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9,029 results for “Asia”
Figure 16 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 16. Aleuromarginatus sulawesiensis Dubey sp. nov., holotype puparium: (a) dorsal and ventral views; (b) cephalic margin; (c) thoracic tracheal pore area; (d) abdominal subdorsal area; (e) abdominal segments, depressions, submedian setae; (f) posterior abdominal area; (g) vasiform orifice.
Figure 15 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 15. Aleuromarginatus sulawesiensis Dubey sp. nov., holotype puparium, line drawings: (a) dorsal and ventral views; (b) margin; (c) abdominal segments, depressions, setae; (d) vasiform orifice; (e) legs and antenna. VS- ventral setae.
Figure 13 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 13. Aleuromarginatus similis Dubey sp. nov., holotype puparium, line drawings: (a) dorsal view, tubercles, setae; (b) margin, submargin; (c) abdominal segments, submedian setae; (d) vasiform orifice; (e) prothoracic legs, antennae; (f) ventral setae (vasiform orifice area in dotted lines), spiracles.
Figure 14 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 14. Aleuromarginatus similis Dubey sp. nov., holotype puparium: (a) dorsal view, tubercles, setae; (b) abdominal segments I–IV; (c) margin, submargin; (d) abdominal segments V–VIII; (e) posterior abdominal area; (f) vasiform orifice; (g) ventral setae; (h) antenna, female; (i) prothoracic leg, antenna, male.
Figure 11 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 11. Aleuromarginatus martini Dubey sp. nov.: (a) adult male; (b) antenna, compound eye; (c) abdominal wax plates; (d) lingula, genitalia.
Figure 12 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 12. Aleuromarginatus martini Dubey sp. nov.: (a) adult female; (b) antenna, compound eye; (c) abdominal wax plates, lingula; (d) genitalia.
Figure 8 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 8. Aleuromarginatus littoralis Dubey sp. nov., determined puparium: (a) cephalothorax, dorsal setae; (b) abdomen, dorsal setae; (c) thoracic tracheal comb; (d) thoracic segments, submedian setae; (e) posterior abdominal area; (f) vasiform orifice; (g) prothoracic leg, antenna; (h) ventral setae.
Figure 9 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 9. Aleuromarginatus martini Dubey sp. nov., holotype puparium: (a) dorsal view; (b) antenna; (c) abdominal segments I and II, submedian pores; (d) posterior abdominal area.
Figure 7 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 7. Aleuromarginatus littoralis Dubey sp. nov., determined puparium, line drawings: (a) cephalothorax, dorsal setae, legs, antenna; (b) abdomen, dorsal setae; (c) margin; (d) vasiform orifice; (e) prothoracic leg, antenna.
Figure 6 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 6. Aleuromarginatus glandulis Dubey sp. nov., holotype puparium: (a) dorsal and ventral views; (b) cephalothorax, eye spots; (c) abdominal segments, wax glands; (d) thoracic tracheal comb; (e) vasiform orifice; (f) ventral fold, setae.
Figure 5 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 5. Aleuromarginatus glandulis Dubey sp. nov., holotype puparium, line drawings: (a) dorsal view; (b) thoracic tracheal comb; (c) vasiform orifice, stipples (ventral); (d) legs, antenna.
Figure 10 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 10. Aleuromarginatus martini Dubey sp. nov., holotype puparium, line drawings: (a) dorsal view; (b) margin; (c) abdominal segments, sutures; (d) eye spots on prothorax; (e) vasiform orifice, posterior abdominal setae; (f) eighth abdominal setae; (g) eye spot on lateral longitudinal line. Arrow – eye spot.
Figure 4 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 4. Aleuromarginatus frim Dubey sp. nov., holotype puparium: (a) dorsal view; (b) abdominal segments, submedian setae; (c) cephalothorax, thoracic tracheal comb; (d) vasiform orifice.
Figure 19 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 19. Paramarginatus sarawakensis Dubey gen. and sp. nov., holotype puparium, line drawings: (a) dorsal view; (b) margin; (c) abdominal segments, wax glands; (d) vasiform orifice, lingula.
Figure 17 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 17. Aleuromarginatus sulawesiensis Dubey sp. nov., adult male: (a) habitus; (b) compound eye; (c) antenna; (d) abdominal segments, wax plates; (e) genitalia.
Figure 3 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 3. Aleuromarginatus frim Dubey sp. nov., holotype puparium, line drawings: (a) cephalothorax; (b) abdomen; (c) margin; (d) abdominal segments, setae; (e) vasiform orifice.
Figure 1 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 1. Aleuromarginatus asymmetricis Dubey sp. nov., holotype (a, c, d) and paratype (b) puparium, line drawings: (a) dorsal and ventral views; (b) abdominal depressions, setae; (c) posterior abdominal area, caudal setae; (d) legs and antenna.
