cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.15468/28gfwv
title: Revisiting two Stauroneis Ehrenberg (Bacillariophyta) from H. P. Gandhi’s Diatom collection: Notes on Ultrastructure, Types and Nomenclature

description: This dataset contains the digitized treatments in Plazi based on the original journal article Wadmare, Neha, Karthick, Balasubramanian (2022): Revisiting two Stauroneis Ehrenberg (Bacillariophyta) from H. P. Gandhi’s Diatom collection: Notes on Ultrastructure, Types and Nomenclature. Phytotaxa 555 (1): 42-52, DOI: 10.11646/phytotaxa.555.1.3, URL: http://dx.doi.org/10.11646/phytotaxa.555.1.3AbstractThe study addresses revisiting two Stauroneis taxa described by H. P. Gandhi using his collections from Western India. The type specimens of S. phoenicenteron f. capitata Gonzalves and H.P.Gandhi and S. anceps f. indica H.P.Gandhi were studied employing light and scanning electron microscopy. This contribution documents their valve morphology, with comments on synonyms and type details of similar taxa utilised for comparison. Examining the type specimens of the aforementioned taxa endows evidence of a definable and distinct taxon. Consequently, Stauroneis lacuspowaiensis Wadmare & B.Karthick nom. nov., stat. nov. and Stauroneis dharwarensis Wadmare & B.Karthick nom. nov., stat. nov. are proposed. The present study clarifies the typification of Gandhi’s specimens and derives new morphological information.
DOI: 10.82294/dvn2uc5a4
title: Replication Data for: Citas testimoniales: Investigación en comunidad comunidad. Territorio: Todos. Sector: Todos. Año: 2023

description: Esta agrupación está diseñada con el objetivo de plantear un ejercicio de evaluación en el marco de un proceso de acompañamiento situado, como lo realizó El Proyecto de Formación en Educación Artística y Cultural. Esta integración de códigos propone reconocer sus concepciones sobre el valor de la educación artística, a la luz de sus prácticas, y contrastarlo con la propuesta de transformación en colectivo de sus repertorios pedagógicos, la creación de sus apuestas curriculares, y por último, sus concepciones de enseñanza y aprendizaje. Adicional, se indagó sobre las concepciones precias sobre el trabajo en equipo y a valoración de este en el marco del proceso de acompañamiento.
DOI: 10.5061/dryad.66t1g1k6r
title: Experimental data on temperature responses of maturation and survivorship of the Harlequin bug (Murgantia histrionica)

description: Climate warming is the defining environmental crisis of the 21st century.
 Elucidating whether organisms can adapt to rapidly changing thermal
 environments is therefore a crucial research priority. We investigated
 warming effects on a native hemipteran insect (Murgantia histrionica) that
 feeds on an endemic plant species (Isomeris arborea) of the California
 coastal sage scrub. Experiments conducted in 2009 quantified the
 temperature responses of juvenile maturation rates and stage-specific and
 cumulative survivorship. The intervening decade has seen some of the
 hottest years ever recorded, with increasing mean temperatures accompanied
 by an increase in the frequency of hot extremes. Experiments repeated in
 2021 show a striking change in the bugs' temperature responses. In
 2009, no eggs developed past the second nymphal stage at 33°C. In 2021,
 eggs developed into reproductive adults at 33°C. Upper thermal limits for
 maturation and survivorship have increased, along with a decrease in
 mortality risk with increasing age and temperature, and a decrease in the
 temperature sensitivity of mortality with increasing age. While we cannot
 exclude the possibility that other environmental factors occurring in
 concert could have affected our findings, the fact that all observed trait
 changes are in the direction of greater heat tolerance suggests that
 consistent exposure to extreme heat stress may at least be partially
 responsible for these changes. Harlequin bugs belong to the suborder
 Heteroptera, which contains a number of economically important pests,
 biological control agents, and disease carriers. Their differential
 success in withstanding warming compared to beneficial holometabolous
 insects such as pollinators may exacerbate the decline of beneficial
 insects due to other causes (e.g., pollution and pesticides) with
 potentially serious consequences on both biodiversity and ecosystem
 functioning.
description: Data were collected from experiments that measured the effect of
 temperature on the Harlequin bug's maturation and egg-to-adult
 survivorship. There were eight temperature treatments (15, 18, 21, 24, 27,
 29, 33 and 35°C).
DOI: 10.5061/dryad.fttdz08zw
title: A review of HPV and HBV vaccine hesitancy, intention and uptake in the era of social media and COVID-19

