cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.5571898
title: Dataset for the manuscript: Design and Characterization of PCB Spiral Coils for Inductive Power Transfer in Medium Voltage Applications

description: This repository includes datasets supporting our manuscript that is under review process in the IEEE Transaction on Power Electronics. In this first version, we include the data set necessary to reproduce the results of Fig. 6 in the manuscript, which are dimensionless functions for resistance of copper traces with rectangular cross-section. There are two excel files in the repository, one is for the conduction loss and another is for the proximity loss. They both are extracted from Ansys EM simulation. In the simulation, frequency are sweeping from 50 kHz to 1 MHz, copper trace width is sweeping from 1 mm to 20 mm. the thickness of copper trace is sweeping from 0.07 mm to 0.21 mm (since we are considering standard PCB trace thickness here). The copper conductivity we set in the simulation is 5.8e7 Siemens/m.
DOI: 10.5281/zenodo.5571897
title: Dataset for the manuscript: Design and Characterization of PCB Spiral Coils for Inductive Power Transfer in Medium Voltage Applications

description: This repository includes datasets supporting our manuscript that is under review process in the IEEE Transaction on Power Electronics. In this first version, we include the data set necessary to reproduce the results of Fig. 6 in the manuscript, which are dimensionless functions for resistance of copper traces with rectangular cross-section. There are two excel files in the repository, one is for the conduction loss and another is for the proximity loss. They both are extracted from Ansys EM simulation. In the simulation, frequency are sweeping from 50 kHz to 1 MHz, copper trace width is sweeping from 1 mm to 20 mm. the thickness of copper trace is sweeping from 0.07 mm to 0.21 mm (since we are considering standard PCB trace thickness here). The copper conductivity we set in the simulation is 5.8e7 Siemens/m.
DOI: 10.25721/dwme-ss83
title: Information sur l'apprentissage de l'accordéon
DOI: 10.14768/07197931-c0d4-41b1-a437-de516d0086f3
title: Seasonal Variability of the Daytime and Nighttime Atmospheric Turbulence Experienced by InSight on Mars

description: Datasets produced to obtain the figures in the paper Chatain et al GRL (2021), along with the Python codes used for the data analysis. Investigation of Mars atmospheric turbulence from InSight high-frequency high-sensitivity pressure measurements. Reference : A. Chatain, A. Spiga, D. Banfield, F. Forget and N. Murdoch, Seasonal Variability of the Daytime and Nighttime Atmospheric Turbulence Experienced by InSight on Mars, Geophysical Research Letters, in revision
DOI: 10.5281/zenodo.5571868
title: Dataset with Agricultural Parcels Markup on Satellite Images

description: The dataset was created for the development and testing of the algorithm proposed in the paper "Segmentation of agricultural parcel in satellite images based on historical vegetation index data". However, this markup can be used to test other algorithms and compare their quality. This work employs data from the remote sensing programs Sentinel-2A, Sentinel-2B. The dataset contains the agricultural parcel markup for four regions within Russia and Ukraine, where agriculture is well developed. The areas were chosen so that each of them had other types of terrain in addition to fields: urban area, water surface, swamps, and forests.
DOI: 10.5281/zenodo.5571867
title: Dataset with Agricultural Parcels Markup on Satellite Images

description: The dataset was created for the development and testing of the algorithm proposed in the paper "Segmentation of agricultural parcel in satellite images based on historical vegetation index data". However, this markup can be used to test other algorithms and compare their quality. This work employs data from the remote sensing programs Sentinel-2A, Sentinel-2B. The dataset contains the agricultural parcel markup for four regions within Russia and Ukraine, where agriculture is well developed. The areas were chosen so that each of them had other types of terrain in addition to fields: urban area, water surface, swamps, and forests.
DOI: 10.25721/e5hs-h469
title: Viens Poupoule
DOI: 10.25721/93w5-9h79
title: C'est la valse brune
DOI: 10.25721/z0xz-zp91
title: Je suis né dans le faubourg Saint-Denis
DOI: 10.6073/pasta/af13bbb0ab457508d86017a5cf9639f9
title: Shrimp populations in Quebrada Prieta (Pools 0, 8, 9, 15) (El Verde)

description: Freshwater shrimp from the Quebrada Prieta (a tributary to the Sonadora in the Espiritu Santu drainage, have been censused 6 times yearly since 1988. Atya lanipes, Xiphocaris elongata and Macrobrachium spp. are regularly captured and comprise the species in this dataset.
DOI: 10.25721/gq6t-wy98
title: C'est elle qui pilote
DOI: 10.6084/m9.figshare.14054595
title: Multiple genetic marker analysis challenges the introduction history of <i>Ulva australis</i> (Ulvales, Chlorophyta) on French coasts

