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974 results for “new localities”
FIGURES 421–422. 421. All known collecting localities for Papua New Guinea Hydraena. 422 in New species (130) of the hyperdiverse aquatic beetle genus Hydraena Kugelann from Papua New Guinea, and a preliminary analysis of areas of endemism (Coleoptera: Hydraenidae) 2944
FIGURES 421–422. 421. All known collecting localities for Papua New Guinea Hydraena. 422. Ten species, representing eight species groups, with distributions exclusively shared between Areas of Endemism 1 and 5.
FIGURE 23. Collection localities for Lathys adunca Liu spec. nov., L. deltoidea Liu spec. nov., L. fibulata Liu spec. nov., L. huangyangjieensis Liu spec. nov. and L in Five new Lathys species (Araneae: Dictynidae) from South China and the first description of the male of Lathys spiralis Zhang, Hu & Zhang, 2012
FIGURE 23. Collection localities for Lathys adunca Liu spec. nov., L. deltoidea Liu spec. nov., L. fibulata Liu spec. nov., L. huangyangjieensis Liu spec. nov. and L. zhanfengi Liu spec. nov. in Jinggangshan National Natural Reserve, Jiangxi Province and distribution of L. spiralis Zhang, Hu & Zhang, 2012 in China.
FIGURE 1 in New localities of endangered Chinese turtles from museum specimens and the practical and ethical challenges using and reporting natural history collection data
FIGURE 1. Revised distribution of Platysternon megacephalum combining previously known localities (Iverson, 1992; Iverson et al., 2000) with records from the Institute of Zoology, China. Circles represent 41 previously reported localities, stars represent 11 new records.
FIGURE 2 in New localities of endangered Chinese turtles from museum specimens and the practical and ethical challenges using and reporting natural history collection data
FIGURE 2. Revised distribution of Sacalia bealei combining previously known localities (Iverson, 1992; Iverson et al., 2000) with records from the Institute of Zoology, China. Circles represent 6 previously reported localities, stars represent 5 new records.
Fig. 2 in First Precise Locality Data for Onthophagus atriglabrus Howden and Gill and New State Record for Onthophagus anewtoni Howden and Génier (Coleoptera: Scarabaeidae: Scarabaeinae) in Mexico
Fig. 2. Currently known distributions of Onthophagus atriglabrus and Onthophagus anewtoni. Previously known locality records for O. atriglabrus are from Howden and Gill (1987) and Kohlmann and Sol´ıs (2001); those for O. anewtoni are from Howden and Génier (2004).
FIGURE 1. Gastrodia longiflora from the type locality. A. Flowering plants, view from above. B. Flowering plants, side view. C. Flowers, side view. D in Gastrodia longiflora (Orchidaceae: Epidendroideae: Gastrodieae), a new mycoheterotrophic species from Ishigaki Island, Ryukyu Islands, Japan
FIGURE 1. Gastrodia longiflora from the type locality. A. Flowering plants, view from above. B. Flowering plants, side view. C. Flowers, side view. D. Flower, front view. Photographed by Hiroshi Kazui.
FIGURE 2. Rungia gialaiensis from the type locality. A. Habit, B. Plant showing branches growing from leaf axils, C in Rungia gialaiensis (Acanthaceae), a new species from the Central Highlands of Vietnam
FIGURE 2. Rungia gialaiensis from the type locality. A. Habit, B. Plant showing branches growing from leaf axils, C. Inflorescence, lateral view showing the sterile bracts, D. Flowers in front view, E. Sterile bracts, F. Fertile bracts, G. Bracteole, H. Calyx, I. Corolla (open), J. Stamens, K. Ovary and style, L. Fruit, M. Fruit (open), N. Seeds (Photos by D.V. Hai).
Figure 2 in Three new species of Callulina (Amphibia: Anura: Brevicipitidae) highlight local endemism and conservation plight of Africa's Eastern Arc forests
Figure 2. Dorsal, ventral, and laterial views, and ventral aspect, of hands and feet of the holotype of Callulina laphami sp. nov. BMNH 2002.37.
Figure 4 in Three new species of Callulina (Amphibia: Anura: Brevicipitidae) highlight local endemism and conservation plight of Africa's Eastern Arc forests
Figure 4. Dorsal, ventral, and laterial views, and ventral aspect, of hands and feet of the holotype of Callulina stanleyi sp. nov., BMNH 2000.207.
Figure 5 in Three new species of Callulina (Amphibia: Anura: Brevicipitidae) highlight local endemism and conservation plight of Africa's Eastern Arc forests
Figure 5. Colour in life of Callulina laphami sp. nov. (top left), Callulina shengena sp. nov. (bottom left and right), and Callulina stanleyi sp. nov. (top right).
Figure 3 in Three new species of Callulina (Amphibia: Anura: Brevicipitidae) highlight local endemism and conservation plight of Africa's Eastern Arc forests
Figure 3. Dorsal, ventral, and laterial views, and ventral aspect, of hands and feet of the holotype of Callulina shengena sp. nov., MTSN 9285.
