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207 results for “Carabus”
Fig. 18 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 18. Steppe habitat (west of Be'er Sheva). Habitat of C. impressus.
Fig. 12 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 12. Carabus sidonius (Mount Meron).
Fig. 2 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 2. Labrum divided into three lobes (above: C. impressus) and two lobes (below: C. syrus).
Fig. 17 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 17. Dune habitat (south of Ashdod). Habitat of C. impressus.
Fig. 14 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 14. Carabus phoenix (Mount Meron).
Fig. 1 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 1. Pronotum without (a, b, c) and with (d, e, f) marginal setiferous pores.
Fig. 11 in The Carabus fauna of Israel – updated identification key, faunistics, and habitats (Coleoptera: Carabidae)
Fig. 11. Carabus syrus (Mount Meron).
Carabids data of Pterostichus flavofemoratus and Carabus depressus in the Gran Paradiso National Park (2006, 2007, 2012, 2013)
<p>Understanding risks to biodiversity requires predictions of the spatial distribution of species adapting to changing ecosystems and, to that end, earth observations integrating field surveys prove essential as they provide key figures for assessing landscape-wide biodiversity scenarios. Here, we develop, and apply to a relevant case study, a method suited to merge earth/field observations with spatially explicit stochastic metapopulation models to study the near-term ecological dynamics of target species in complex terrains. Our framework incorporates the use of species distribution models for a reasoned estimation of the initial presence of the target species, and accounts for imperfect and incomplete detection of the species presence in the study area. It also uses a metapopulation fitness function derived from earth observation data subsuming the ecological niche of the target species. This framework is applied to contrast occupancy of two species of carabids (<em>Pterostichus flavofemoratus</em>, <em>Carabus depressus</em>) observed in the context of a large ecological monitoring program carried out within the Gran Paradiso National Park (GPNP, Italy). Results suggest that the proposed framework may indeed exploit the hallmarks of spatially explicit ecological approaches and of remote Earth observations. The model reproduces well the observed <em>in-situ</em> data. Moreover, it projects in the near-term the two species' presence both in space and time, highlighting the features of the metapopulation dynamics of colonization and extinction, and their expected trends within verifiable timeframes.</p>
Figs. 5-8.- L I in The preimaginal stages of Carabus (Archicarabus) steuartii Deyrolle, 1852 (Coleoptera: Carabidae)
Figs. 5-8.- L I of C. steuarti.
Carabids data of Pterostichus flavofemoratus and Carabus depressus in the Gran Paradiso National Park (2006, 2007, 2012, 2013)
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FIGURE 117 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURE 117. Habitat of Carabus stjernvalli paravanicus subsp. nov., Georgia, Paravani lake env., 2200 m.
FIGURES 102–114 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURES 102–114. Apical portion of aedeagus and fully inflated endophallus preparation of Carabus (Lipaster) stjernvalli Mannerheim, right lateral view: 102—C. stjernvalli stjernvalli Mannerheim, Chidila Pass env., 2350 m; 103—idem, Dzegvila Mt., 1100 m; 104—idem, Gomismta env., 2100 m; 105—idem, Gomi env., 1500 m; 106—Goderdzi Pass env., 2300 m; 107— idem, Zekari Pass env., 2100 m; 108—idem, Sairme env., 1500 m; 109—C. stjernvalli gvalijai Retezár, Mravaldzali env., 2200 m; 110—idem, Tli env., 2000 m; 111—idem, Askhi Plateau, 2300 m; 112—idem, Sasashi env., 2300 m; 113—idem, Goldash Mt., 2600 m; 114 —idem, Goldash Mt., 1500 m. Scale bar 10.0 mm.
FIGURES 40–47 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURES 40–47. Dorsal habitus of Carabus (Lipaster) stjernvalli stjernvalli Mannerheim: 40–43—Pirsagat Mt., 2300 m; 44–47—Akhaltsikhe env., 2270 m. Scale bar 10.0 mm.
FIGURES 68–75 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURES 68–75. Dorsal habitus of Carabus (Lipaster) stjernvalli gvalijai Retezár: 68–71—Mravaldzali env., 2200 m; 72– 75—Tli env., 2000 m. Scale bar 10.0 mm.
FIGURES 24–31 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURES 24–31. Dorsal habitus of Carabus (Lipaster) stjernvalli stjernvalli Mannerheim: 24–27— Baki env.; 28–29—Goderdzi Pass env., 2300 m; 30–31—Gomi env., 1500 m. Scale bar 10.0 mm.
FIGURES 3–6 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURES 3–6. Dorsal habitus of Carabus (Lipaster) stjernvalli paravanicus subsp. nov., paratypes, Paravani lake env., 2200 m. Scale bar 10.0 mm.
FIGURE 2 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURE 2. Apical portion of aedeagus and homology of the fully inflated endophallus preparation of Carabus (Lipaster) stjernvalli Mannerheim: 1—tube of penis; 2—ventrobasal lobe; 3—ventromedial lobe; 4—ventroapical lobe; 5—dorsoapical lobe; 6—dorsomedial lobe; 7—mediolateral lobe; 8—basiolateral lobe; 9—dorsobasal lobe; 10—aggonoporius.
FIGURE 1 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURE 1. Collecting sites of Carabus (Lipaster) stjernvalli Mannerheim in the South Caucasus: red square—C. stjernvalli ssp., Gorelovka env.; green square—C. stjernvalli paravanicus subsp. nov.; pink rhombs—C. stjernvalli tabackuriensis Novotný & Vořišek; red rhombus—C. stjernvalli tabackuriensis Novotný & Vořišek, type locality; red triangles—C. stjernvalli kartalinicus subsp. nov.; blue circle—C. stjernvalli bogatshevi Zamotajlov, type locality; violet empty squares—C. stjernvalli stjernvalli Mannerheim; red crosses—C. stjernvalli gvalijai Retezár.
FIGURE 115 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURE 115. Distribution of morphometric characters in some Carabus (Lipaster) stjernvalli Mannerheim subspecies constructed using discriminant analysis based on 8 parameters (see text for measurements details): red squares—C. stjernvalli ssp., Gorelovka env.; green squares—C. stjernvalli paravanicus subsp. nov.; violet empty squares—C. stjernvalli stjernvalli Mannerheim.
FIGURE 127 in Contribution to the knowledge of Carabus (Lipaster) stjernvalli Mannerheim, 1830 in the Caucasus, with description of two new subspecies (Coleoptera: Carabidae: Carabini)
FIGURE 127. Habitat of Carabus stjernvalli gvalijai Retezár, Georgia, Sasashi env., Jvari Pass, 2300 m.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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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.