cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.24135315
title: <b>The FreiBurger: A new optotype for P300-based acuity estimation</b><b>Céline Z. Duval, Saskia B. Kaczan, Sven P. Heinrich</b>

description: <b>First Data Set: Visual Acuity Measurements</b>In the first data set, we collected raw data to evaluate the performance of the FreiBurger device for visual acuity measurements. This study aimed to assess visual acuity by measuring logMAR values using both the FreiBurger and Landolt C. The measurements were conducted under two conditions: with and without the use of a filter for artificial visual degradation.<b>Second Data Set: EEG Study on P300 Peak Amplitudes</b>In the second data set, we conducted an EEG study using an oddball paradigm involving 12 participants. This study aimed to evaluate differences in P300 peak amplitudes when using the FreiBurger compared to the Landolt C. The study included three distinct vision conditions:<b>Undegraded Vision:</b> Participants were tested under normal visual conditions without any artificial degradation.<b>Degraded:</b> Participants underwent testing with visual acuity artificially degraded, simulating conditions of reduced visual clarity.<b>Degraded and Restricted:</b> In this condition, both visual acuity and visual field were artificially degraded to create a more challenging visual task.<br>
DOI: 10.6084/m9.figshare.24135315.v1
title: <b>The FreiBurger: A new optotype for P300-based acuity estimation</b><b>Céline Z. Duval, Saskia B. Kaczan, Sven P. Heinrich</b>

description: <b>First Data Set: Visual Acuity Measurements</b>In the first data set, we collected raw data to evaluate the performance of the FreiBurger device for visual acuity measurements. This study aimed to assess visual acuity by measuring logMAR values using both the FreiBurger and Landolt C. The measurements were conducted under two conditions: with and without the use of a filter for artificial visual degradation.<b>Second Data Set: EEG Study on P300 Peak Amplitudes</b>In the second data set, we conducted an EEG study using an oddball paradigm involving 12 participants. This study aimed to evaluate differences in P300 peak amplitudes when using the FreiBurger compared to the Landolt C. The study included three distinct vision conditions:<b>Undegraded Vision:</b> Participants were tested under normal visual conditions without any artificial degradation.<b>Degraded:</b> Participants underwent testing with visual acuity artificially degraded, simulating conditions of reduced visual clarity.<b>Degraded and Restricted:</b> In this condition, both visual acuity and visual field were artificially degraded to create a more challenging visual task.<br>
DOI: 10.5281/zenodo.8342534
title: AI-rmonizer Weights

description: <strong>Training results. AI-rmonizer unsupervised music composition system.</strong> Weights calculated from training with the MAESTRO v3.0.0 MIDI dataset. Curtis Hawthorne, Andriy Stasyuk, Adam Roberts, Ian Simon, Cheng-Zhi Anna Huang, Sander Dieleman, Erich Elsen, Jesse Engel, and Douglas Eck. "Enabling Factorized Piano Music Modeling and Generation with the MAESTRO Dataset." In International Conference on Learning Representations, 2019.
DOI: 10.5281/zenodo.8342535
title: AI-rmonizer Weights

description: <strong>Training results. AI-rmonizer unsupervised music composition system.</strong> Weights calculated from training with the MAESTRO v3.0.0 MIDI dataset. Curtis Hawthorne, Andriy Stasyuk, Adam Roberts, Ian Simon, Cheng-Zhi Anna Huang, Sander Dieleman, Erich Elsen, Jesse Engel, and Douglas Eck. "Enabling Factorized Piano Music Modeling and Generation with the MAESTRO Dataset." In International Conference on Learning Representations, 2019.
DOI: 10.6084/m9.figshare.12198003
title: CU_UROGYN_USL_DATABASE_042620.xlsx

