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FIGURES 67–74. 67 in A review of present knowledge of larvae of the Calopterygoidea (Zygoptera) of the Oriental realm, including keys to families and known genera
FIGURES 67–74. 67. Anisopleura subplatystyla, caudal gills dorsal view (original drawing). 68. Bayadera strigata, caudal gills dorsal view, (drawn from Yang & Orr 2024). 69. Euphaea decorata, caudal gills dorsal view (drawn from Xu 2017). 70. Euphaea superba, caudal gills dorsal view (redrawn from Wu et al. 2017). 71. Bayadera strigata: male genital apophyses; ventral (left), right lateral (right), (drawn from Yang & Orr 2024). 72. Euphaea decorata, male genital apophyses; ventral view (drawn from Xu 2017). 73. Euphaea superba, terminal processes of palpal lobe ventral view (movable hook truncated), (redrawn from Wu et al. 2017). 74. Anisopleura furcata, left labial palp showing terminal processes of palpal lobe, dorsal view (redrawn from Keetapithchayakul et al. 2024).
FIGURES 52–56. 52 in A review of present knowledge of larvae of the Calopterygoidea (Zygoptera) of the Oriental realm, including keys to families and known genera
FIGURES 52–56. 52. Caliphaea angka, habitus (based on Yang et al. 2021). 53. Vestalis gracilis, habitus (redrawn from Rattanachan et al. 2022). 54. Neurobasis chinensis, habitus (original drawing). 55. Matrona basilaris, habitus (drawn from Wang et al. 2017). 56. Echo uniformis, habitus (redrawn from Lieftinck 1965).
FIGURES 57–60. 57 in A review of present knowledge of larvae of the Calopterygoidea (Zygoptera) of the Oriental realm, including keys to families and known genera
FIGURES 57–60. 57. Dysphaea gloriosa, habitus (drawn from Nguyen et al. 2024). 58. Bayadera strigata, habitus (drawn from Yang & Orr 2024). 59. Euphaea decorata, habitus. (drawn from Xu 2017). 60. Anisopleura furcata, habitus (drawn from Keetapithchayakul et al. 2024).
FIGURE S1 in A new genus of the tribe Blondeliini (Diptera: Tachinidae: Exoristinae) from the Oriental Region with morphological and molecular evidence
FIGURE S1. Bayesian inference (BI) tree inferred from combined white, 16S, 28S, and CAD (in order) gene data. Branch support is indicated by Bayesian posterior probabilities.
FIGURE 2. A–G in A new species of Quercus, section Lobatae (Fagaceae) from the Sierra Madre Oriental, Mexico
FIGURE 2. A–G. Some representative leaves of biennial species of Acutifoliae group. A. Quercus meavei; B. Q. grahamii; C. Q. conspersa; D. Q. xalapensis; E. Q. skinneri; F. Q. albocincta; G. Q. uxoris.
FIGURE 1. A–G. Quercus meavei. A in A new species of Quercus, section Lobatae (Fagaceae) from the Sierra Madre Oriental, Mexico
FIGURE 1. A–G. Quercus meavei. A. Branchlet with leaves and fruits; B. Fasciculate trichome from one of the secondary vein axils; C. Fruit; D. Bud; E–G. Variants of leaves.
FIGURE 4 in Dahlia tamaulipana (Asteraceae, Coreopsideae), a new species from the Sierra Madre Oriental biogeographic province in Mexico
FIGURE 4. Floral diversity of the genus Dahlia in the Sierra Madre Oriental biogeographic province and surrounding areas in Mexico. A. D. australis (Sherff) P.D. Sørensen. B–C. D. coccinea Cav. D. D. cuspidata Saar, P.D. Sørensen & Hjert. E. D. dissecta S. Watson. F. D. linearis Sherff. G. D. merckii Lehm. H. D. mollis P.D. Sørensen. I. D. neglecta Saar. J. D. scapigera (A. Dietr.) Knowles & Westc. K. D. scapigeroides Sherff. L. D. spectabilis Saar & P.D. Sørensen. M. D. tamaulipana Reyes, Islas & Art. Castro. N. D. tenuicaulis P.D. Sørensen. O. D. tubulata P.D. Sørensen. Photographs: Aarón Rodríguez (A, D–K), Arturo Castro-Castro (B–C, N, O), Arturo Mora Olivo (M) and José Arturo de Nova Vázquez (L).
FIGURE 3. Mitotic metaphase I in Dahlia tamaulipana (Asteraceae, Coreopsideae), a new species from the Sierra Madre Oriental biogeographic province in Mexico
FIGURE 3. Mitotic metaphase I cell from root apical meristems of Dahlia tamaulipana Reyes, Islas & Art. Castro (2n= 2x= 32).
