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FIGURE 17 in A new species of Lasioseius (Acari: Blattisociidae) from Brazil with morphological and DNA barcode data
FIGURE 17. Maximum Likelihood analysis showing position of the Lasioseius foliatisetus n. sp. and its relationships with other Mesostigmata species based on sequences of the CytB gene. Numbers above the branches indicate bootstrap values based on 1000 replications
FIGURE 18 in A new species of Lasioseius (Acari: Blattisociidae) from Brazil with morphological and DNA barcode data
FIGURE 18. Maximum Likelihood analysis showing position of the Lasioseius foliatisetus n. sp. and its relationships with other Mesostigmata species based on sequences of the 28S 1–3 domain gene. Numbers above the branches indicate bootstrap values based on 1000 replications
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>
Data from: An interactive key to Central European species of the Pteromalus albipennis species group and other species of the genus (Hymenoptera: Chalcidoidea: Pteromalidae), with the description of a new species
<p>Here we provide the complete set of files used by <a href="https://doi.org/10.3897/BDJ.6.e27722">Klimmek and Baur (2018</a>, see References section below for the complete citation) for constructing the Xper3 key. In particular, we provide the following documents:</p> <p>- Pteromalus_albipennis_group-Xper3_key_CSV_file_C31EBC58D7853C45B9CEC06C6BEF7104.csv: Data matrix of morphologic characters in CSV file format.</p> <p>- Pteromalus_albipennis_group-Xper3_key_SDD_file_C31EBC58D7853C45B9CEC06C6BEF7104.xperience.sdd.xml: Data matrix of morphologic characters in SDD/XML file format.</p> <p>- Pteromalus_albipennis_group_Xper3_key_IMAGES.zip: Complete set of images, grouped according to the original folder structure as used by the Xper3 software. File names correspond to those used in the SDD/XML file.</p> <p>- Xper3_Image__File_name.jpg: All images are also listed individually. File names after the prefix "Xper3_Image__" correspond to those used in the SDD/XML file. NOTE: Even though file names include species names, the latter appear not in a very consistent format (sometimes they appear at the beginning of a file name, sometimes at the end, with genus name or without, etc.). For those looking for all images of a particular species, download and unpack the ZIP file and go to the folder "items". There, images are group together according to species names.</p> <p> </p> <p><strong>Citation of this package</strong><br> Use the citation provided by Zenodo (on this webpage).</p> <p><strong>Contact</strong><br> <a href="https://www.nmbe.ch/en/hannes.baur">Hannes Baur, Natural History Museum Bern, Switzerland</a></p>
Figure 5 in A review of the biology of Neochalcis Kirby (Hymenoptera, Chalcididae) with a new host and biological data for N. breviceps (Masi)
Figure 5. Host-parasitoid association of N. breviceps, (a) Habitus of Braunsapis breviceps, in dorsal view; (b) Final instar larva of N. breviceps, in lateral view; (c) Parasitised pupa of B. breviceps, in lateral view; (d) Larval mandibles of N. breviceps, in ventral view; (e) Parasitised pupal case in situ.
Figure 3 in A review of the biology of Neochalcis Kirby (Hymenoptera, Chalcididae) with a new host and biological data for N. breviceps (Masi)
Figure 3. Neochalcis breviceps, female, (a) Propodeum, in dorsal view; (b) Gaster, in lateral view; (c) Gaster, in dorsal view; (d) Metafemur, in lateral view; (e) Fore wing.
Figure 2 in A review of the biology of Neochalcis Kirby (Hymenoptera, Chalcididae) with a new host and biological data for N. breviceps (Masi)
Figure 2. Neochalcis breviceps, female, (a) Habitus, in lateral view; (b) Head, in anterior view; (c) Head, in dorsal view; (d) Head and mesosoma, antero-lateral view; (e) Head and mesosoma, in lateral view; (f) Mesosoma, in dorsal view.
