Find research datasets worth reusing
Search datasets from major research repositories and use ShareScore to quickly assess how well each record supports discovery, access, and reuse.
1,225
datasets available to search
ShareScore release 0.9.0
Dataset results
1,225 results for “land snail”
Figs 5 - 7. Turanena taxa from Turkey. 5 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 5 - 7. Turanena taxa from Turkey. 5, Turanena (Turanena) elegantula spec. nov., holotype NMBE 544664 (H = 9.0 mm), Turkey, Vil. Van, 4 km SE. Göründü. 6, Turanena (Turanena) zilchi E. Gittenberger & Menkhorst 1993, NMBE 546171 (H = 6.1 mm), Turkey, Vil. Hakkâri, 7 km S. Hakkâri. 7, Turanena (Turanena) andronakii salpinx subspec. nov., holotype NMBE 546173 (H = 8.1 mm), Turkey, Vil. Artvin, 1 km S. Oruçlu. All photographs Bochud & Neubert, × 8.
Figs 16 - 20. Multidentula and Imparietula taxa from Turkey. 16 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 16 - 20. Multidentula and Imparietula taxa from Turkey. 16, Multidentula squalina squalina (L. Pfeiffer, 1848), NMBE 548313 (H = 7.8 mm), Turkey, Vil. Karabük, eastern part Eskipazar, leg. Hausdorf, 27. ix. 1987. 17, Multidentula squalina eudoxina (Nägele, 1894), paralectotype SMF 14195 a coll. Kobelt ex Nägele (H = 6.3 mm), Turkey, Vil. Tokat, Tokat. 18, Multidentula squalina acutior (Lindholm, 1922), NMBE 544678 (H = 5.7 mm), Turkey, Vil. Artvin, N. Kınalıçam (= NNW. Cağliyan). 19, Multidentula reducta spec. nov., holotype NMBE 544681 (H = 6.2 mm), Turkey, Vil. Sivas, Zara, 16 km towards Imranlı. 20, Imparietula inflexa spec. nov., holotype NMBE 544683 (H = 12, 4 mm), Turkey, Vil. Giresun, 5 km N. Tamdere (= S. Yavuzkemal). All photographs Bochud & Neubert, × 8.
Figs 21-23. Megavitrina from Turkey and Lebanon. 21 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 21-23. Megavitrina from Turkey and Lebanon. 21, Megavitrina imperatoria spec. nov., holotype NMBE 548324 (D = 16.2 mm), Turkey, Vil. Adıyaman, under rocks on top of the Nemrud Dağ, 2150 m. 22-23, Megavitrina libanica (Germain, 1911), MNHN (D = 15.3 mm), labelled as "Beyrouth?". All photographs Bochud & Neubert, × 5.
Figs 14-15. New Amphiscopus taxa from Turkey. 14 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 14-15. New Amphiscopus taxa from Turkey. 14, Amphiscopus moolenbeeki spec. nov., holotype NMBE 544668 (H = 13.8 mm), Turkey, Vil. Tokat, Reşadiye, 8 km towards Çekerek. 15, Amphiscopus sturmii marmoratus subspec. nov., holotype NMBE 544670 (H = 8.2 mm), Turkey, Vil. Kütahya, Örencik, western part. All photographs Bochud & Neubert, × 8.
Figs 10-13. Clausilioides taxa from Turkey. 10 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 10-13. Clausilioides taxa from Turkey. 10, Clausilioides berendinae spec. nov., holotype NMBE 544672 (H = 15.1 mm), Turkey, Vil. Artvin, 1 km W. Ardanuç. 11, Clausilioides filifer (Lindholm, 1913), NMBE 544602 (H = 9.9 mm), Turkey, Vil. Artvin, crossing Artvin/Şavşat/Demirkent, 17 km towards Yusufeli, near suspension bridge over the Çoruh Nehri, leg. Neubert, 4.v.1993. 12-13, Clausilioides palatalis spec. nov., holotype NMBE 544676 (H = 10.2 mm), Turkey, Vil. Artvin, 4.3 km NE. Narlık.
Figs 8-9. New Ljudmilena taxa from Turkey. 8 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 8-9. New Ljudmilena taxa from Turkey. 8, Ljudmilena callosa spec. nov., holotype NMBE 544659 (H = 6.6 mm), Turkey, Vil. Artvin, Kaymaz, left bank Çoruh Nehri. 9, Ljudmilena mariannae spec. nov., holotype NMBE 544661 (H = 8.8 mm), Turkey, Vil. Artvin, 8 km E. Yusufeli. All photographs Bochud & Neubert, × 8.