description: The green seaweeds <i>Ulva australis</i> and <i>U. pertusa</i> were described from southern Australia and Japan, respectively. They are conspecific and <i>U. australis</i>, the currently accepted taxon, is native to temperate marine waters in north-eastern Asia, and known to be introduced overseas into Australasia, the Americas and Europe. Although the genetics of <i>U. australis</i> have been investigated elsewhere, along French coasts the origins and history of the introduction of this species need to be clarified. We used mitochondrial, plastid and nuclear markers to differentiate introduced populations of <i>U. australis</i> along the French Atlantic coasts. The plastid <i>tuf</i>A gene used as a barcoding marker revealed a well-defined species with a higher haplotype diversity in native <i>vs</i>. introduced areas. The ITS2 region (nuclear) and <i>rbc</i>L (plastid) were used to compare French specimens with the lectotype of <i>U. australis</i>. Putative geographic origins of the genetically determined <i>U. australis</i> were examined using genetic markers with better resolution, the plastid <i>atp</i>I-H combined with the mitochondrial <i>trn</i>A-N. Origin(s) and introduction history of French specimens were inferred from the comparison between their haplotypes and those previously described in native and non-native temperate areas worldwide. Our results indicate that the presence of <i>U. australis</i> along the French Atlantic and Mediterranean coasts is the result of multiple introductions and independent pathways, and suggest that historical oyster transfers from Japan and British Columbia can only partially explain the observed patterns in genetic markers. Alternative hypotheses for the timing and pathways of introductions are proposed in the light of the historic background of maritime transport networks and trade between north-eastern Asia and Europe.
DOI: 10.6084/m9.figshare.14039085
title: Chloroplast genomes and phylogenetic analysis of two species of <i>Oedocladium</i> (Oedogoniales, Chlorophyta)

description: The Oedogoniales comprises the genera <i>Oedogonium, Oedocladium</i> and <i>Bulbochaete</i> which include more than 600 described species. However, only two chloroplast genome sequences have been reported to date, and little is known about the evolutionary relationships between these genera or their infrageneric classification. This group is economically important in astaxanthin production and the energy sector. We examined four <i>Oedocladium</i> strains from different locations in China. One was identified as <i>O. prescottii</i>, and the morphology and molecular data for the other three strains suggested that they were <i>O. carolinianum</i>. Our chloroplast (cp) genome sequences of <i>O. prescottii</i> (FACHB-2452) and <i>O. carolinianum</i> (FACHB-2453) were compared with previously reported Oedogoniales cp genomes. The cp genome of <i>O. carolinianum</i> FACHB-2453 was of similar size, structure and composition to that of <i>O. carolinianum</i> UTEX LB 1686, apart from two missing group I introns in the genes <i>psb</i>A and <i>psb</i>D. <i>O. prescottii</i> showed more differences with regard to genome size, structure, number of genes and introns, and repeats than the other Oedogoniales cp genomes. The inverted repeats (IRs) region of the <i>O. prescottii</i> cp genome had a 10-kb contraction. Synteny analysis of the four cp genomes showed a high degree of syntenic conservation in general; however, some structural variation at genus level was observed in <i>Oedocladium</i>. In phylogenetic analyses of <i>Oedocladium</i> using sequences of 18S rDNA, ITS and 59 cp protein-coding genes, species were placed on two separate branches within the <i>Oedogonium</i> clade, indicating that <i>Oedocladium</i> is a paraphyletic group.
DOI: 10.6084/m9.figshare.14039112.v1
title: <i>Tethysphytum antarcticum</i> gen. et sp. nov. (Hapalidiales, Rhodophyta), a new non-geniculate coralline alga from Terra Nova Bay (Ross Sea, Antarctica): morpho-anatomical characterization and molecular phylogeny