Grylloblattidan insects from Sperbersbach and Cabarz (Germany), two new early Permian and insect-rich localities
<p>New fossil insect specimens from two new localities in Germany, namely Sperbersbach and Cabarz (Goldlauter Formation; early Permian), belonging to the Grylloblattida, are described. Abundant material is assigned to Pictoborella clara n. gen. n. sp., regarded as closely related to Pictoborella germanica (Prokop et al., 2012) n. comb., from the Saar-Nahe Basin (Germany; early Permian). Liomopterum fuscatum n. sp., represented by fewer specimens, is delimited based on previously published and new data on various Liomopterum spp. Two other Liomopteridae, Uralioma thuringiensis n. sp. and Liomopterites sperbersbachensis n. sp., each known from a single forewing, are also described. Finally, Cabarzopterum magnificus n. gen. n. sp., with unclear familial affinities, is described based on three forewings. The assemblages of grylloblattidan insects at Sperbersbach and Cabarz are generally similar, with differences probably related to different depositional environments and local paleoclimatic conditions.</p>
FIGURE 3. A–B in Report of Acineta euchaetae Sewell, 1951 from new locality of the Arabian Sea with notes on their taxonomy and distribution
FIGURE 3. A–B. Fully developed individuals of Acineta euchaetae (A—after Dovgal, 2002a; B —after Sewell, 1951). C–E. Stages of A. euchaetae development (after Santhakumari, 1985).
FIGURE 1 in Report of Acineta euchaetae Sewell, 1951 from new locality of the Arabian Sea with notes on their taxonomy and distribution
FIGURE 1. The map of distribution of Acineta euchaetae (the numbers of localities correspond to Table 1).
FIGURE 2. A–B in Report of Acineta euchaetae Sewell, 1951 from new locality of the Arabian Sea with notes on their taxonomy and distribution
FIGURE 2. A–B. Allocation of Acineta euchaetae on the body of Euchaeta marina. C–D. Young individuals of Acineta euchaetae.
Local phylogenetic signal in Dutch habitats and other data from Prinzing et al New Phytologist 2021
<p>The functioning of present ecosystems reflects deep evolutionary history of locally co-occurring species if their functional traits show high phylogenetic signal (PS). However, we do not understand what drives local PS. We hypothesize that local PS is high in undisturbed and stressful habitats – either due to ongoing local assembly of species that maintained ancestral traits, or past evolutionary maintenance of ancestral traits within habitat species-pools, or both.</p> <p>We quantified PS and diversity of 10 traits within 6704 local plant communities across 38 Dutch habitat types differing in disturbance or stress.</p> <p>Mean local PS varied 50-fold among habitat types, often independently of phylogenetic or trait diversity. Mean local PS decreased with disturbance but showed no consistent relationship to stress. Mean local PS exceeded species-pool PS, reflecting non-random subsampling from the pool. Disturbance or stress related more strongly to mean local than to species-pool PS.</p> <p>Disturbed habitats harbour species with evolutionary divergent trait values, likely driven by ongoing, local assembly of species: environmental fluctuations might maintain different trait values within lineages through an evolutionary storage effect. If functional traits do not reflect phylogeny, ecosystem functioning might not be contingent on the presence of particular lineages, and lineages might establish evolutionarily novel interactions.</p>
FIGURE 2. Localities where Amphithyrus muratus and A in Hyperiids (Amphipoda, Hyperiidea) collected during the TALUD cruises in western Mexico. 5. Family Amphithyridae, with the description of a new species of Amphithyropsis Zeidler
FIGURE 2. Localities where Amphithyrus muratus and A. sculpturatus were captured during this survey.
FIGURE 2 in A new species of the fossil genus Electrotrichia (Insecta: Trichoptera: Hydroptilidae) from Rovno amber (Zhytomyr region, Olevsk locality)
FIGURE 2. Electrotrichia rasnitsyni sp. nov. A, Male paratype, dorsal view. B, Male type genital structures on ventrolateral view. Scale bars = 0.5 mm in A; 0.05 mm in B.
FIGURE1. Map showing the sampling localities and distribution of all valid Korean species identified and described so far. The black line between Stations 6a and 6b represents a man-made road with no gap for water entry from either side. Stations 1 to 15 refer to the study sites in Vakati et al. (2019), station 16 refers to the study site in Kim et al. (2017). in -On- two- new- species- of- Nannopus- Brady,- 1880- (Copepoda:- Harpacticoida Nannopodidae)-from-intertidal-mudflats-of-the-Korean-west-coast-(Yellow-Sea)
FIGURE1. Map showing the sampling localities and distribution of all valid Korean species identified and described so far. The black line between Stations 6a and 6b represents a man-made road with no gap for water entry from either side. Stations 1 to 15 refer to the study sites in Vakati et al. (2019), station 16 refers to the study site in Kim et al. (2017).
FIGURE 1. Localities from the ANDEEP stations, with X in New subgenus and new species of marine benthic ostracods of genus Doloria (Ostracoda; Myodocopina) from the Southern Ocean
FIGURE 1. Localities from the ANDEEP stations, with X+ number indicating localities where Doloria was recorded and X (without number) indicating localities where Doloria was not recorded in the samples.
ScienceDex guides
Understand access before you commit
These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.