Figs 1-3. Leiostyla taxa from Turkey. 1, Leiostyla paphlagonica paphlagonica Hausdorf 1990, holotype SMF 307492 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 1-3. Leiostyla taxa from Turkey. 1, Leiostyla paphlagonica paphlagonica Hausdorf 1990, holotype SMF 307492 (4.0 mm), Turkey, Vil. Kastamonu, Kapısuyu. 2, Leiostyla paphlagonica subangulosa subspec. nov., holotype NMBE 544659 (H = 3.7 mm), Turkey, Vil. Amasya, 10.3 km NE. Amasya. 3, Leiostyla eikenboomi spec. nov., holotype NMBE 544682 (H = 3.4 mm), Turkey, Vil. Karabük, Suçatı Tüneli 9 km ESE. Yenice. All photographs Bochud & Neubert, × 15.
Fig. 4. Buliminus corpulentior E. Gittenberger & Menkhorst 2006, NMBE 544684 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Fig. 4. Buliminus corpulentior E. Gittenberger & Menkhorst 2006, NMBE 544684 (H = 33.5 mm), Turkey, Vil. Gaziantep, 1.5 km E. Yesilce. All photographs Bochud & Neubert, × 2.
Figs 5-7. Turanena taxa from Turkey. 5 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 5-7. Turanena taxa from Turkey. 5, Turanena (Turanena) elegantula spec. nov., holotype NMBE 544664 (H = 9.0 mm), Turkey, Vil. Van, 4 km SE. Göründü. 6, Turanena (Turanena) zilchi E. Gittenberger & Menkhorst 1993, NMBE 546171 (H = 6.1 mm), Turkey, Vil. Hakkâri, 7 km S. Hakkâri. 7, Turanena (Turanena) andronakii salpinx subspec. nov., holotype NMBE 546173 (H = 8.1 mm), Turkey, Vil. Artvin, 1 km S. Oruçlu. All photographs Bochud & Neubert, × 8.
Figs 16-20. Multidentula and Imparietula taxa from Turkey. 16 in Descriptions of new and little-known land snail taxa from Turkey, and establishment of a new genus (Gastropoda, Pulmonata: Lauriidae, Enidae and Vitrinidae)
Figs 16-20. Multidentula and Imparietula taxa from Turkey. 16, Multidentula squalina squalina (L. Pfeiffer, 1848), NMBE 548313 (H = 7.8 mm), Turkey, Vil. Karabük, eastern part Eskipazar, leg. Hausdorf, 27.ix.1987. 17, Multidentula squalina eudoxina (Nägele, 1894), paralectotype SMF 14195a coll. Kobelt ex Nägele (H = 6.3 mm), Turkey, Vil. Tokat, Tokat. 18, Multidentula squalina acutior (Lindholm, 1922), NMBE 544678 (H = 5.7 mm), Turkey, Vil. Artvin, N. Kınalıçam (= NNW. Cağliyan). 19, Multidentula reducta spec. nov., holotype NMBE 544681 (H = 6.2 mm), Turkey, Vil. Sivas, Zara, 16 km towards Imranlı. 20, Imparietula inflexa spec. nov., holotype NMBE 544683 (H = 12,4 mm), Turkey, Vil. Giresun, 5 km N. Tamdere (= S. Yavuzkemal). All photographs Bochud & Neubert, × 8.
Figure 8 in Phylogeny, species delimitation and population structure of the steppe-inhabiting land snail genus Helicopsis in Eastern Europe
Figure 8. Distribution of Helicopsis species in Central and Eastern Europe and localities from which 16S rDNA sequences are available (symbols). The geographical boundaries of H. striata, H. hungarica and H. lunulata are not yet clear because of the lack of reliable morphological characteristics.
Figure 6 in Phylogeny, species delimitation and population structure of the steppe-inhabiting land snail genus Helicopsis in Eastern Europe
Figure 6. Distribution of clusters obtained from the admixture analysis of AFLP data of Helicopsis from Ukraine with STRUCTURE. A, solution for K = 2. B, solution for K = 5. C, solution for K = 7. Population numbers are given next to the bar plots (Supporting Information, Table S1). The bar plots show the proportional assignment of an individual to a cluster (see also Fig. 5).
