreus. 5 Head, dorsal. 6 Head, front. 7 Head, lateral. 8 Forewing. 9 Mesosoma, dorsal. 10 Mesosoma, lateral.
Figs 87-92 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 87-92: Pristaulacus torridus. 87 Head, front. 88 Head, dorsal. 89 Mesosoma, lateral. 90 Mesosoma dorsal. 91 Wings. 92 Posterior portion of mesosoma and mid- and hind coxae.
Figs 22-25 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 22-25: Aulacus heredia. 22Xead, front. 23Xead, dorsal. 24 Mesosoma, lateral. 25 Mesosoma, dorsal.
Figs 67-71 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 67-71: Pristaulacus virga. 67 Head, front. 68 Head, dorsal. 69 Mesosoma, lateral. 70 Mesosoma, dorsal. 71 Wings.
Figs 45-48 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 45-48: Pristaulacus argutus. 45 Head, front. 46 Head, dorsal. 47 Mesosoma, lateral. 48 Mesosoma, dorsal.
Figs 59-62 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 59-62: Pristaulacus ruficollis. 59 Head, front. 60 Head, dorsal. 61 Mesosoma, lateral. 62 Mesosoma, dorsal.
Figs 63-66 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 63-66: Pristaulacus auricomus. 63 Head, front. 64 Head, dorsal. 65 Mesosoma, lateral. 66 Mesosoma, dorsal.
Figs 49-52 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 49-52: Pristaulacus tria. 49 Head, front (partially obscured by pin). 50 Head, dorsal. 51 Mesosoma lateral. 52 Mesosoma, dorsal.
Figs 14-17 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 14-17: Aulacus veracruz. 14 Head, front. 15 Head, dorsal. 16 Mesosoma, lateral. 17 Mesosoma, dorsal.
Figs 83-86 in Aulacidae of the southwestern United States, Mexico, and Central America (Hymenoptera)
Figs 83-86: Pristaulacus aquilus. 83 Head, front. 84 Head, dorsal. 85 Mesosoma, lateral. 86 Mesosoma dorsal.
Figure 1 in First quantitative data on the ectoparasitic mites of Sceloporus torquatus (Squamata) from the Ecological Reserve of Pedregal de San Angel in Central Mexico
Figure 1 Parasitic mites associated withSceloporus torquatus in the REPSA, Mexico City. A – Argasidae, Ornithodoros talaje. B-C, Pterygosomatidae, scale bars 200 μm: B – Geckobiella pelaezi; C – Geckobiella texana. D, Trombiculidae,Eutrombicula alfreddugesi, scale bars 80 μm: D – Ventral view, E – Dorsal view.
Figure 2 in First quantitative data on the ectoparasitic mites of Sceloporus torquatus (Squamata) from the Ecological Reserve of Pedregal de San Angel in Central Mexico
Figure 2 Prevalence, abundance, and mean intensity of four species of mites that infest the lizard Sceloporus torquatus in the Reserva Ecológica del Pedregal de San Ángel, Mexico City. Error bars denote confidence intervals (84%). Different letters indicate statistically significant differences.
FIG. 4 in Lichen community assemblages and functional traits as indicators of vegetation types in central Mexico, based on herbarium specimens
FIG. 4. — Community weighted mean proportions of functional traits for each vegetation type: A, growth forms; B, substrate; C, reproductive structure types; D, photobionts.
FIG. 3 in Lichen community assemblages and functional traits as indicators of vegetation types in central Mexico, based on herbarium specimens
FIG. 3. — Ordination and clustering of lichen communities from the different vegetation types: A, non-parametric multidimensional scaling (NDMS); B, cluster analysis dendrogram. The sites Cerro el Capulín and Cerro Juan el Grande show different affinities in both analyses (part of the xerophytic shrubland in the NDMS, but more similar to the Quercus L. forest in the dendrogram, labeled as the Xerophytic-Quercus group in the latter).
FIG. 5 in Lichen community assemblages and functional traits as indicators of vegetation types in central Mexico, based on herbarium specimens
FIG. 5. — Non-metric Multidimensional Scaling analysis of lichen community functional traits and environmental variables in three vegetation types. * (p <0.05) and ** (p <0.005) represent the significance of functional traits related to the Xerophytic shrubland (X), Subtropical shrubland (S), and Quercus L. forest (Q).
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
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OpenNeuro
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