description: Excel database of patient demographic information and USL tissue characteristics from control patients and patients treated for pelvic organ prolapse. Specimens were evaluated using quantitative and semi-quantitative measures by a histopathologist who was blinded to non-prolapse or prolapse diagnosis. Scoring methods/criteria were as follows.<br><br>Fibrillar collagen (COL)<br>Fibrillar collagen in USL specimens was determined by computerized image analysis where the percent of area covered by trichrome-stain positive collagen fibers was quantified using the Computer Program SlideBook v6.0 All other measurements were generated by subjective measures by the histopathologist. Photomicrographic images of all specimens used for this study are present in .PDF files separated by POP and CTRL groups. Categories, acronynms where used, and scoring criteria are listed as follows:<br>Total Non-Vascular Smooth Muscle (SM)<br>Scoring:3: No loss in muscle fascicles, no fiber dropout in fascicles2: 10-33% loss of muscle fascicles and fibers1: 33-66% loss of muscle fascicles and fibers0: 66-100% loss of muscle fascicles and<br>Smooth Muscle Fiber Drop Out (SmFDO)<br>Scoring:<br>0: less than 10% loss of fibers from any fascicle1: 10-33% loss of fibers from any fascicle2: 33-66% loss of fibers from any fascicle3: more than 66% loss of fibers from any fascicle<br>Muscle Fiber Vesicles (MUSC_VASC)<br>Scoring:0: No vesicles in any fibers1: Vesicles in 10-33% of fibers2: Vesicles in 33-66% of fibers3: Vesicles in 66-100% of fibers<br>Adipose Tissue (ADIPO)<br>Scoring:0: No Adipose within the Ligament1: 10-20% of the area covered by adipose within the ligament2: 20-35% of the area covered by adipose within the ligament3: more than 40% of the area covered by adipose within the ligament<br>Polymorphonuclear (PMN) Cell Inflammation (PMN-Inflam)<br>Scoring:0: No PMNs in the tissue, few in the vasculature1: A few PMNs in the tissue and vessels of a small area2: Abundant PMNs in a small, localized area or medium number of PMNs over the whole USL3: Abundant PMNs over the whole USL<br>Peri-Neural Inflammation (PN-Inflam)<br>Scoring:0: No PMNs within 3 cell diameters of any neural bundle1: A few PMNs within 3 cell diameters of any neural bundle2: A few PMNs near all neural bundles or higher numbers near just one neural bundle3: Abundant PMNs near any or all neural bundles<br>Neointimal Hyperplasia (NIH)<br>Scoring:: 1 layer of intima, the endothelial cell layer1: 2-4 layers of intima including the endothelial cell layer2: 5-8 layers of intima3: more than 8 layers of intima<br>(Blood) Vessel Quantity (VESSELS)<br>Scoring:0: No medium or large arteries or veins visible1: Only 1 medium size artery or multiple smaller arteries2: 1-2 large arteries and veins3: Multiple cross-sections of multiple large arteries
DOI: 10.6084/m9.figshare.12198003.v1
title: CU_UROGYN_USL_DATABASE_042620.xlsx

