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147 results for “microendemics”
FIGURE 7 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 7. Dorsal and ventral views of holotypes of (A) L. applebyi AMS R 171703, (B) L. bidoupensis AMS R 173133, (C) L. melicus MVZ 258198, (D) L. ardens sp. nov. VNMN 04707/ AMS R 176454.
FIGURE 11 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 11. Leptolalax pallidus sp. nov. in life (A) male holotype UNS 00510, (B) male paratype AMS R 177657 (C) male paratype UNS 00512, (D) ventral surface male paratype UNS 00512.
FIGURE 10 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 10. Leptolalax ardens sp. nov. in life (A) male holotype VNMN 04707/AMS R 176454, (B) male paratype AMS R 176467, (C) venter of male holotype VNMN 04707/AMS R 176454, (D) male paratype UNS 00534/AMS R 176466.
FIGURE 3 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 3. Three of the four previously described species in the Leptolalax applebyi group (A) Leptolalax applebyi (Kon Tum Province, Vietnam), (B) L. bidoupensis (Lam Dong Province, Vietnam), (C) L. melicus (Ratanakiri Province, Cambodia).
FIGURE 4 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 4. Morphometric variation and differentiation among adult male frogs in the Leptolalax applebyi group. Boxplots of (A) SVL, (B) relative tibia length (TIB/SVL), (C) relative pectoral gland size (PEC/SVL) and (D) relative tibia length (TIB/ SVL) of adult males in each molecular lineage. For all boxplots, horizontal lines within each box represent the median and boxes encompass the 75th and 25th quartiles.
FIGURE 6 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 6. Advertisement calls of species in the Leptolalax applebyi group minus L. pyrrhops (i) 10 s waveform of relative amplitude (Rel. amp.) over time, (ii) waveform and (iii) corresponding 2 s spectrogram of representative call expanded from first section shown in i for (A) L. pallidus sp. nov. holotype UNS00510, (B) L. kalonensis sp. nov. paratype IEBR A.2014.21, (C) L. maculosus sp. nov. holotype UNS 00513, (D) L. tadungensis sp. nov. AMS R 177666. For ambient temperatures during recordings, see Table 4.
FIGURE 5 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 5. Advertisement calls of species in the Leptolalax applebyi group minus L. pyrrhops (i) 10 s waveform of relative amplitude (Rel. amp.) over time, (ii) waveform and (iii) corresponding 2 s spectrogram of representative call expanded from first section shown in i for (A) L. applebyi holotype AMS R 171703, (B) L. bidoupensis paratype UNS 00101/AMS R 173135, (C) L. melicus holotype MVZ 258198, and (D) L. ardens sp. nov. paratype UNS 00534/AMS R 176466. For ambient temperatures during recordings, see Table 4.
FIGURE 9 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 9. Calling sites and representative habitats of species in the Leptolalax applebyi group. (A) L. ardens sp. nov., (B) L. kalonensis sp. nov., (C) L. maculosus sp. nov.. (D) stream in Kon Ka Kinh National Park, Gia Lai Province, where L. ardens sp. nov. males were observed 1-2 m from stream, calling under leaf-litter, (E) downstream from dry section of stream in Bidoup Nui Ba National Park, Lam Dong Province, where L. pallidus sp. nov. were observed calling, (F) dry stream bed in Song Luy Watershed Forest, Binh Thuan Province, where calling L. kalonensis sp. nov. were collected, and (G) dry stream bed in Ta Dung Forest, Dak Nong Province, where L. tadungensis sp. nov. were calling and collected.
FIGURE 8 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 8. Dorsal and ventral views of holotypes of (A) L. pallidus sp. nov. UNS00510, (B) L. kalonensis sp. nov. IEBR A.2014.14, (C) L. maculosus sp. nov. UNS00513, (D) L. tadungensis sp. nov. UNS00516. Scale bar = 5 mm.
FIGURE 13 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 13. Leptolalax maculosus sp. nov. in life (A) dorsolateral view of male holotype UNS 00513, (B) anteroventral view of male holotype UNS 00513, (C) male holotype AMS R 177660, (D) female paratype UNS 00514.
FIGURE 1 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 1. Map showing the localities where specimens in the Leptolalax applebyi group were collected in Cambodia and Vietnam. Colours of localities assigned based on molecular lineages. Paler areas are higher elevation. Dark grey lines show country boundaries, pale grey lines show watershed boundaries and blue lines show rivers.
FIGURE 2 in Five new, microendemic Asian Leaf-litter Frogs (Leptolalax) from the southern Annamite mountains, Vietnam
FIGURE 2. Maximum-likelihood (ML) tree based on 16S ribosomal RNA mitochondrial gene sequences for the Leptolalax applebyi group (colored region) and outgroups. Bayesian inference (BI) produced near-identical topology. Numbers on branches are ML bootstrap values and Bayesian posterior probabilities. Lineages 3, 5, 6–9 correspond to those identified in Rowley et al. (2015).