description: Over the last decade, our knowledge of the phylogenetic and taxonomic diversity of coralline algae has greatly progressed thanks to the use of DNA sequence data. Despite this, in some geographic regions the knowledge of coralline diversity is still incomplete, because it is entirely based on traditional morpho-anatomical grounds; Antarctica can certainly be included among these regions. During an investigation of the marine phototrophic biodiversity of the Ross Sea, a crustose coralline alga was collected from two sites in Tethys Bay. The alga formed thin crusts adherent to cobbles at ~20 m depth and showed morpho-anatomical features typical of the order Hapalidiales, family Hapalidiaceae (cell fusions, zonate tetrasporangia produced in multiporate conceptacles, and apical plugs). Molecular phylogenies based on the <i>psb</i>A, <i>rbc</i>L and 18S rRNA genes showed that this alga formed a lineage in the family Hapalidiaceae for which a formal assignment at genus level was not yet available. The only other known member of the lineage was a coralline from the Balleny Islands, named as Hapalidiaceae sp. ASG448A, for which <i>psb</i>A and 18S rRNA sequences were deposited in GenBank without identification at genus and species level. Based on our results, we describe this lineage as the new genus <i>Tethysphytum</i> Sciuto, Moschin & Moro, with the single species <i>Tethysphytum antarcticum</i> Sciuto, Moschin & Moro. At present, morpho-anatomical characters do not allow for the discrimination of <i>Tethysphytum</i> from other similar genera of Hapalidiaceae. The discovery of a new genus suggests that the diversity of coralline algae in Antarctica may have been underestimated and that molecular data will be essential for future taxonomic assessments of this group within this region.
DOI: 10.6084/m9.figshare.14054595.v1
title: Multiple genetic marker analysis challenges the introduction history of <i>Ulva australis</i> (Ulvales, Chlorophyta) on French coasts

description: The green seaweeds <i>Ulva australis</i> and <i>U. pertusa</i> were described from southern Australia and Japan, respectively. They are conspecific and <i>U. australis</i>, the currently accepted taxon, is native to temperate marine waters in north-eastern Asia, and known to be introduced overseas into Australasia, the Americas and Europe. Although the genetics of <i>U. australis</i> have been investigated elsewhere, along French coasts the origins and history of the introduction of this species need to be clarified. We used mitochondrial, plastid and nuclear markers to differentiate introduced populations of <i>U. australis</i> along the French Atlantic coasts. The plastid <i>tuf</i>A gene used as a barcoding marker revealed a well-defined species with a higher haplotype diversity in native <i>vs</i>. introduced areas. The ITS2 region (nuclear) and <i>rbc</i>L (plastid) were used to compare French specimens with the lectotype of <i>U. australis</i>. Putative geographic origins of the genetically determined <i>U. australis</i> were examined using genetic markers with better resolution, the plastid <i>atp</i>I-H combined with the mitochondrial <i>trn</i>A-N. Origin(s) and introduction history of French specimens were inferred from the comparison between their haplotypes and those previously described in native and non-native temperate areas worldwide. Our results indicate that the presence of <i>U. australis</i> along the French Atlantic and Mediterranean coasts is the result of multiple introductions and independent pathways, and suggest that historical oyster transfers from Japan and British Columbia can only partially explain the observed patterns in genetic markers. Alternative hypotheses for the timing and pathways of introductions are proposed in the light of the historic background of maritime transport networks and trade between north-eastern Asia and Europe.
DOI: 10.6084/m9.figshare.14039112
title: <i>Tethysphytum antarcticum</i> gen. et sp. nov. (Hapalidiales, Rhodophyta), a new non-geniculate coralline alga from Terra Nova Bay (Ross Sea, Antarctica): morpho-anatomical characterization and molecular phylogeny

description: Over the last decade, our knowledge of the phylogenetic and taxonomic diversity of coralline algae has greatly progressed thanks to the use of DNA sequence data. Despite this, in some geographic regions the knowledge of coralline diversity is still incomplete, because it is entirely based on traditional morpho-anatomical grounds; Antarctica can certainly be included among these regions. During an investigation of the marine phototrophic biodiversity of the Ross Sea, a crustose coralline alga was collected from two sites in Tethys Bay. The alga formed thin crusts adherent to cobbles at ~20 m depth and showed morpho-anatomical features typical of the order Hapalidiales, family Hapalidiaceae (cell fusions, zonate tetrasporangia produced in multiporate conceptacles, and apical plugs). Molecular phylogenies based on the <i>psb</i>A, <i>rbc</i>L and 18S rRNA genes showed that this alga formed a lineage in the family Hapalidiaceae for which a formal assignment at genus level was not yet available. The only other known member of the lineage was a coralline from the Balleny Islands, named as Hapalidiaceae sp. ASG448A, for which <i>psb</i>A and 18S rRNA sequences were deposited in GenBank without identification at genus and species level. Based on our results, we describe this lineage as the new genus <i>Tethysphytum</i> Sciuto, Moschin & Moro, with the single species <i>Tethysphytum antarcticum</i> Sciuto, Moschin & Moro. At present, morpho-anatomical characters do not allow for the discrimination of <i>Tethysphytum</i> from other similar genera of Hapalidiaceae. The discovery of a new genus suggests that the diversity of coralline algae in Antarctica may have been underestimated and that molecular data will be essential for future taxonomic assessments of this group within this region.
DOI: 10.6084/m9.figshare.14790352
title: <i>Lithothamnion</i> (Hapalidiales, Rhodophyta) in the changing Arctic and Subarctic: DNA sequencing of type and recent specimens provides a systematics foundation*