description: Prior to the COVID-19 pandemic, the World Health Organization named
 vaccine hesitancy as one of the top 10 threats to global health. The
 impact of hesitancy on uptake of human papillomavirus (HPV) vaccines was
 of particular concern, given the markedly lower uptake compared to other
 adolescent vaccines in some countries, notably the United States. With the
 recent approval of COVID-19 vaccines coupled with the widespread use of
 social media, concerns regarding vaccine hesitancy have grown. However,
 the association between COVID-related vaccine hesitancy and cancer
 vaccines such as HPV is unclear. To examine the potential association, we
 performed two reviews using Ovid Medline and APA PsychInfo. Our aim was to
 answer two questions: (1) Is COVID-19 vaccine hesitancy, intention, or
 uptake associated with HPV or HBV vaccine hesitancy, intention, or uptake?
 and (2) Is exposure to COVID-19 vaccine misinformation on social media
 associated with HPV or HBV vaccine hesitancy, intention, or uptake? Our
 review identified few published empirical studies that addressed these
 questions. Our results highlight the urgent need for studies that can
 shift through the vast quantities of social media data to better
 understand the link between COVID-19 vaccine misinformation and
 disinformation and its impact on uptake of cancer vaccines.
DOI: 10.5281/zenodo.17915268
title: GWxLSS angular power spectra

description: This data was used in our study for cross correlations of the large scale structre and the astrophysical gravitational wave background using simulation based inference.The data corresponds to the cross angular power spectra realizations for z1 = 1, z2 = 1.5 and z3 = 2, and it is structured as follows:First row: ℓ (up to 81)uneven rows: Cℓ(z)even rows: σCℓ(z)
DOI: 10.5281/zenodo.17915269
title: GWxLSS angular power spectra

description: This data was used in our study for cross correlations of the large scale structre and the astrophysical gravitational wave background using simulation based inference.The data corresponds to the cross angular power spectra realizations for z1 = 1, z2 = 1.5 and z3 = 2, and it is structured as follows:First row: ℓ (up to 81)uneven rows: Cℓ(z)even rows: σCℓ(z)
DOI: 10.25349/d9vg9j
title: Nutrient concentrations of the Devereux Slough, 2018–2022 (nitrogen, phosphorus and ammonium)

description: The Devereux Slough is a Temporary Open closed Estuary (TOCE). Nutrient
 concentrations were taken during storm events from 5 locations the are
 inlets to the Devereux Slough to estimate nutrient export to the ocean
 while the slough is open.
description: This data was collected with 3 ISCO samplers at different
 locations and grab samples using a weighted bottle holder and 3 rinses.
 Samples were filtered and frozen within 48 hours of the samples being
 collected. At the end of the water year samples were sent to the UCSB
 Marine Science Institute analytical lab for analysis. https://msi.ucsb.edu/facilities-services/analytical-lab/about. All results are raw from what was reported back from the MSI analytic lab (micromolar).
DOI: 10.5061/dryad.dbrv15f6w
title: Reciprocal expression of MADS-box genes and DNA methylation reconfiguration initiate bisexual cones in spruce

description: The naturally occurring bisexual cone of gymnosperms is considered to have
 been a potential intermediate stage in the origin of flowers, but the
 mechanisms governing bisexual cone formation remain largely elusive. Here,
 we employed transcriptomic and DNA methylomic analyses, together with
 hormone measurement, to investigate the molecular mechanisms underlying
 bisexual cone development in a conifer species Picea crassifolia. Our
 study reveals a “bisexual” expression profile in bisexual cones,
 especially in expression patterns of B-, C-class and LEAFY genes,
 supporting the out of male model. GGM7 could be essential for initiating
 bisexual cones. DNA methylation reconfiguration in bisexual cones affects
 the expression of genes crucial for cone development, including PcDAL12,
 PcDAL10, PcNEEDLY and PcHDG5. Auxin likely plays an important role in the
 development of female structures of bisexual cones. This study unveils the
 potential mechanisms responsible for bisexual cone formation in conifers
 and may shed light on the development of bisexuality.
description: # Reciprocal expression of MADS-box genes and DNA methylation
 reconfiguration initiate bisexual cones in spruce 1. RefSeq.fas: Reference
 Sequence assembled by multiple transcriptomes (M1, M3, M5, F1, F3 and F5)
 using for BS-seq mapping. 2. promoter_seq.fas: upstream region of some
 genes (MADS-box genes, LEAFY, NEEDLY and PcHDG5) which are obtained by
 PCR. 3. MADS-box_pep_seq.fas: protein sequence matrices of MIKCc MADS-box
 genes after alignment and removal of uncertainty positions. 4.
 MADS-box_ML.tre: a ML tree estimated from the protein sequence matrices of
 MIKCc MADS-box genes (MADS-box_pep_seq.fas).
DOI: 10.5061/dryad.vmcvdnczt
title: Zircon 2D shape and geochemistry

