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169 results for “selective inference”
FIGURE 39 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 39. Patellapis (P.) karooensis, male: a. Scutum (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=0,5mm); g. Genitalia, dorsal view (scale=0,5mm); h. Genitalia, lateral view (scale=0,5mm).
FIGURE 49 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 49. Patellapis (L.) malachurina, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 9 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 9. Patellapis (P.) rubricata, male: a. Scutum (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=0,5mm); g. Genitalia, dorsal view (scale=0,5mm); h. Genitalia, lateral view (scale=0,5mm).
FIGURE 1 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 1. Patellapis (P.) bifurcata, female: a. Head (scale=0,5mm); b. Scutum (scale=0,5mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 4 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 4. Patellapis (P.) depressa, male: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Metasomal sterna (scale=1mm); f. Genitalia, dorsal view (scale=0,5mm); g. Genitalia, lateral view (scale=0,5mm); h. Metasomal sterna S7 and S8, ventral view (scale=0,5mm).
FIGURE 8 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 8. Patellapis (P.) rubricata, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 3 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 3. Patellapis (P.) depressa, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 2 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 2. Patellapis (P.) bifurcata, male: a. Scutum (scale=0,5mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=100µm); g. Genitalia, dorsal view (scale=100µm); h. Genitalia, lateral view (scale=100µm).
FIGURE 7 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 7. Patellapis (P.) pseudorubricata, male: a. Scutum (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Genitalia, dorsal view (scale=0,5mm); g. Genitalia, lateral view (scale=0,5mm); h. Metasomal sterna S7 and S8, ventral view (scale=0,5mm).
FIGURE 50 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 50. Patellapis (L.) malachurina, male: a. Head (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=0,5mm); g. Genitalia, dorsal view (scale=0,5mm); h. Genitalia, lateral view (scale=0,5mm).
FIGURE 66 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 66. Patellapis (Ch.) cockerelli, female: a. Head (scale=0,5mm); b. Scutum (scale=0,5mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 68 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 68. Patellapis (Ch.) disposita, male: a. Head (scale=0,5mm); b. Scutum (scale=0,5mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Genitalia, dorsal view (scale=100µm).
FIGURE 74 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 74. Patellapis (Ch.) natalensis, male: a. Head (scale=0,5mm); b. Scutum (scale=0,5mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga T1 and T2 (scale=1mm); e. Metasomal sterna (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=100µm).
FIGURE 44 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 44. Patellapis (P.) problematica, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga T1 and T2 (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 53 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 53. Patellapis (Ch.) capillipalpis, male: a. Scutum (scale=0,5mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Genitalia, dorsal view (scale=100µm); g. Genitalia, lateral view (scale=100µm); h. Metasomal sterna S7 and S8, ventral view (scale=100µm).
FIGURE 33 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 33. Patellapis (P.) braunsella, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 36 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 36. Patellapis (P.) communis, male: a. Scutum (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=0,5mm); g. Genitalia, dorsal view (scale=0,5mm); h. Genitalia, lateral view (scale=0,5mm).
FIGURE 40 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 40. Patellapis (P.) leonis, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal terga (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
FIGURE 45 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 45. Patellapis (P.) problematica, male: a. Scutum (scale=1mm); b. Scutellum and propodeum (scale=0,5mm); c. Metasomal terga (scale=1mm); d. Metasomal sterna (scale=1mm); e. Body (scale=1mm); f. Metasomal sterna S7 and S8, ventral view (scale=0,5mm); g. Genitalia, dorsal view (scale=0,5mm); h. Genitalia, lateral view (scale=0,5mm).
FIGURE 41 in Variable Selection and Inference for Multi-period Forecasting Problems
FIGURE 41. Patellapis (P.) longifacies, female: a. Head (scale=1mm); b. Scutum (scale=1mm); c. Scutellum and propodeum (scale=0,5mm); d. Metasomal sterna T1 and T2 (scale=1mm); e. Body (scale=1mm); f. Inner hind tibial spur (scale=100µm); g. Basitibial plate (scale=100µm).
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.