description: Coralline red algae in the non-geniculate genera <i>Clathromorphum</i>, <i>Phymatolithon</i> and <i>Lithothamnion</i> are important benthic ecosystem engineers in the photic zone of the Arctic and Subarctic. In these regions, the systematics and biogeography of <i>Clathromorphum</i> and <i>Phymatolithon</i> have mostly been resolved whereas <i>Lithothamnion</i> has not, until now. Seventy-three specific and infraspecific names were given to Arctic and Subarctic <i>Lithothamnion</i> specimens in the late 19th and early 20th century by Frans R. Kjellman and Mikael H. Foslie. DNA sequences from 36 type specimens, five historical specimens, and an extensive sampling of recent collections resulted in the recognition of four Arctic and Subarctic <i>Lithothamnion</i> species, <i>L. glaciale</i>, <i>L. lemoineae, L. soriferum</i> and <i>L. tophiforme</i>. Three genes were sequenced, two plastid-encoded, <i>rbc</i>L and <i>psb</i>A, and the mitochondrial encoded COI-5P; <i>rbc</i>L and COI-5P segregated <i>L. glaciale</i> from <i>L. tophiforme</i> but <i>psb</i>A did not. Partial <i>rbc</i>L sequences obtained from type collections enabled us to correctly apply the earliest available names and to correctly place the remainder in synonymy. We were unable to sequence another 22 type specimens, but all of these are more recent names than those that are now applied. It is difficult to identify these species solely on morpho-anatomy as they can all occur as encrusting corallines or as maerl (rhodoliths). We demonstrate the importance of sequencing historical type specimens by showing that the recently proposed North-east Atlantic <i>L. erinaceum</i> is a synonym of one of the earliest published Arctic species of <i>Lithothamnion, L. soriferum</i>, itself incorrectly placed in synonymy under <i>L. tophiforme</i> based on morpho-anatomy. Based on sequenced specimens, we update the distributions and ecology of these species.
DOI: 10.6084/m9.figshare.14039085.v1
title: Chloroplast genomes and phylogenetic analysis of two species of <i>Oedocladium</i> (Oedogoniales, Chlorophyta)

description: The Oedogoniales comprises the genera <i>Oedogonium, Oedocladium</i> and <i>Bulbochaete</i> which include more than 600 described species. However, only two chloroplast genome sequences have been reported to date, and little is known about the evolutionary relationships between these genera or their infrageneric classification. This group is economically important in astaxanthin production and the energy sector. We examined four <i>Oedocladium</i> strains from different locations in China. One was identified as <i>O. prescottii</i>, and the morphology and molecular data for the other three strains suggested that they were <i>O. carolinianum</i>. Our chloroplast (cp) genome sequences of <i>O. prescottii</i> (FACHB-2452) and <i>O. carolinianum</i> (FACHB-2453) were compared with previously reported Oedogoniales cp genomes. The cp genome of <i>O. carolinianum</i> FACHB-2453 was of similar size, structure and composition to that of <i>O. carolinianum</i> UTEX LB 1686, apart from two missing group I introns in the genes <i>psb</i>A and <i>psb</i>D. <i>O. prescottii</i> showed more differences with regard to genome size, structure, number of genes and introns, and repeats than the other Oedogoniales cp genomes. The inverted repeats (IRs) region of the <i>O. prescottii</i> cp genome had a 10-kb contraction. Synteny analysis of the four cp genomes showed a high degree of syntenic conservation in general; however, some structural variation at genus level was observed in <i>Oedocladium</i>. In phylogenetic analyses of <i>Oedocladium</i> using sequences of 18S rDNA, ITS and 59 cp protein-coding genes, species were placed on two separate branches within the <i>Oedogonium</i> clade, indicating that <i>Oedocladium</i> is a paraphyletic group.
DOI: 10.6084/m9.figshare.14039094
title: Cyanobacteria in microbialites of Alchichica Crater Lake: a polyphasic characterization