description: Excel database of patient demographic information and USL tissue characteristics from control patients and patients treated for pelvic organ prolapse. Specimens were evaluated using quantitative and semi-quantitative measures by a histopathologist who was blinded to non-prolapse or prolapse diagnosis. Scoring methods/criteria were as follows.<br><br>Fibrillar collagen (COL)<br>Fibrillar collagen in USL specimens was determined by computerized image analysis where the percent of area covered by trichrome-stain positive collagen fibers was quantified using the Computer Program SlideBook v6.0 All other measurements were generated by subjective measures by the histopathologist. Photomicrographic images of all specimens used for this study are present in .PDF files separated by POP and CTRL groups. Categories, acronynms where used, and scoring criteria are listed as follows:<br>Total Non-Vascular Smooth Muscle (SM)<br>Scoring:3: No loss in muscle fascicles, no fiber dropout in fascicles2: 10-33% loss of muscle fascicles and fibers1: 33-66% loss of muscle fascicles and fibers0: 66-100% loss of muscle fascicles and<br>Smooth Muscle Fiber Drop Out (SmFDO)<br>Scoring:<br>0: less than 10% loss of fibers from any fascicle1: 10-33% loss of fibers from any fascicle2: 33-66% loss of fibers from any fascicle3: more than 66% loss of fibers from any fascicle<br>Muscle Fiber Vesicles (MUSC_VASC)<br>Scoring:0: No vesicles in any fibers1: Vesicles in 10-33% of fibers2: Vesicles in 33-66% of fibers3: Vesicles in 66-100% of fibers<br>Adipose Tissue (ADIPO)<br>Scoring:0: No Adipose within the Ligament1: 10-20% of the area covered by adipose within the ligament2: 20-35% of the area covered by adipose within the ligament3: more than 40% of the area covered by adipose within the ligament<br>Polymorphonuclear (PMN) Cell Inflammation (PMN-Inflam)<br>Scoring:0: No PMNs in the tissue, few in the vasculature1: A few PMNs in the tissue and vessels of a small area2: Abundant PMNs in a small, localized area or medium number of PMNs over the whole USL3: Abundant PMNs over the whole USL<br>Peri-Neural Inflammation (PN-Inflam)<br>Scoring:0: No PMNs within 3 cell diameters of any neural bundle1: A few PMNs within 3 cell diameters of any neural bundle2: A few PMNs near all neural bundles or higher numbers near just one neural bundle3: Abundant PMNs near any or all neural bundles<br>Neointimal Hyperplasia (NIH)<br>Scoring:: 1 layer of intima, the endothelial cell layer1: 2-4 layers of intima including the endothelial cell layer2: 5-8 layers of intima3: more than 8 layers of intima<br>(Blood) Vessel Quantity (VESSELS)<br>Scoring:0: No medium or large arteries or veins visible1: Only 1 medium size artery or multiple smaller arteries2: 1-2 large arteries and veins3: Multiple cross-sections of multiple large arteries
DOI: 10.15468/9csqef
title: An overview of fishes of the Sundarbans, Bangladesh and their present conservation status: Fishes Checklist

description: Sundarbans, the largest mangrove forest of the world is located in Bangladesh and India. Studies done on the diversity of fish fauna in the Sundarbans mangrove forest of Bangladesh are sparse and patchy. Here we take the opportunity to provide an updated checklist of the fishes of the Sundarbans, Bangladesh based on primary and secondary data. Field surveys were undertaken in the aquatic habitat of Sundarbans core area along with its adjacent marine habitat from June 2015 to July 2017. Based on published information and primary observations the updated list of fishes covers a total of 322 species belonging to 217 genera, 96 families, and 22 orders. Additionally, four species of fishes, are newly reported in Bangladesh waters, viz., Mustelus mosis Hemprich & Ehrenberg, 1899; Lagocephalus guentheri Miranda Ribeiro, 1915; Carangoides hedlandensis Whitley, 1934; Uranoscopus cognatus Cantor, 1849. The global IUCN Red List status of each species has been enlisted. The updated checklist will constitute the reference inventory of fish biodiversity for the Sundarbans, a natural world heritage site.
DOI: 10.5281/zenodo.8342578
title: Dataset for manuscript "Contributions of Atmospheric Rivers to the Hydroclimatology of British Columbia's Nechako River Basin"

description: This dataset is the foundation of the findings presented in the "Contributions of Atmospheric Rivers to the Hydroclimatology of British Columbia's Nechako River Basin".
DOI: 10.5281/zenodo.8342577
title: Dataset for manuscript "Contributions of Atmospheric Rivers to the Hydroclimatology of British Columbia's Nechako River Basin"

description: This dataset is the foundation of the findings presented in the "Contributions of Atmospheric Rivers to the Hydroclimatology of British Columbia's Nechako River Basin".
DOI: 10.15468/s2wk3c
title: Fish diversity of Indian Sundarban and its resource and research prospects: Fishes Checklist

description: The updated list of fishes of Sundarban gives information of about 350 species belonging to 225 genera, 86 families distributed in 25 orders occurring in this region. Cartilaginous fishes or Elasmobranchs comprise only 10.3% of fishes known, i.e., 36 species belonging to 21 genera, 10 families and 6 orders.The rest, 314 species (89.7%) in 204 genera, 76 families and 19 orders are bony fishes. Among the fishes occurring in Indian Sundarban, the family Gobiidae is the most diverse group with 40 species, followed by Sciaenidae (18 spp.) and Engraulidae (17 spp.).The highest representation of elasmobranchs is by the gray sharks (Carcharhinidae, 10 spp.), followed by stingrays (Dasyatidae, 9 spp.).
DOI: 10.48577/jpl.ij2iuf
title: Asteroseismology and Spectropolarimetry of the Exoplanet Host Star λ Serpentis

