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1,060 results for “Sumatra”
Physical controls on the variability of offshore propagation of convection from Sumatra
<p>Supporting data and code for <em>Physical controls on the variability of offshore propagation of convection from Sumatra</em>, submitted to Journal of Geophysical Research: Atmospheres.</p>
Fig. 2. Betta pardalotos, ZRC 51838 in Betta Pardalotos, A New Species Of Fighting Fish (Teleostei: Osphronemidae) From Sumatra, Indonesia
Fig. 2. Betta pardalotos, ZRC 51838, paratype, 72.4 mm SL, close-up of head.
Fig. 7 in Betta Pardalotos, A New Species Of Fighting Fish (Teleostei: Osphronemidae) From Sumatra, Indonesia
Fig. 7. Map of Sumatra showing location of Betta chloropharynx (square) and B. pardalotos (circle).
Fig. 4. Betta pardalotos, MZB 10999 in Betta Pardalotos, A New Species Of Fighting Fish (Teleostei: Osphronemidae) From Sumatra, Indonesia
Fig. 4. Betta pardalotos, MZB 10999, holotype, 53.3 mm SL.
Fig. 1. Betta pardalotos, ZRC 51838 in Betta Pardalotos, A New Species Of Fighting Fish (Teleostei: Osphronemidae) From Sumatra, Indonesia
Fig. 1. Betta pardalotos, ZRC 51838, paratype, 72.4 mm SL.
Fig. 7 in Review Of Stiphodon (Gobiidae: Sicydiinae) From Western Sumatra, With Description Of A New Species
Fig. 7. Stiphodon semoni: a, male, 31.6 mm SL (ZRC 54112); b, female, 33.5 mm SL (ZRC 54112).
Fig. 9 in The Identity Of Betta Rubra (Teleostei: Osphronemidae) Revisited, With Description Of A New Species From Sumatra, Indonesia
Fig. 9. Type locality of Betta dennisyongi, remnant swamp-forest habitat in central Aceh (2009).
Fig. 5. Rasbora cephalotaenia, South Sumatra. A, ZRC 52474, 71.2 in Rasbora marinae, a new species of cyprinid fish from northwestern Borneo (Teleostei: Danionidae)
Fig. 5. Rasbora cephalotaenia, South Sumatra. A, ZRC 52474, 71.2 mm SL; B, ZRC 52474, 37.8 mm SL.
SeisSol input files of the dynamic rupture scenarios of the 2004 Sumatra-Andaman earthquake published in Ulrich et al. (2021)
<p>This dataset contains the input files of the dynamic rupture scenarios of the 2004 Sumatra-Andaman earthquake presented in:</p> <p>Ulrich, T., Gabriel, A. A., Madden, E. H. (2021). Stress, rigidity and sediment strength control megathrust earthquake and tsunami dynamics. doi: 10.31223/osf.io/s9263.<br> </p> <p><strong>supermucNG_launch_script.sh</strong>: batch script for running a dynamic rupture earthquake scenario on Supermuc NG (LRZ).<br> <br> <strong>parameters_base_slab2.par, parameters_stronger_slab2.par, parameters_weaker_slab2.par</strong>: main parameter file for the base (resp. stronger, resp. weaker sediments) scenario.<br> <br> <strong>Sumatra_material_base_slab2.yaml, Sumatra_material_stronger_slab2.yaml, Sumatra_material_weaker_slab2.yaml</strong>: easi/yaml files describing the rock elastic and visco-plastic properties for each scenario.<br> It calls <strong>Sumatra_rhomulambda.yaml</strong> for the rock elastic properties and <strong>Sumatra_initial_stress_slab2.yaml</strong> for the stress tensor spatial variations.<br> <strong>Sumatra_fault_slab2.yaml</strong>: easi/yaml file describing the spatially variable on-fault parameters for the 3 main scenarios.<br> <strong>lithostaticStress_gamma.yaml</strong>: easi/yaml file describing the variations with depth of the lithostatic pressure, and specifying the pore fluid pressure ratio.<br> <br> <strong>Sumatra_fault_slab2_1d.yaml, Sumatra_initial_stress_slab2_1d.yaml, Sumatra_material_base_slab2_1d.yaml</strong>: easi/yaml files specific to the alternative scenario, which adopts a 1D PREM velocity structure.<br> <strong>Sumatra_fault_slab2_novar.yaml, Sumatra_initial_stress_slab2_novar.yaml, Sumatra_material_base_slab2_novar.yaml</strong>: easi/yaml files specific to the alternative dynamic rupture earthquake scenario in which no regional prestress variations are considered.<br> <br> <strong>Sumatra_slab2_layers_fixed.xdmf, Sumatra_slab2_layers_fixed</strong>: mesh file.</p>
GeoClaw input files of the 2004 Sumatra-Andaman tsunami scenarios published in Ulrich et al. (2021)
