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1,060 results for “Sumatra”
FIGURE 2 in New species, diversity, systematics, and conservation assessment of the Puppet Toads of Sumatra (Anura: Bufonidae: Sigalegalephrynus)
FIGURE 2. Lateral, dorsal, and ventral views of specimens of Sigalegalephrynus in life. Holotypes of S. burnitelongensis sp. nov. (A–C, MZB.Amph.30413, SVL 22.18 mm), S. gayoluesensis sp. nov. (D–F, MZB.Amph.30411, SVL 26.49 mm), S. mandailinguensis (G–I, MZB.Amph.25736, SVL 38.01 mm), S. minangkabauensis (J–L, MZB.Amph.25738, SVL 19.32 mm), and S. harveyi sp. nov. (M–O, MZB.Amph.30412, SVL 26.36 mm).
FIGURE 1 in New species, diversity, systematics, and conservation assessment of the Puppet Toads of Sumatra (Anura: Bufonidae: Sigalegalephrynus)
FIGURE 1. Estimated phylogeny of Sigalegalephrynus based on 16S mitochondrial rRNA, depicted as a maximum-likelihood tree with bufonid outgroups. The non-bufonid outgroup—Dryophytes arenicolor is not shown.
FIG. 1. A in A recent bat survey reveals Bukit Barisan Selatan Landscape as a chiropteran diversity hotspot in Sumatra
FIG. 1. A — The location of Bukit Barisan Selatan Landscape (marked as the black star) in Southeast Asia; B — Map of 12 study sites in Bukit Barisan Selatan Landscape. Filled circles: forested sites; filled squares: polyculture coffee plantations; filled diamonds: monoculture coffee plantations; open triangle: cave site. The shaded area refers to the territory of Bukit Barisan Selatan National Park. 1 — Sukabanjar Forest; 2 — Sukaraja Forest; 3 — Way Canguk Forest; 4 — Kuyung Arang Village; 5 — Lombok Village; 6 — Pemerihan Village; 7 — Sukabanjar Village; 8 — Sukaraja Village; 9 — Sumber Rejo Village; 10 — Sidodadi Village; 11 — Sumberjaya Village; 12 — Sridadi Cave
Data from: Integrated radar and lidar analysis reveals extensive loss of remaining intact forest on Sumatra 2007–2010
Forests with high above ground biomass (AGB), including those growing on peat swamps, have historically not been thought suitable for biomass mapping and change detection using Synthetic Aperture Radar (SAR). However, by integrating L-band (λ = 0.23 m) SAR with lidar data from the ALOS and ICESat earth-observing satellites respectively, and 56 forest plots, we were able to create a forest biomass and change map for a 10.7 Mha section of eastern Sumatra that still contains high AGB peat swamp forest. Using a time series of SAR data we estimated changes in both forest area and AGB. We estimate that there were 274 ± 68 Tg AGB remaining in natural forest (≥ 20 m height) in the study area in 2007, with this stock reducing by approximately 11.4% over the subsequent 3 years. A total of 137.4 kha of the study area were deforested between 2007 and 2010; an average rate of 3.8% yr−1. The ability to attribute forest loss to different initial biomass values allows for far more effective monitoring and baseline modelling for avoided deforestation projects than traditional, optical-based remote sensing. Furthermore, given SAR's ability to penetrate the smoke and cloud which normally obscure land cover change in this region, SAR-based forest monitoring can be relied on to provide frequent imagery. This study demonstrates that even at L-band, which typically saturates at medium biomass levels (ca. 150 Mg ha−1), it is possible to make reliable estimates of not just the area but the carbon emissions resulting from land use change.
FIGURE 4 in Parakysis hystriculus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 4. Dorsal views of heads of: a. Parakysis hystriculus, MZB 10985, holotype, 27.6 mm SL; b. P. anomalopteryx, ZRC 38789, 22.7 mm SL; c. P. grandis, ZRC 42043, 28.8 mm SL; d. P. longirostris, ZRC 37733, paratype, 32.1 mm SL; e. P. notialis, CMK 20676, 28.9 mm SL; f. P. verrucosus, ZRC 17966, 27.0 mm SL.
FIGURE 5 in Parakysis hystriculus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 5. Right pelvic fin of: a. Parakysis hystriculus, ZRC 51418, paratype, 24.6 mm SL; b. P. anomalopterys, ZRC 38789, 22.7 mm SL; c. P. grandis, ZRC 39178, paratype, 29.3 mm SL; d. P. longirostris, ZRC 12164, paratype, 31.5 mm SL; e. P. notialis, ZRC 51417, 30.5 mm SL; f. P. verrucosus, ZRC 17964, 25.8 mm SL. Images not to scale.