description: This data set accompanies the G-Cubed manuscript titled "Does Zircon
 Shape Retain Petrogenetic Information?". It presents individual
 zircon 2D shape measurements coupled with individual grain U and Th
 contents (where applicable) and sample whole-rock geochemistry.
description: Zircon 2D shape measurements were obtained by measuring black and
 white (binary) images contructed by merging reflected and transmitted
 light photomicrographs of zircons, mounted in epoxy. Zircon images were
 obtained from the Geological Survey of Western Australia (GSWA). Zircon
 shapes were measured using AnalyZr (https://zenodo.org/record/7885059). Whole-rock geochemistry was sourced from the state-wide geochemistry data set of the GSWA (https://www.dmp.wa.gov.au/GeoChem-Extract-Geochemistry-1559.aspx). If multiple analyses exist for a chemical species measured in a given sample, the analysis with the lowest detection limit was used. Zircon U and Th content was sourced from the GSWA's 2019 Geochronology Compilation https://dmpbookshop.eruditetechnologies.com.au/product/compilation-of-geochronology-information-2019.do). Zircon grains documented as having xenocrystic components, or being non-igneous (e.g., metamorphic, discordant, or subject to secondary processes) were excluded from the data. When a grain had multiple analyses interpreted to represent igneous crystallisation age, the analysis with the smallest analytical uncertainty was selected to represent the grain. A threshold of 1.5 Ga was used to select between 238U/206Pb (younger) or 207Pb/206Pb (older) isotope ratios for age determination. The description, tectonic unit, age (Ma), age uncertainty (Ma), reference, lat, and long columns are drawn from the GSWA 2019 Geochronology Compilation spatial data set ( https://dmpbookshop.eruditetechnologies.com.au/product/compilation-of-geochronology-information-2019.do). The xenocryst component (%) reflects the xenocrysts to primary igneous zircon  for each sample, as documented in the GSWA 2019 Geochronology Compilation data sets ( https://dmpbookshop.eruditetechnologies.com.au/product/compilation-of-geochronology-information-2019.do) Discordant analyses were excluded from the xenocryst component (%) calculation.
description: The data set is provided in .csv format and can be opened in a
 standard text editor.
DOI: 10.5061/dryad.3r2280gnk
title: Rotational grazing with cattle-free zones supports the coexistence of cattle and wild herbivores in African rangelands

description: African wildlife populations are declining at an alarming rate. To stop
 further population declines and restore ecosystems, more areas for
 wildlife are needed. Community-based conservation with wildlife-livestock
 coexistence in the vast rangelands of Africa presents a major opportunity.
 However, the efficacy of wildlife conservation in mixed land-use areas
 remains an outstanding question. To assess the ecological outcomes of
 land-sharing between regulated livestock herds and wildlife populations in
 African savannas, we test how rotational cattle grazing affects
 spatiotemporal dynamics of 15 large herbivore species in the Maasai Mara,
 Kenya. First, we tested how wild herbivore distributions across the
 Greater Mara Ecosystem (the Mara, ~2,600 km2) are related to cattle
 density and environmental variables using 584,561 observations of wild
 herbivores (ecosystem scale). In a second analysis, we tested how
 rotational cattle grazing affects wild herbivore distributions in a 300
 km2 subsection of the Mara using 30,583 observations (landscape scale).
 Finally, we tested how functional traits of wild herbivores affect
 species-level spatiotemporal responses to cattle grazing.  At the
 ecosystem scale, the presence of five wild herbivore species was
 positively correlated with cattle density, while cattle effects on wild
 herbivore abundances were species-dependent with both increases and
 decreases. At the landscape scale, rotational cattle grazing strongly
 impacted the spatiotemporal habitat selection of wild herbivores,
 resulting in distinct lag periods with which different species are
 attracted to areas previously grazed by cattle. These lag periods were
 linked to functional traits, with body mass and herd size explaining 35%
 of the interspecific differences. Small to medium-sized herbivores with
 large herds select areas recently grazed by cattle, whereas large species
 with large herd sizes and small species with small herd sizes avoid
 recently grazed areas. Synthesis and applications Our results revealed
 that the effect of cattle on wild herbivores varies considerably among
 species, suggesting that cattle-wildlife interactions range from
 facilitation to competition. To maintain species that strongly avoid
 cattle, designated livestock-free zones remain essential, also in
 rotational grazing systems. Rotational grazing systems with regulated
 livestock densities present an important opportunity to better manage
 wildlife-livestock coexistence and thus improve wildlife conservation in
 African rangelands.
DOI: 10.5061/dryad.7pvmcvf0c
title: The structure of the thermal landscape determined behavioral and physiological responses to simulated predation risk_data