<p>This dataset contains the input files of the GeoClaw scenarios of the 2004 Sumatra-Andaman tsunami presented in:</p> <p>Ulrich, T., Gabriel, A. A., Madden, E. H. (2021). Stress, rigidity and sediment strength control megathrust earthquake and tsunami dynamics. doi: 10.31223/osf.io/s9263.</p> <p><strong>runconverterLMU_WGS84.sh</strong>: contains all the steps to transform a SeisSol surface output to a Geoclaw tt3 file.<br> It uses the displacement converter of Samoa to rasterize a SeisSol surface output to NetCDF.<br> See <strong>README_build_displacement-converter.txt</strong> for the procedure to download and build the displacement converter.<br> Note that the SAMPLER (<a href="https://github.com/SeisSol/SAMPLER">https://github.com/SeisSol/SAMPLER</a>) will replace the displacement-converter in the future.<br> <br> <strong>convert_geographic_SeisSol_geom.py</strong>: to transform the geometry array of a SeisSol surface output file to the geocentric coordinate system (latitude, longitude).<br> <strong>tapperNetcdf.py</strong>: to apply a Hanning window on a NetCDF file. This prevents sharp displacement discontinuities at the limits of the region of imposed displacements, which could generate spurious waves.<br> <strong>convert_netcdf_tt3.py</strong>: to convert a NetCDF displacement file to the tt3 format (GeoClaw).<br> <br> The GeoClaw simulations require the following files:<br> <br> <strong>displacement_tt3_files.tar.gz</strong> : rasterized input files in tt3 format for 4 earthquake scenarios.<br> <strong>gebco_2019_n25.0_s-21.0_w55.0_e110.0.nc</strong>: input bathymetry and topography data in NetCDF format downloaded from https://www.gebco.net/.<br> <strong>setrun.py</strong> which defines the simulation parameters.<br> a Makefile, plateform specific see e.g. https://github.com/clawpack/geoclaw/blob/master/examples/tsunami/chile2010/Makefile<br> <strong>setplot_fig4.py</strong>: configures GeoClaw for generating outputs for figure 4. <br> <strong>setplot_animation.py</strong>: configures GeoClaw for generating outputs for the supplementary animations. <br> GeoClaw simulations are run with `make .plots`.</p>
Fig. ². Geographical distribution of 7KRWWHD EHXQJRQWDQRHK Mustaqim (.)NJ in Thottea beungongtanoeh (Aristolochiaceae), a new species Irom Aceh, northern Sumatra
Fig. ². Geographical distribution of 7KRWWHD EHXQJRQWDQRHK Mustaqim (.)NJ
Non - invasive identification of individuals of Sumatra barb Puntigrus tetrazona
<p>Non-invasive fish identification of individuals can provide new possibilities for the monitoring of fish cultivation, improve and make fish production technologies less demanding for farmers, and increase fish welfare. The aim of this research is to confirm the idea of automatic non-invasive image-based fish identification of individuals using visible features on a fish body and prove the pattern stability during the fish cultivation period. Visible patterns, such as black stripes along the body of a Sumatra barb (<em>Puntigrus tetrazona)</em>, were used for machine identification of individual fish. Two experiments were completed: A short-term experiment (43 fish) to show the uniqueness of the stripe patterns for identification, and a long-term experiment (25 fish) to test the stability of patterns during the cultivation period. The overall accuracy of classification was 100% for data collection in one day and 88% between two data collection times. This study shows that visible patterns and image processing methods can be used to automatically identify individual fish of the same species.</p>
Figure 2 in Two new genera of the subtribe Metrioxenina (Coleoptera, Belidae) from Timor and Sumatra islands
Figure 2. Distribution map of Metrioxena serricollis.
Figure 3 in Linking a gap, First record of dusky-gilled mudskipper Periophthalmus variabilis Eggert, 1935 (Perciformes: Gobiidae) in southern Sumatra, Indonesia
Figure 3. Periophthalmus variabilis, Sugihan estuary, southern Sumatra (© M. Iqbal).