Figure 2 in Six new species of Aleuromarginatus Corbett, 1935 and Paramarginatus sarawakensis Dubey gen. and sp. nov. (Hemiptera: Aleyrodidae) from Southeast Asia
Figure 2. Aleuromarginatus asymmetricis Dubey sp. nov., holotype (b, c, h) and paratype puparium (a, d–g) puparium: (a) dorsal view; (b) dorsal and ventral views; (c) margin, thoracic tracheal pore area; (d) cephalothorax; (e) abdominal segments, depressions, submedian setae; (f) posterior abdominal area, vasiform orifice; (g) caudal fold, ventral setae; (h) antenna, prothoracic leg.
Historical biogeography and character-mapping of Hiptage (Malpighiaceae) corroborate Indochina's rainforests as one of the main sources of plant diversity in Southeastern Asia
<p>In Malpighiaceae,<b> </b><i>Hiptage</i> represents one of the seven past dispersal events from the Neotropics to the Paleotropical region, being by far the most widely diversified and distributed genus of Paleotropical Malpighiaceae. In this study, we tested the monophyly of the current infrageneric classification of <i>Hiptage</i> with a dated and calibrated molecular phylogeny. We also reconstructed ancestral areas to elucidate which route led to the colonization of Southeast Asia by the most recent common ancestor (MRCA) of this genus (Mainland or Indian routes). The pre-existing infrageneric classification of <i>Hiptage</i> was recovered as non-monophyletic due to being solely based on homoplasic morphological characters, such as the presence and number of sepal nectar glands. Regarding its biogeography, the MRCA of <i>Hiptage</i> arose in the rainforests of southeast Asia ca. 24.0 Mya and greatly diversified in this region. Few lineages have dispersed eastward to the pacific islands or westwards to India. Based on our results, we hypothesize that the MRCA of <i>Hiptage</i> did not take the Indian route to reach Southeastern Asia. Instead, it reached this region by past mainland forest connections between North America-Europe (Boreotropical hypothesis) and southeast Asia. Nonetheless, distribution ranges for the species of <i>Hiptage</i> must be carefully revised, and the five species of <i>Hiptage</i> endemic to India must also be sampled so we can properly test which route led the MRCA of <i>Hiptage</i> to reach Southeast Asia in the early Miocene.</p>
Megafruit and megafauna diversity are positively associated, while megafruit traits are related to abiotic factors, in Tropical Asia
<p class="Body"><b>Aim</b></p> <p class="Body">For tens of millions of years, herbivorous megafauna were abundant across the globe, fulfilling important ecological roles including seed dispersal. Megafruits are very large fruits that are dispersed most effectively by megafauna. However, megafruits also occur in ecosystems where megafauna are extinct or were never present, emphasizing our incomplete understanding of megafauna-megafruit relationships. Here we use the complex biogeography of tropical Asia to investigate how megafruit diversity and traits are associated with the diversity of megafauna, smaller animals, and abiotic factors.</p> <p class="Body"><b>Location</b></p> <p class="Body">Tropical Asia, from the Indian subcontinent in the west to tropical China in the north to the Maluku archipelago (Indonesia) in the east.</p> <p class="Body"><b>Time period</b></p> <p class="Body">Late Pleistocene to the present day.</p> <p class="Body"><b>Major taxa studied</b></p> <p class="Body">Megafauna (body weight >500 kg) that consume fruits, including stegodons, elephants, rhinoceroses, giant tapirs, and large bovids. Fleshy-fruited plant species across the region with a fruit width >40 mm (i.e., megafruits).</p> <p class="Body"><b>Methods</b></p> <p class="Body">We compiled a list of all megafruits along with selected plant, fruit, and seed traits in 16 subregions across tropical Asia. We explored biogeographic patterns in megafruit diversity and traits in relation to the diversities of past and present megafauna, large- and medium-sized animals and abiotic factors (mean temperature, mean precipitation, precipitation seasonality, insularity).</p> <p class="Body"><b>Results</b></p> <p class="Body">We identified 496 megafruits in tropical Asia. Megafruit diversity was highest in subregions with high megafaunal diversity, particularly extant species. Megafruit traits were influenced most strongly by abiotic factors (mainly temperature and land area), and weakly by megafauna and smaller dispersers.</p> <p class="Body"><b>Main conclusions</b></p> <p class="Body">Our results are consistent with megafauna maintaining or responding to megafruit diversity, but variation in megafruit traits is primarily associated with abiotic factors. Given the massive megafaunal losses in tropical Asia since the Late Pleistocene, it is important to identify fruit traits that can increase megafauna-dependence and thus vulnerability to these losses.</p>
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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.