Figure 7 in Phylogeny, species delimitation and population structure of the steppe-inhabiting land snail genus Helicopsis in Eastern Europe
Figure 7. Relationships between Jaccard distances between individuals of Helicopsis filimargo and H. lunulata based on AFLP data and logarithmized geographical distances. Black circles and red triangles: distances between individuals belonging to H. filimargo and H. lunulata, respectively; green crosses: distances between individuals belonging to different species; black and red broken lines: regression lines fitted within species; green broken line: regression line fitted on the within-group distances only (i.e. the black circles and red triangles taken together); green solid line: regression line fitted on all distances together; blue lines: centres of the betweengroups geographical distances.
Figure 4 in Phylogeny, species delimitation and population structure of the steppe-inhabiting land snail genus Helicopsis in Eastern Europe
Figure 4. Neighbour-net network of Helicopsis from Ukraine based on Jaccard distances obtained from AFLP data. Coloration of clusters corresponds to the STRUCTURE solution for K = 2. Red corresponds to H. filimargo, yellow to H. lunulata. DNA voucher numbers for specimens are given at the tips of the network. Coloured dots at the tips of the network correspond to cluster assignments (on majority-rule basis) of specimens in the STRUCTURE solutions for K = 5 (inner) and K = 7 (outer). For locality data and the distribution of clusters, see also Supporting Information, Table S1 and Figure 6, respectively.
Figure 1 in Phylogeny, species delimitation and population structure of the steppe-inhabiting land snail genus Helicopsis in Eastern Europe
Figure 1. Sampled Helicopsis populations in Ukraine, the adjacent Central Russian Upland and Romania and distribution of mitochondrial haplotype clades: H. lunulata (yellow dots), H. hungarica (magenta triangles) and H. filimargo (clade A, red diamonds, clade B, green diamonds and mixed population of clades Aand B, blue diamonds).
Figure 6. Branch length comparisons for 147 taxa. All common bipartition branch lengths plotted against the 147t 3p in Beyond the prolegomenon: a molecular phylogeny of the Australian camaenid land snail radiation
Figure 6. Branch length comparisons for 147 taxa. All common bipartition branch lengths plotted against the 147t 3p analysis bipartition branch lengths. Confidence intervals (CI) as for Figure 9.
Figure 4 in Beyond the prolegomenon: a molecular phylogeny of the Australian camaenid land snail radiation
Figure 4. Consensus trees of the 147 taxa that have at least two genes, using the 3p model. A,147t Markov chain Monte Carlo (MCMC) all-compatible consensus with branch lengths, posterior probabilities (PP; decimal format to the right of nodes) and RAxML bootstrap values (5000 replicates; percentages to left of nodes); B, strict consensus of three models by two taxa sets (six analyses).
Figure 5. Branch length comparisons across models and taxa sets for 62 in Beyond the prolegomenon: a molecular phylogeny of the Australian camaenid land snail radiation
Figure 5. Branch length comparisons across models and taxa sets for 62 taxa. All common bipartition branch lengths from each of the three taxa set analyses (pruned to the 62 taxa) plotted against the 62t analysis 3p model bipartition branch lengths. Confidence intervals (CI) based on MCMC variation in the most data complete analysis, are approximated by dashed lines.
Figure 3 in Beyond the prolegomenon: a molecular phylogeny of the Australian camaenid land snail radiation
Figure 3. Consensus trees of the 62 taxa that have all three genes, using the 3p model. A, 62t Markov chain Monte Carlo (MCMC) all-compatible consensus tree with branch lengths, posterior probabilities (PP; decimal format to the right of nodes) and RAxML bootstrap values (5000 replicates; percentages to left of nodes); B, strict consensus amongst all-compatible consensus trees for three models by three taxa sets (nine analyses).
Figure 5 in Geographic isolation and human-assisted dispersal in land snails: a Mediterranean story of Helix borealis and its relatives (Gastropoda: Stylommatophora: Helicidae)
Figure 5. Results of biogeographic reconstruction using the DEC model in RASP using 1000 time-trees estimated with BEAST from the full dataset (see text). Maximum of three areas was allowed for ancestral ranges and unlikely disjunctive ranges were prohibited. The areas (A–F, in parentheses) of which the ranges of the terminals consist are shown in Figure 2.
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.