cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.57968/middlebury.21637538.v1
title: Ring Nebula

description: object name: Ring Nebula object type: planetary nebula coordinates: 18 53 35.0967659112, +33 01 44.883287544 (2000) constellation: Lyra alternate names: Messier 57, NGC 6720 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637544
title: Phantom Galaxy

description: object name: Phantom Galaxy object type: unbarred spiral galaxy coordinates: 01 36 41.7451236624, +15 47 01.107512304 (2000) constellation: Pisces alternate names: Messier 74, NGC 628 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637544.v1
title: Phantom Galaxy

description: object name: Phantom Galaxy object type: unbarred spiral galaxy coordinates: 01 36 41.7451236624, +15 47 01.107512304 (2000) constellation: Pisces alternate names: Messier 74, NGC 628 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637562.v1
title: Little Dumbbell Nebula

description: object name: Little Dumbbell Nebula object type: planetary nebula coordinates: 01 42 19.6557728208, +51 34 31.534970052 (2000) constellation: Perseus alternate names: Messier 76, NGC 650, NGC 651 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637562
title: Little Dumbbell Nebula

description: object name: Little Dumbbell Nebula object type: planetary nebula coordinates: 01 42 19.6557728208, +51 34 31.534970052 (2000) constellation: Perseus alternate names: Messier 76, NGC 650, NGC 651 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637568.v1
title: Owl Nebula

description: object name: Owl Nebula object type: planetary nebula coordinates: 11 14 47.7122947800, +55 01 08.482832076 (2000) constellation: Ursa Major alternate names: Messier 97, NGC 3587 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637568
title: Owl Nebula

description: object name: Owl Nebula object type: planetary nebula coordinates: 11 14 47.7122947800, +55 01 08.482832076 (2000) constellation: Ursa Major alternate names: Messier 97, NGC 3587 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637589.v1
title: Silver Sliver Galaxy

description: object name: Silver Sliver Galaxy object type: unbarred spiral galaxy coordinates: 02 22 32.907, +42 20 53.95 (2000) constellation: Andromeda alternate names: Caldwell 23, NGC 891 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637589
title: Silver Sliver Galaxy

description: object name: Silver Sliver Galaxy object type: unbarred spiral galaxy coordinates: 02 22 32.907, +42 20 53.95 (2000) constellation: Andromeda alternate names: Caldwell 23, NGC 891 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637592.v1
title: California Nebula

description: object name: California Nebula object types: emission nebula, H II region coordinates: 04 03 18.0, +36 25 18 (2000) constellation: Perseus alternate name: NGC 1499 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637592
title: California Nebula

description: object name: California Nebula object types: emission nebula, H II region coordinates: 04 03 18.0, +36 25 18 (2000) constellation: Perseus alternate name: NGC 1499 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637622
title: Fireworks Galaxy

description: object name: Fireworks Galaxy object types: intermediate spiral galaxy, barred spiral galaxy coordinates: 20 34 52.332, +60 09 13.24 (2000) constellations: Cepheus, Cygnus alternate names: Caldwell 12, NGC 6946 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637622.v1
title: Fireworks Galaxy

description: object name: Fireworks Galaxy object types: intermediate spiral galaxy, barred spiral galaxy coordinates: 20 34 52.332, +60 09 13.24 (2000) constellations: Cepheus, Cygnus alternate names: Caldwell 12, NGC 6946 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637601
title: Crescent Nebula

description: object name: Crescent Nebula object types: emission nebula, H II region coordinates: 20 12 07.0, +38 21 18 (2000) constellation: Cygnus alternate names: Caldwell 27, NGC 6888 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21637601.v1
title: Crescent Nebula

description: object name: Crescent Nebula object types: emission nebula, H II region coordinates: 20 12 07.0, +38 21 18 (2000) constellation: Cygnus alternate names: Caldwell 27, NGC 6888 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641438
title: Western Veil Nebula

description: object name: Western Veil Nebula object type: supernova remnant coordinates: 20 45 38.0, +30 42 30 (2000) constellation: Cygnus alternate names: Caldwell 34, NGC 6960 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641438.v1
title: Western Veil Nebula

description: object name: Western Veil Nebula object type: supernova remnant coordinates: 20 45 38.0, +30 42 30 (2000) constellation: Cygnus alternate names: Caldwell 34, NGC 6960 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641468
title: Eastern Veil Nebula

description: object name: Eastern Veil Nebula object type: supernova remnant coordinates: 20 56 19.0, +31 44 36 (2000) constellation: Cygnus alternate names: Caldwell 33, NGC 6992 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641468.v1
title: Eastern Veil Nebula