Fig. 6 a–d in A third microendemic to the Iwokrama Mountains of central Guyana: a new "cryptic" species of Allobates Zimmerman and Zimmerman, 1988 (Anura: Aromobatidae)
Fig. 6 a–d Vocalisation of Allobates amissibilis sp. nov., holotype. a Oscillogram showing five calls emitted between silent intervals (sequence of 24 seconds). b Spectrogram of the same sequence. c Oscillogram of a
Fig. 5 in A third microendemic to the Iwokrama Mountains of central Guyana: a new "cryptic" species of Allobates Zimmerman and Zimmerman, 1988 (Anura: Aromobatidae)
Fig. 5 Allobates amissibilis sp. nov. Ventral views of the female allotype (IRSNB 4156, left), and a male paratype (IRSNB 4158, right), showing sexually dimorphic throat colouration. Photographs by P.J.R.K. Grid squares 5 mm
Fig. 9 a–c in A third microendemic to the Iwokrama Mountains of central Guyana: a new "cryptic" species of Allobates Zimmerman and Zimmerman, 1988 (Anura: Aromobatidae)
Fig. 9 a–c Distribution and habitat of Allobates amissibilis sp. nov. a Map of the Iwokrama Forest Reserve in Guyana. Black rectangle Iwokrama Mountains (enlarged in b). The line crossing the Reserve is the road between Linden and Lethem. b The two sites where the new species was collected in the Iwokrama Mountains. Triangle Type
Fig. 4 in A third microendemic to the Iwokrama Mountains of central Guyana: a new "cryptic" species of Allobates Zimmerman and Zimmerman, 1988 (Anura: Aromobatidae)
Fig. 4 Allobates amissibilis sp. nov. Left hand (left), and left foot (right) of the male holotype (IRSNB 4155). Photographs by P.J.R.K. Bar 5 mm
Fig. 8 a in A third microendemic to the Iwokrama Mountains of central Guyana: a new "cryptic" species of Allobates Zimmerman and Zimmerman, 1988 (Anura: Aromobatidae)
Fig. 8 a Vocalisation of Allobates amissibilis sp. nov., holotype. Slightly expanded oscillogram and spectrogram of one note, showing frequency modulation (slightly modulated upward). b Comparison between 1 s-call sequences (showing dominant frequency only) of three morphologically similar Guiana Shield Allobates species (a) Allobates amissibilis sp. nov. from Turu Falls, Guyana (holotype, IRSNB 4155)
FIG. 1 in A New Green Salamander in the Southern Appalachians: Evolutionary History of Aneides aeneus and Implications for Management and Conservation with the Description of a Cryptic Microendemic Species
FIG. 1. Population structuring in Aneides aeneus (Castaneides) as identified using 12 microsatellite loci and TESS. (A) Results of running TESS assuming the number of populations (K) ranges from two through six. Each column represents an individual, and the colors in each bar indicate the population each individual is assigned to. The height and color of each bar represents the admixture proportion for that individual. Results for a single run are shown. (B) Representation of best-fit (K ¼ 4) TESS results in geographic space. Samples are shown as pie charts, with colors corresponding to the populations identified in A, and the fractions corresponding to each sample's admixture proportions.
FIG. 4 in A New Green Salamander in the Southern Appalachians: Evolutionary History of Aneides aeneus and Implications for Management and Conservation with the Description of a Cryptic Microendemic Species
FIG. 4. Images representing Aneides aeneus (A) and A. caryaensis (B). Aneides caryaensis is characterized by smaller and less connected lichen-like patches of bright green to yellowish-green pigment.
FIG. 3 in A New Green Salamander in the Southern Appalachians: Evolutionary History of Aneides aeneus and Implications for Management and Conservation with the Description of a Cryptic Microendemic Species
FIG. 3. Nuclear phylogenies as estimated by (A) SVDquartets and (B) RAxML. Filled circles denote nodes with support values.95%, empty circles denote nodes with support values.90%, and all other nodal support values are indicated as text. Numbered/colored circles enclosing monophyletic groups in the trees indicate species as identified by PTP when applied to the best tree identified by RAxML. Support for these species are as follows: 1) 44%, 2) 82%, 3) 50%. Low support values for the HNG are due to zero branch lengths (see Fig. S4; see Data Accessibility). Corresponding circles are similarly shown on the tree inferred by SVDquartets. However, PTP was not applied to this phylogeny as SVDquartets does not yet infer branch lengths. See Data Accessibility for tree files.
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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)
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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.