description: Although predators can deter an animal from regulating its body
 temperature by basking or shuttling, this response to predation should
 depend on the spatial distribution of thermal resources.
 By simulating predation risk, we showed that movement,
 thermoregulation, and corticosterone of male lizards (Sceloporus jarrovi)
 depended on the spatial distribution of shade. Simulated risk caused
 lizards to move less, thermoregulate worse, and circulate more
 corticosterone than they did without risk. However, a patchier
 distribution of shade enabled lizards to move more, thermoregulate better,
 and circulate less corticosterone when exposed to a simulated predator. In
 the absence of simulated risk, lizards in patchier environments moved
 less, thermoregulated better, and circulated less corticosterone,
 indicating the distribution of shade also affected the energetic cost of
 thermoregulation. This study provides the first test of a spatial theory
 of thermoregulation under the perceived risk of predation.
description: All data were collected and stored using Microsof Excel, and all
 data were processed (i.e., statistical analyses) using R.
description: Microsoft Excel
DOI: 10.17863/cam.123665
title: Research Data supporting "Real-Time Prediction of Lower Limb Joint Kinematics, Kinetics, and Ground Reaction Force using Wearable Sensors and Machine Learning"

description: This dataset contains the FSR, IMU, ground reaction force (GRF), inverse kinematics (IK), and inverse dynamics (ID) data (Input data) by subject an side (right/left) used to train the models in the associated paper. /Data/ └── GRF Model/ ├── Subject1/ │ ├──file.txt │ ├──... ├── Subject2/ ├── ... └── Angle Models/ ├── Subject1/ │ ├── IK/ │ │ ├── Right │ │ │├──file.txt │ │ ├── Left │ │ │├──file.txt │├── Sensors/ │ │ ├── Right │ │ │├──file.txt │ │ ├── Left │ │ │├──file.txt ├── Subject2/ ├── ... └── Moment Models/ ├── Subject1/ │ ├── IK/ │ │ ├── Right │ │ │├──file.txt │ │ ├── Left │ │ │├──file.txt │├── ID/ │ │ ├── Right │ │ │├──file.txt │ │ ├── Left │ │ │├──file.txt │├── GRF/ │ │ ├── Right │ │ │├──file.txt │ │ ├── Left │ │ │├──file.txt ├── Subject2/ ├── ... For GRF Model, the files include the aligned FSR (FSR1 to 8) and vGRF (GRF) data. For Angle Models, the IK files contain all the joint angles in the model (with time and gait percentage). The Sesnors files contain the UNIX-timestamped IMu data (accelerometer AX, AY, AZ. magnetometer MX, MY, MZ, and gyroscope GX, GY, GZ) for the 4 IMUs in order: right shank, left shank, right foot, left foot (the remaining columns for EMG1 to 6 and metab are not used in this work). For Moment Models, the IK files follow the same structure, in addition to the ID files which have the joint moments for all the model joints. The GRF files have the timed vGRF values for the right and left feet.
DOI: 10.5061/dryad.5tb2rbp9c
title: Drivers Drowsiness Database: A collection of physiological signals during the use of a driving simulator (DD-Database)