description: We analysed and characterized the cyanobacteria in microbialites of Alchichica crater lake over a depth gradient, from 3 to 30 m. A polyphasic approach was followed using morphometry, optical and epifluorescence microscopy, and molecular methods. Regions V3–V4 of the 16S rRNA conserved for cyanobacteria were amplified and used for clone library construction. Independently, a NGS library was constructed using the V4 region of the 16S rRNA. To complement the analysis, eight monocultures of cyanobacteria were isolated from microbialites, which were also characterized by microscopy and 16S rRNA sequencing. In total, we described 18 genera of cyanobacteria isolated from microbialites of Alchichica crater lake. The distribution pattern suggests that on the surface there were mostly Nostocales and filamentous Synechococcales, while at depth we found single-celled Synechococcales. Pleurocapsales and Chroococcales were found at all depths, increasing in abundance at 20 and 30 m.
DOI: 10.6084/m9.figshare.14790352.v1
title: <i>Lithothamnion</i> (Hapalidiales, Rhodophyta) in the changing Arctic and Subarctic: DNA sequencing of type and recent specimens provides a systematics foundation*

description: Coralline red algae in the non-geniculate genera <i>Clathromorphum</i>, <i>Phymatolithon</i> and <i>Lithothamnion</i> are important benthic ecosystem engineers in the photic zone of the Arctic and Subarctic. In these regions, the systematics and biogeography of <i>Clathromorphum</i> and <i>Phymatolithon</i> have mostly been resolved whereas <i>Lithothamnion</i> has not, until now. Seventy-three specific and infraspecific names were given to Arctic and Subarctic <i>Lithothamnion</i> specimens in the late 19th and early 20th century by Frans R. Kjellman and Mikael H. Foslie. DNA sequences from 36 type specimens, five historical specimens, and an extensive sampling of recent collections resulted in the recognition of four Arctic and Subarctic <i>Lithothamnion</i> species, <i>L. glaciale</i>, <i>L. lemoineae, L. soriferum</i> and <i>L. tophiforme</i>. Three genes were sequenced, two plastid-encoded, <i>rbc</i>L and <i>psb</i>A, and the mitochondrial encoded COI-5P; <i>rbc</i>L and COI-5P segregated <i>L. glaciale</i> from <i>L. tophiforme</i> but <i>psb</i>A did not. Partial <i>rbc</i>L sequences obtained from type collections enabled us to correctly apply the earliest available names and to correctly place the remainder in synonymy. We were unable to sequence another 22 type specimens, but all of these are more recent names than those that are now applied. It is difficult to identify these species solely on morpho-anatomy as they can all occur as encrusting corallines or as maerl (rhodoliths). We demonstrate the importance of sequencing historical type specimens by showing that the recently proposed North-east Atlantic <i>L. erinaceum</i> is a synonym of one of the earliest published Arctic species of <i>Lithothamnion, L. soriferum</i>, itself incorrectly placed in synonymy under <i>L. tophiforme</i> based on morpho-anatomy. Based on sequenced specimens, we update the distributions and ecology of these species.
DOI: 10.6084/m9.figshare.14039094.v1
title: Cyanobacteria in microbialites of Alchichica Crater Lake: a polyphasic characterization

description: We analysed and characterized the cyanobacteria in microbialites of Alchichica crater lake over a depth gradient, from 3 to 30 m. A polyphasic approach was followed using morphometry, optical and epifluorescence microscopy, and molecular methods. Regions V3–V4 of the 16S rRNA conserved for cyanobacteria were amplified and used for clone library construction. Independently, a NGS library was constructed using the V4 region of the 16S rRNA. To complement the analysis, eight monocultures of cyanobacteria were isolated from microbialites, which were also characterized by microscopy and 16S rRNA sequencing. In total, we described 18 genera of cyanobacteria isolated from microbialites of Alchichica crater lake. The distribution pattern suggests that on the surface there were mostly Nostocales and filamentous Synechococcales, while at depth we found single-celled Synechococcales. Pleurocapsales and Chroococcales were found at all depths, increasing in abundance at 20 and 30 m.
DOI: 10.6084/m9.figshare.13265258.v5
title: Arctic COSMO-CLM hindcast 2013

description: COSMO-CLM Russian Arctic climate dataset
DOI: 10.25721/h87z-y098
title: Les beaux pyjamas, c'est pour mon papa
DOI: 10.25721/gs3e-xr20
title: Sous les ponts de Paris
DOI: 10.34740/kaggle/dsv/2708327
title: YouTube Trending Video Dataset (updated daily)
DOI: 10.25721/reyf-nz78
title: La Madelon