FIGURE 2 in Parakysis hystriculus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 2. Posterior portion of bodies in: a. Parakysis hystriculus, ZRC 51418, male paratype, 26.0 mm SL (above) and ZRC 51418, female paratype, 25.7 mm SL (below); b. P. grandis, ZRC 38632, male paratype, 24.2 mm SL (above) and ZRC 39178, female paratype, 29.3 mm SL (below), showing difference in anal-fin shape. Images not to scale.
FIGURE 6 in Parakysis hystriculus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 6. Ventral views of head of: a. Parakysis hystriculus, MZB 10985, holotype, 27.6 mm SL; b. P. grandis, ZRC 42043, 28.8 mm SL, showing difference in length of accessory mandibular barbels (indicated with arrows).
FIGURE 8 in Akysis fontaneus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 8. Other species of Akysis from Sumatra: a. Akysis galeatus, ANSP 182914, paratype, 27.8 mm SL; b. A. heterurus, ZRC 51430, 24.6 mm SL; c. A. scorteus, UF 162465, paratype, 32.0 mm SL.
FIGURE 2 in Akysis fontaneus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 2. Holotype of Akysis fontaneus (right side reversed), MZB 10989, 23.5 mm SL showing live coloration.
FIGURE 7 in Akysis fontaneus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 7. Intraspecific variation in the shapes of the caudal fin in Akysis heterurus: a. ZRC 51430, 22.0 mm SL; b. ZRC 51430, 22.6 mm SL; c. ZRC 51430, 24.6 mm SL; d. ZRC 51430, 24.1 mm SL. Images not to scale.
FIGURE 5 in Akysis fontaneus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 5. Lateral views of head in: a. Akysis fontaneus, MZB 10989, holotype, 23.5 mm SL; b. A. heterurus, ZRC 51430, 24.6 mm SL, showing differences in predorsal profile. Images not to scale.
FIGURE 6 in Akysis fontaneus, a new species of catfish (Siluriformes: Akysidae) from Sumatra
FIGURE 6. Anterior views of: a. Akysis fontaneus, MZB 10989, holotype, 23.5 mm SL; b. A. heterurus, ZRC 51430, 24.6 mm SL, showing differences in predorsal profile. Postdorsal structures (e.g. pelvic and anal fins) have been erased for clarity and images are not to scale.
FIGURE 8. A–C. A in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 8. A–C. A. Acrotritia ardua (C.L.Koch, 1841) (specimen from Sepilok): A, prodorsum, lateral view. B, C. Acrotritia sterigma (Niedbała, 1998) (specimen from Niah NP.): B, prodorsum with anterior part of notogaster, lateral view; C, ventral side, right lateral view.
FIGURE 5. A–E in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 5. A–E. Hoplophthiracrus mielcareki sp. nov. (holotype): A, prodorsum, dorsal view; B, genitoaggenital and anoadanal plates; C, lateral view of body, legs and gnathosoma omitted; D, trochanter and femur of leg I; E, tibia IV.
FIGURE 3. A–E in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 3. A–E. Plonaphacarus longicarinatus sp. nov. (holotype): A, prodorsum, dorsal view; B, genitoaggenital and anoadanal plates; C, lateral view of body, legs and gnathosoma omitted; D, trochanter and femur of leg I; E, tibia IV.
FIGURE 2. A–G in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 2. A–G. Plonaphacarus heterosetosus sp. nov.(holotype): A, prodorsum, dorsal view; B, genitoaggenital plate; C, mentum of infracapitulum; D, genitoaggenital plate (paratype); E, anoadanal plate; F, lateral view of body, legs and gnathosoma omitted; G, trochanter and femur of leg I.
FIGURE 1. A–C in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 1. A–C. Mesoplophora (Parplophora) brevicarinata sp. nov. (holotype): A, prodorsum, dorsal view; B, partial ventral side; C, lateral view, legs and gnathosoma omitted.
FIGURE 9. A–G in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 9. A–G. Atropacarus (Hoplophorella) hamatus (Ewing, 1909) (specimen from Kinabalu NP.): A, prodorsum, dorsal view; B, prodorsum, lateral view; C, mentum of infracapitulum; D, genitoaggenital plate; E. anoadanal plats; F, opisthosoma, lateral view; G, trochanter and femur of leg I.
FIGURE 7. A–H in New species of ptyctimous mites (Acari, Oribatida) from Borneo and Sumatra
FIGURE 7. A–H. Notophthiracarus abacus sp. nov. (holotype): A, prodorsum, dorsal view; B, prodorsum, anterior view; C, prodorsum with anterior part of opisthosoma, lateral view; D, genitoaggenital and anoadanal plates; E, mentum of infracapitulum; F, opisthosoma, dorsal view; G, opisthosoma, lateral view; H, trochanter and femur of leg I.
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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.