description: ABSTRACTThe bright star λ Ser is host to a hot Neptune with a minimum mass of 13.6 M⊕ and a 15.5 day orbit. It also appears to be a solar analog, with a mean rotation period of 25.8 days and surface differential rotation very similar to the Sun. We aim to characterize the fundamental properties of this system, and to constrain the evolutionary pathway that led to its present configuration. We detect solar-like oscillations in time series pho- tometry from the Transiting Exoplanet Survey Satellite (TESS), and we derive precise asteroseismic properties from detailed modeling. We obtain new spectropolarimetric data, and we use them to reconstruct the large-scale magnetic field morphology. We reanalyze the complete time series of chromospheric activity measurements from the Mount Wilson observatory, and we present new X-ray and ultraviolet observations from the Chandra and Hubble space telescopes. Finally, we use the updated observational constraints to assess the rotational his- tory of the star and to estimate the wind braking torque. We conclude that the remaining uncertainty on stellar age currently prevents an unambiguous interpretation of the rotation rate of λ Ser, and that the rate of angular momentum loss appears to be higher than for other stars with comparable Rossby number. Future asteroseismic observations may help to improve the precision of the stellar age.
DOI: 10.48577/jpl.sqd70w
title: Surface energy dynamics and canopy structural properties in intact and disturbed forests in the Southern Amazon

description: The Brazilian Amazon has been a focus of land development with large swaths of forests converted to agriculture. Forest degradation by selective logging and fires has accompanied the advance of the frontier and has resulted in significant impacts on Amazonian ecosystems. Changes in forest structure resulting from forest disturbances have large impacts on the surface energy balance, including on land surface temperature (LST) and evapotranspiration (ET). The objective of this study is to assess the effects of forest disturbances on water fluxes and canopy structural properties in a transitional forest site located in Mato Grosso State, Southern Amazon. We used ET and LST products from MODIS and Landsat 8 as well as GEDI-derived forest structure data to address our research questions. We found that disturbances induced seasonal water stress, more pronounced and earlier in croplands and pastures than in forests, and more pronounced in second-growth and recently burned areas than in logged and intact forests. Moreover, we found that ET and LST were negatively related, with a more consistent relationship across disturbance classes in the dry season than the wet season, and that forest and cropland and pasture classes showed contrasting relationships in the dry season. Finally, we found that canopy structural properties exhibited moderate relationships with ET and LST in the most disturbed forests, but negligible correlations in the least disturbed forests. Our findings help to elucidate degraded forests functioning under a changing climate and to improve estimates of water and energy fluxes in the Amazon degraded forests.
DOI: 10.48577/jpl.a0hplv
title: Statistical Characterization of PIXL Trace Element Detection Limits

description: Trace element detection and mapping are some of the key capabilities of the Planetary Instrument for X-ray Lithochemistry (PIXL) on board the Mars 2020 rover Perseverance. However, poor signal-to-noise ratios due to the short integration times required to make high-spatial-resolution map scans operationally feasible raise the possibility of misidentifying statistical noise as a signal from a trace element, which can cause a large number of false detections of a trace element among the hundreds to thousands of data points in each PIXL scan. Here, we apply a statistical technique to quantify the likelihood of such misidentifications and determine what concentration of a trace element must be present to reach statistical confidence in a detection. This approach is anticipated to be applicable both when analyzing existing PIXL data to ensure that noise is not misinterpreted as signals from trace elements and operationally as a tool to inform scan parameters when trace elements of interest are anticipated to be present.
DOI: 10.48577/jpl.ha1mkz
title: Coronagraph Design Survey for Future Exoplanet Direct Imaging Space Missions: Interim Update