description: The DD-Database contains the physiological signals of 4 EEG channels, 2
 EOG channels and 1 ECG channel as well as annotation files corresponding
 to 10 healthy volunteers between 20 and 50 years old. The signals were
 collected during the use of a driving simulator under a protocol designed
 to induce drowsiness. The annotation files have the time marks of
 subject´s drowsiness events. The experiment was carried out in 2 trials of
 2 hours each, so the database contains 40 hours of information. This
 database is a contribution for the development and evaluation of
 algorithms and/or systems for detecting drowsiness in drivers. Data
 acquired during the use of a driving simulator and publicly available, are
 scarce.
description: Data were collected from 10 healthy volunteers between 20 and 50
 years old during the use of a driving simulator. All volunteers provided
 written informed consent. For all subjects, approximately 4 hours of
 physiological signals were collected. The experiment
 itself consisted of acquiring physiological signals during the use of a
 driving simulator in a dark and quiet environment while presenting a night
 driving scenario on a straight route. The day before the test, the
 subjects were instructed to be partially deprived of sleep, attend after
 lunch at the agreed time and to not take medications, or alcoholic or
 energy drinks. All these actions pointed to induced drowsiness. The test
 lasts 2 hours and it was carried out twice for each volunteer on a
 different day. Additionally, the volunteers were instructed to press an
 event button when they felt drowsy during the test. The
 data are de-identified and free of personal health information (PHI). The
 volunteer number (01 to 10) and the trial number of the same volunteer (1
 or 2) are randomly assigned, both trails always remain together. The
 information of the gender and the channel is kept. The
 physiological signals were acquired at a sample frequency of 128 Hz with a
 16-bit resolution A/D converter. EEG and EOG were configured as unipolar
 channels. For ECG a bipolar channel in DIII position was acquired. An
 AKONIC Neurotrace-Mini PC polysomnography equipment was used for the
 signal acquisition. The Mini-PC model has a sampling frequency of 128 Hz
 for all signals, 32 channels plus the system reference and 7 ground inputs
 filters
description: The data are in .edf format, which is a suitable format for these
 types of data. The labeling of files shows the
 information of #volunteer, gender, #trial, and signal
 type/channel.
DOI: 10.5061/dryad.r2280gbjf
title: Mountaintop gamma ray observations of three terrestrial gamma-ray flashes at the Säntis Tower, Switzerland with coincident radio waveforms

description: We report on the mountain top observation of three terrestrial gamma-ray
 flashes (TGFs) that occurred during the summer storm season of 2021. To
 our knowledge, these are the first TGFs observed in a mountaintop
 environment and the first published European TGFs observed from the
 ground. A gamma-ray sensitive detector was located at the base of the
 Säntis Tower in Switzerland and observed three unique TGF events with
 coincident radio sferic data characteristic of TGFs seen from space. We
 will show an example of a 'slow pulse' radio signature, an -EIP,
 and a double peak TGF associated with an extraordinarily powerful and
 complicated positive-polarity sferic, where each TGF peak is possibly
 preceded by a short burst of stepped leader emission.
DOI: 10.5061/dryad.crjdfn39t
title: Molecular data of the Sphagnum cuspidatum complex relative to taxonomy

description: The use of species as a concept is an important metric for assessing
 biological diversity and ecosystem function. However, delimiting species
 based on morphological characters can be difficult, especially in aquatic
 plants that exhibit high levels of variation and overlap. The Sphagnum
 cuspidatum complex, which includes plants that dominate peatland hollows
 close to or at the water table, provides an example of challenges in
 species delimitation. Microscopic characters that have been used to define
 taxa and the possibility that these characters may simply be phenoplastic
 responses to variation in water availability make species delimitation in
 this group especially difficult. In particular, the use of leaf shape and
 serration, which have been used to separate species in the complex, have
 resulted in divergent taxonomic treatments. Using a combination of
 high-resolution population genomic data (RADseq) and a robust
 morphological assessment of plants representing the focal species, we
 provide evidence to evaluate putative species in this complex. Our results
 are broadly relevant to other aquatic groups where leaf shape and marginal
 teeth are used to distinguish species.
description: File cuspidatum_demultiplexed_illumina_reads_20230315.tar.gz:
 Zipped folder with 135 files of demultiplexed Illumina reads for Sphagnum
 samples included in the analyses. File
 cuspidatum_dataset_all_135_samples.phy: Phylip format alignment of 8367
 RADseq loci generated by ipyrad for 135 Sphagnum samples.
 File cuspidatum_dataset_all_135_samples.loci: Loci format file of
 8367 RADseq loci generated by ipyrad for 135 Sphagnum samples.
 File cuspidatum_plastid_loci_52_samples: Fasta format alignment
 of 5 plastid concatenated loci generated by ipyrad and identified them by
 mapping to Sphagnum fallax reference genome (52 samples).
 File cuspidatum_dataset_ingroup_57_samples.ustr: Structure format
 file (two lines per samples, considering S. torreyanum and S.
 mississippiense samples as diploid and the remain species as haploid) with
 one randomly selected SNP per locus generated by ipyrad for 57 Sphagnum
 samples.