Data from: Ongoing India-Eurasia collision predominantly driven by Sumatra-Java slab pull
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FIGURES 1–8. Figs. 1–2. Ropalidia binghami, female. 1. Head, frontal view. 2. Habitus. Figs. 3–4. Ropalidia parartifex, female. 1. Head, frontal view. 2. Habitus. Figs. 5–6. Ropalidia sumatrae, female. 1. Head, frontal view. 2. Habitus. Figs. 7–8. Ropalidia variegata, female. 1. Head, frontal view. 2 in Additional knowledge respecting taxonomy of the social wasp genus Ropalidia (Hymenoptera: Vespidae: Polistinae) from Vietnam, with new records of three species and an updated key to species
FIGURES 1–8. Figs. 1–2. Ropalidia binghami, female. 1. Head, frontal view. 2. Habitus. Figs. 3–4. Ropalidia parartifex, female. 1. Head, frontal view. 2. Habitus. Figs. 5–6. Ropalidia sumatrae, female. 1. Head, frontal view. 2. Habitus. Figs. 7–8. Ropalidia variegata, female. 1. Head, frontal view. 2. Habitus. Scale: 1mm
Supplementary material 4 from: Cumming RT, Bank S, Le Tirant S, Bradler S (2020) Notes on the leaf insects of the genus Phyllium of Sumatra and Java, Indonesia, including the description of two new species with purple coxae (Phasmatodea, Phylliidae). ZooKeys 913: 89-126. https://doi.org/10.3897/zookeys.913.49044
Table S4. Measurements of Phyllium gardabagusi sp. nov., holotype female, paratype males and females
Supplementary material 5 from: Cumming RT, Bank S, Le Tirant S, Bradler S (2020) Notes on the leaf insects of the genus Phyllium of Sumatra and Java, Indonesia, including the description of two new species with purple coxae (Phasmatodea, Phylliidae). ZooKeys 913: 89-126. https://doi.org/10.3897/zookeys.913.49044
File S1. Concatenated supermatrix of COI, 28S, and 16S sequences from the 21 specimens sampled (18 Phyllium and three outgroups)
Subspecies and Distribution. S. s. sacco/awnus Temminck, 1838 — Sumatra andJava. S. s. affinis Dobson, 1875 — Borneo and offshore islands including Labuan I. S. s. crassus Blyth, 1844 — S & SE Asia from India (including Great Nicobar I) and Sri Lanka to Indochina and Peninsular Malaysia. S. s. nudicluniatus De Vis, 1905 - New Guinea (including Yapen and Trobriand Is), Bismarck Archipelago (New Britain I), Solomon Is (Bougainville and Guadalcanal), and N & NE Australia (Top End and NE Queensland); possibly also on Timor I. S. s. pluto G. S. Miller, 1910 — Philippines (Luzon, Catanduanes, Mindoro, Negros, and Mindanao Is). in Emballonuridae
Subspecies and Distribution. S. s. sacco/awnus Temminck, 1838 — Sumatra andJava. S. s. affinis Dobson, 1875 — Borneo and offshore islands including Labuan I. S. s. crassus Blyth, 1844 — S & SE Asia from India (including Great Nicobar I) and Sri Lanka to Indochina and Peninsular Malaysia. S. s. nudicluniatus De Vis, 1905 - New Guinea (including Yapen and Trobriand Is), Bismarck Archipelago (New Britain I), Solomon Is (Bougainville and Guadalcanal), and N & NE Australia (Top End and NE Queensland); possibly also on Timor I. S. s. pluto G. S. Miller, 1910 — Philippines (Luzon, Catanduanes, Mindoro, Negros, and Mindanao Is).
Subspecies and Distribution. H. b. bicolor Temminck, 1834 -Borneo, Java, and W Lesser Sunda Is. H.b.atroxK.Andersen,1918—SThailand,MalayPeninsula(includingTarutaoandTiomanIs),Sumatra,andBangkaIs. H.b.erigensLawrence,1939-Philippines(Luzon,Mindoro,andBoholIs)H.b.hilliKitchener,1996—TimorI,ELesserSundas. H.b.majorK.Andersen,1918-NiasandEngganoIs,offWSumatra. H.b.selatanKitchener,1996—SavuandRotiIs,ELesserSundas. H. b. tanimbarensis Kitchener, 1996 — Tanimbar Is (Selaru). Previous records from Taiwan I, Laos, and Vietnam may prove to be misidentifications and need further verification. in Hipposideridae
Subspecies and Distribution. H. b. bicolor Temminck, 1834 -Borneo, Java, and W Lesser Sunda Is. H.b.atroxK.Andersen,1918—SThailand,MalayPeninsula(includingTarutaoandTiomanIs),Sumatra,andBangkaIs. H.b.erigensLawrence,1939-Philippines(Luzon,Mindoro,andBoholIs)H.b.hilliKitchener,1996—TimorI,ELesserSundas. H.b.majorK.Andersen,1918-NiasandEngganoIs,offWSumatra. H.b.selatanKitchener,1996—SavuandRotiIs,ELesserSundas. H. b. tanimbarensis Kitchener, 1996 — Tanimbar Is (Selaru). Previous records from Taiwan I, Laos, and Vietnam may prove to be misidentifications and need further verification.
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