description: NASA is about to embark on an ambitious program to develop a Habitable Worlds Observatory (HWO) flagship mission to directly image ~25 potentially Earth-like planets and spectroscopically characterize them for signs of life, as recommended by the Astro2020 decadal survey. In addition, Astro2020 recommended a new approach for flagship formulation, which involves increasing the scope and depth of early, pre-phase A trades and technology maturation, as part of the new Great Observatories Maturation Program (GOMAP). A critical capability of the HWO mission is starlight suppression. To inform future architecture trades, it is necessary to survey a wide range of technologies, from the relatively mature ones such as the ones described in the LUVOIR and HabEx reports, to the relatively new and emerging ones, which may lead to breakthrough performance. In this paper, we present an interim update on an on-going effort to survey coronagraph architectures for HWO (and, more generally, any future exoplanet direct imaging space mission). The survey uses the Kepner-Tregoe matrix (KT) formalism to capture and organize its findings. We present a preliminary version of the table, as well as: (1) a current list of different coronagraph designs which are being surveyed; (2) proposed evaluation criteria, such as expected mission yields and feasibility of maturing to TRL5 by 2029; and (3) tools and methods which will be used to quantify evaluations of different designs.
DOI: 10.48577/jpl.ia0ye9
title: Single field-of-view sounder atmospheric product retrieval algorithm: establishing radiometric consistency for hyper-spectral sounder retrievals

description: The Single Field-of-view (SFOV) Sounder Atmospheric Product (SiFSAP) retrieval algorithm has been developed to address the need to retrieve high spatial resolution atmospheric data products from hyper-spectral sounders and ensure the radiometric consistency between the retrieved properties and measured spectral radiances. It is based on an integrated optimal estimation inversion scheme that processes data from the satellite based synergistic microwave (MW) and infrared (IR) spectral measurements from advanced sounders. The retrieval system utilizes the principal component radiative transfer model (PCRTM) which performs radiative transfer calculations monochromatically and includes accurate cloud scattering simulations. SiFSAP includes temperature, water vapor, surface skin temperature and emissivity, cloud height and microphysical properties, and concentrations of essential trace gases for each SFOV at a native instrument spatial resolution. Error estimations are provided based on a rigorous analysis for uncertainty propagation from the Top-Of-Atmosphere (TOA) spectral radiances to the retrieved geophysical properties. As a comparison, the spatial resolution for the traditional hyper- spectral sounder retrieval products is much coarser than the native resolution of the instruments due to common use of the ‘cloud clearing’ technique to compensate for the lack of cloud scattering simulation in the forward model. The degraded spatial resolution in traditional cloud-clearing sounder retrieval products limits their applications for capturing meteorological or climate signals at finer spatial scales. Moreover, rigorous uncertainty propagation estimation needed for long-term climate trend studies cannot be given due to the lack of direct radiative transfer relationships between the observed TOA radiances and the retrieved geophysical properties. With advantages of the higher spatial resolution, the simultaneous retrieval of atmospheric, cloud, and surface properties using all available spectral information, and the establishment of ‘radiance closure’ in the sounder spectral measurements, the SiFSAP provides additional information needed for various weather and climate studies and applications using sounding observations. This paper gives an overview of SiFSAP retrieval algorithm, and assessment of SiFSAP atmospheric temperature, water vapor, clouds, and surface products derived from the Cross-track Infrared Sounder (CrIS) and Advanced Technology Microwave Sounder (ATMS) data.
DOI: 10.48577/jpl.pijpfv
title: Satellite Monitoring for Coastal Dynamic Adaptation Policy Pathways

description: Dynamic adaptation policy pathways provide a roadmap for coastal communities to establish a suite of sea level rise adaptation responses based on observation-driven signals of increasing risk. This adaptation approach relies heavily on iterative assessment of sea level rise observations and model projections. Remote sensing capabilities from satellites offer an opportunity to assess a consistent set of observational data indicators, around which adaptation pathways can be built. The large-scale nature and broad coverage of satellite observations provide the benefit of consistent monitoring capabilities across the globe, for regions with differing needs, resources, and monitoring capacities. In this study, we identify four categories of data indicators that can be monitored with satellites to support decision making in adaptation pathways: sea level rise, individual processes contributing to sea level rise, impacts of sea level rise, and impacts on implemented adaptation strategies. We review these categories in relation to existing adaptation pathway signposts and the available satellite data. As we highlight the opportunities for satellite-based contributions to sea level adaptation pathways, we also outline potential limitations, opportunities to overcome these limitations, and future steps that can be taken to integrate satellite observations into adaptation pathways.