Figure 3 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 3. (a–d) Cerceris albopectoris Empey (male); (e–h) Cerceris vagula Kohl (male): (a) Frontal view of head (clypeal protrution indicated); (b) Dorsal view of thorax; (c) Ventral view of gaster; (d) Last gastral terga (showing epipygium); (e) Frontal view of head; (f) Dorsal view of head and thorax; (g) Dorsal view of gaster; (h) Last gastral terga.
Figure 6 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 6. Miscophus chrysis Kohl (male): (a) Dorsal habitus; (b)Lateral voew of head and thorax; (c) Propodeum; (d) Frontal view of head; (e) Male genitalia (ventral view); (f) Male genitalia (dorsal view).
Figure 16 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 16. Bembix arabica Edmardash & Gadallah, sp.nov. (male holotype): (a) Dorsal habitus; (b) Frontal view of head; (c) Frontal view of head (showing labrum); (d) Lateral view of head, thorax and basal part of gaster.
Figure 21 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 21. Oryttus pulawskii Gadallah & Edmardash, sp. nov. (male holotype) (a) Lateral habitus; (b) Frontal view of head; (c) Dorsal view of thorax; (d) Middle tibia (two spurs indicated).
Figure 9 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 9. Parapiagetia erythropoda Cameron (male): (a) Dorsal habitus; (b) Male antenna (flagellum); (c) Frontal view of head (clypeal protrution indicated); (d) Lateral view of head (clypeal protrution indicated); (e) Last gastral terga; (f) Last gastral sterna.
Figure 12 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 12. Tachysphex buyssoni Morice (female): (a) Dorsal habitus; (b) Lateral habitus; (c) lateral view of head (part) (emargination of mandible indicated); (d) Frontal view of head.
Figure 25 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 25. Oxybelus ecarinatus Gadallah & Edmardash, sp. nov. (female holotype). (a) Frontal view of head; (b) Lateral view of head (clypeal protrution indicated); (c) Antennal scape (ventral side length indicated); (d) Dorsal view of head and thorax; (e) Tip of gaster (pygideal plate indicated).
Figure 11 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 11. Pison atrum (Spinola) (male): (a) Lateral habitus; (b) Frontal view of head; (c) Frontal view of head (part) (clypeal protrution indicated) (here intensity and direction of light adjusted to mask the reflection of hairs); (d) Fore wing; (e) Dorsal view of head and thorax.
Figure 23 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 23. Oryttus pulawskii Gadallah & Edmardash, sp. nov. (male holotype). (a) Last gastral terga; (b) Last gastral sterna; (c) Ventral view of male genitalia; (d) Dorsal view of male genitalia.
Figure 15 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 15. Trypoxylon splendidum Antropov: (a) Frontal view of head (female); (b) Frontal view of head (male); (c) Propodeum; (d) Dorsal view of thorax (excluding propodeum); (e) Dorsal view of gaster (female); (f) Dorsal view of gaster (male).
Figure 4 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 4. Liris maidli (Arnold) (male): (a) Dorsal view of head and thorax; (b) Frontal view of head; (c) Latero-ventral view of head and thorax; (d) Dorsal view of thorax (excluding pronotum); (e) Fore wing; (f) Dorsal view of gaster; (g) Last gastral terga.
Figure 5 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 5. Miscophus chrysis Kohl: (a) Fore and hind wings of male; (b) Lateral habitus of female; (c) Dorsal habitus of female; (d) Frontal view of head of female; (e) Lateral view of head (part) and thorax; (f) Scutellum and propodeum of female; (g) Dorsal view of gaster (part).
Figure 18 in New data on the crabronid fauna of Saudi Arabia (Hymenoptera: Apoidea (Spheciformes): Crabronidae) from Jazan Province, with the description of three new species and the hitherto unknown male of Miscophus chrysis Kohl, 1894
Figure 18. Bembix arabica Edmardash & Gadallah, sp.nov. (male holotype): (a) Last gastral terga including genitalia; (b) Last gastral sterna including genitalia; (c) Last gastral sterna including genitalia.
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.