description: object name: Eastern Veil Nebula object type: supernova remnant coordinates: 20 56 19.0, +31 44 36 (2000) constellation: Cygnus alternate names: Caldwell 33, NGC 6992 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641477.v1
title: Southern Eastern Veil Nebula

description: object name: Southern Eastern Veil Nebula object type: supernova remnant coordinates: 20 57 00.0, +31 13 00 (2000) constellation: Cygnus alternate names: Caldwell 33, NGC 6995, IC 1340 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641477
title: Southern Eastern Veil Nebula

description: object name: Southern Eastern Veil Nebula object type: supernova remnant coordinates: 20 57 00.0, +31 13 00 (2000) constellation: Cygnus alternate names: Caldwell 33, NGC 6995, IC 1340 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641498
title: Saturn Nebula

description: object name: Saturn Nebula object type: planetary nebula coordinates: 21 04 10.8155187648, -11 21 48.580157556 (2000) constellation: Aquarius alternate names: Caldwell 55, NGC 7009 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641498.v1
title: Saturn Nebula

description: object name: Saturn Nebula object type: planetary nebula coordinates: 21 04 10.8155187648, -11 21 48.580157556 (2000) constellation: Aquarius alternate names: Caldwell 55, NGC 7009 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641516
title: NGC 7217

description: object name: NGC 7217 object type: unbarred spiral glaxy coordinates: 22 07 52.3984675584, +31 21 33.632293572 (2000) constellation: Pegasus observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641516.v1
title: NGC 7217

description: object name: NGC 7217 object type: unbarred spiral glaxy coordinates: 22 07 52.3984675584, +31 21 33.632293572 (2000) constellation: Pegasus observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641534
title: NGC 7331

description: object name: NGC 7331 object type: unbarred spiral galaxy coordinates: 22 37 04.0506038088, +34 24 56.800076508 (2000) constellation: Pegasus alternate name: Caldwell 30 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641534.v1
title: NGC 7331

description: object name: NGC 7331 object type: unbarred spiral galaxy coordinates: 22 37 04.0506038088, +34 24 56.800076508 (2000) constellation: Pegasus alternate name: Caldwell 30 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641582.v1
title: Wizard Nebula

description: object name: Wizard Nebula object types: emission nebula, H II region, open star cluster coordinates: 22 47 32.0, +58 02 54 (2000) constellation: Cepheus alternate name: NGC 7380 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641582
title: Wizard Nebula

description: object name: Wizard Nebula object types: emission nebula, H II region, open star cluster coordinates: 22 47 32.0, +58 02 54 (2000) constellation: Cepheus alternate name: NGC 7380 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641603
title: Bubble Nebula

description: object name: Bubble Nebula object types: emission nebula, H II region coordinates: 23 20 48.3, +61 12 06 (2000) constellation: Cassiopeia alternate names: Caldwell 11, NGC 7635 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.57968/middlebury.21641603.v1
title: Bubble Nebula

description: object name: Bubble Nebula object types: emission nebula, H II region coordinates: 23 20 48.3, +61 12 06 (2000) constellation: Cassiopeia alternate names: Caldwell 11, NGC 7635 observation filters: B, G, R file formats: FITS, PNG observation dates: 2020 June-September telescope: Mittelman Observatories 0.5m at New Mexico Skies
DOI: 10.25573/serc.21263328.v1
title: Dataset: Oxygen priming induced by elevated CO2 reduces carbon accumulation and methane emissions in coastal wetlands

description: This dataset accompanies the published paper Noyce et al. (2022) in Nature Geosciences. The data are from a multi-year field manipulation of warming and elevated CO<sub>2</sub> (SMARTX) in the Smithsonian's Global Change Research Wetland (GCReW), a brackish, microtidal wetland side on a subestuary of the Chesapeake Bay. Metadata are provided in the Read Me file. The dataset covers 2017-2020 and includes surface elevation, soil redox potential, methane (CH<sub>4</sub>) emissions, porewater CH<sub>4</sub>, root biomass, and stem density for each experimental plot.
DOI: 10.18434/mds2-2726
title: Reinstatement of the NIST Field Strength Probe Calibration Service
DOI: 10.6084/m9.figshare.15054285
title: Elaborating the association of age at first drink with risky drinking: results from a cross-sectional survey