FIGURE 1 in Dahlia tamaulipana (Asteraceae, Coreopsideae), a new species from the Sierra Madre Oriental biogeographic province in Mexico
FIGURE 1. Dahlia tamaulipana Reyes, Islas & Art. Castro. A. Habit. B. Rhizome and tuberous roots. C. Detail of stem transversal cut and node. D. Leaf upper surface. E. Lateral view of a head and involucre. F. Front view of a head. G. Ray. H. Disc florets variations. I. Gynoecium and androecium details. J. Lateral view of a mature head. K. Dorsal and ventral view of cipsela. Illustrated by Silvia Saucedo Heredia "Canela", based on type material.
FIGURE 2 in Dahlia tamaulipana (Asteraceae, Coreopsideae), a new species from the Sierra Madre Oriental biogeographic province in Mexico
FIGURE 2. Distribution map of the genus Dahlia in the Sierra Madre Oriental (SMOR) biogeographic province, Mexico. Ecological regionalization according to Morrone et al. (2017). A. Distribution detail of Dahlia in SMOR, except for D. coccinea. B. Distribution of D. coccinea in SMOR. C. Distribution detail of D. tamaulipana in the municipalities of Tamaulipas.
FIGURE 7 in Endemic vascular plants of the Sierra Madre Oriental, Mexico
FIGURE 7. The main difference between the polygon of Cervantes-Zamora et al. (1990) and Rzedowski (2015) of the Sierra Madre Oriental is the amount of sedimentary substrate they cover.
FIGURE 6 in Endemic vascular plants of the Sierra Madre Oriental, Mexico
FIGURE 6. The vegetation with the most endemic plant species are temperate forest (417 species) (A), follow by xeric shrubland (309 species) (B), cloud forest (116 species) (C), oak shrubland also named chaparral (111 species) (D), gypsophyllous vegetation (65 species) (E), tropical forest (44 species) (F), submontane shrubland (38 species) (G), alpine meadow (25 species) (H), and grassland (including halophytic grassland) (I) (10 species). (All photographs by the first author.)
FIGURE 5 in Endemic vascular plants of the Sierra Madre Oriental, Mexico
FIGURE 5. Families with the most endemic species in some risk category in the IUCN Red List (2004), and NOM-059-SEMARNAT- 2010 (SEMARNAT 2010).
FIGURE 1 in Endemic vascular plants of the Sierra Madre Oriental, Mexico
FIGURE 1. Map of the Physiographic Provinces of México (A), and Sierra Madre Oriental physiographic province (B) of CervantesZamora et al. (1990).
FIGURE 8 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 8. Clypeocaenis oligosetosa Soldán, 1983 (A, B) and Clypeocaenis multisetosa Soldán, 1978 (C, D). A, C. High magnification view of microtrichia on the dorsal surface of operculate gills. B, D. Microtrichia band on the ventral side of operculate gills. Scale bars: A = 20 μm; C = 50 μm; B, D = 100 μm.
FIGURE 11 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 11. Clypeocaenis multisetosa Soldán, 1978, from Xe Nou River, Xe Bang Hieng River, and outlet Stream of Nam Xouang Resurvoir in Lao PDR, A. Abdominal terga II–VII. B. Operculate gill. C, D. Eggs. Scale bars: A, B = 500 μm; C, D = 100 μm.
FIGURE 7 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 7. Clypeocaenis oligosetosa Soldán, 1983 from Xe Nou River, Lao PDR, A. Forefemur. B. Foreclaw. C. Mid claw. D. Hind claw. E. Operculate gill. F–G. Eggs, arrow indicate the micropyle. Scale bars: A, E = 400 μm; B–D, F = 100 μm; G = 50 μm.
FIGURE 4 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 4. Clypeocaesni laosensis sp. nov., A. Abdominal terga VI–X. B. Tergum II. C. Sternum IX. D. Operculate gill, dorsal view. E. Higher magnification of the operculate gill, dorsal view. F. Spatulate setae on the medial ridge. G. Operculate gill, viewed from the ventral side. Scale bars: A, D, G = 500 μm; B = 100 μm; C, F = 200 μm; E = 50 μm.
FIGURE 3 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 3. Clypeocaenis laosensis sp. nov., A. Foreleg. B. High magnification view setae of transverse row forefemur. C. Forecoxa. D. Foreclaw. E. Mid leg. F. Mid claw. G. Hind leg. H. Hind claw. Scale bars: A, E, G = 500 μm; B = 300 μm; C = 200 μm; D, F, H = 100 μm.
FIGURE 2 in Contribution to the genus Clypeocaenis Soldán, 1978 (Ephemeroptera: Caenidae) from Lao People's Democratic Republic with a key to Oriental species
FIGURE 2. Clypeocaenis laosensis sp. nov., A. Head capsule, viewed dorsally. B. Labrum. C. Mandibles. D. Maxillae. E. Hypopharynx. F. Labium. Scale bars: A = 500 μm; B–D = 200 μm; E = 100 μm; F = 300 μm.
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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)
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.
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.