description: An association between early drinking onset and subsequent heavy drinking has been established, but interpretation is problematic: is the onset of drinking or of intoxication important; is early onset a marker for vulnerability or a causal risk factor; what role does recall bias play? We (1) compare the associations of onset indicators with subsequent risky drinking, (2) assess whether drinking onset has a stronger association with subsequent risky drinking than relative onset (deviation from cohort’s median), and (3) study recall bias by examining within-cohort temporal changes in reported ages of drinking onset. The Finnish Drinking Habits Survey, a cross-sectional general population survey of 15–79-year-old Finns collected in 2016. Additionally, the four previous survey waves from 1984 to 2008 were used. Risky drinking was defined using the Alcohol Use Disorders Identification Test (AUDIT), and the age of first drink (AFD) and of intoxication (AFI) were obtained by retrospective recall. All three indicators showed statistically significant associations with AUDIT, but AFI had the strongest association. Absolute age of onset had a slightly stronger association with AUDIT than relative age of onset. Recall bias of AFD was found for each birth cohort, as the reported AFD within each cohort increased over time. Onset of intoxication has stronger association with risky drinking than the onset of drinking. No gain was seen in measuring relative rather than absolute age of onset, which suggests that age of onset is not merely a marker of vulnerability to risky drinking.
DOI: 10.6084/m9.figshare.15054285.v1
title: Elaborating the association of age at first drink with risky drinking: results from a cross-sectional survey

description: An association between early drinking onset and subsequent heavy drinking has been established, but interpretation is problematic: is the onset of drinking or of intoxication important; is early onset a marker for vulnerability or a causal risk factor; what role does recall bias play? We (1) compare the associations of onset indicators with subsequent risky drinking, (2) assess whether drinking onset has a stronger association with subsequent risky drinking than relative onset (deviation from cohort’s median), and (3) study recall bias by examining within-cohort temporal changes in reported ages of drinking onset. The Finnish Drinking Habits Survey, a cross-sectional general population survey of 15–79-year-old Finns collected in 2016. Additionally, the four previous survey waves from 1984 to 2008 were used. Risky drinking was defined using the Alcohol Use Disorders Identification Test (AUDIT), and the age of first drink (AFD) and of intoxication (AFI) were obtained by retrospective recall. All three indicators showed statistically significant associations with AUDIT, but AFI had the strongest association. Absolute age of onset had a slightly stronger association with AUDIT than relative age of onset. Recall bias of AFD was found for each birth cohort, as the reported AFD within each cohort increased over time. Onset of intoxication has stronger association with risky drinking than the onset of drinking. No gain was seen in measuring relative rather than absolute age of onset, which suggests that age of onset is not merely a marker of vulnerability to risky drinking.
DOI: 10.6084/m9.figshare.21644357
title: Raw data_Wine fermentation of three-leaf cayratia

description: Raw data for manuscript
DOI: 10.6084/m9.figshare.21644357.v1
title: Raw data_Wine fermentation of three-leaf cayratia

description: Raw data for manuscript
DOI: 10.25921/vpez-m371
title: ES60 Water Column Sonar Data Collected During AI04SS
DOI: 10.6084/m9.figshare.21644405
title: test

description: test
DOI: 10.6084/m9.figshare.21644405.v1
title: test

description: test
DOI: 10.6084/m9.figshare.20173571.v2
title: Data for "Greater local adaptation to temperature in the ocean than on land"

description: Data and R scripts used to examine patterns in thermal limits across populations. Zip file contains a complete R project folder. This directory includes the thermal limit and environmental data needed to reproduce analyses, along with the scripts used to analyze the data and generate the figures.
DOI: 10.6084/m9.figshare.21644414
title: C388601-TGA Test Report.pdf

description: Thermogravemetric Analysis for " Piezoresistive Composites in Tension and Compression using a Cantilevered Beam for Spot Testing and Tactile Sensing."
DOI: 10.5281/zenodo.7374153
title: Supporting data for the manuscript entitled: Long-term biodegradation of oil under Arctic Conditions: the Baffin Island Oil Spill (BIOS) revisited after almost four decades.

description: The potential of an unintentional oil spill from ships or upcoming oil development is rising as the Arctic warms up more. It is crucial to understand how oil behaves in this setting and what influences oil biodegradation in the Arctic. On Baffin Island in the Canadian High Arctic, the Baffin Island Oil Spill (BIOS) project staged a number of simulated oil spills on the backshore zone of beaches in the 1980s. Two BIOS sites were revisited in 2019, about 40 years after the first oil pollution, providing a unique chance to research the long-term weathering of crude oil in Arctic conditions. Here, we demonstrate that even after over 40 years, residual oil is still detectable at these locations. Oil at both locations seems to deteriorate relatively slowly, with estimated loss rates ranging from 1.8 to 2.7% annually and appearing to vary across the two locations. We also demonstrate how the locations' sediment microbial communities are still severely impacted by leftover oil, as seen by a decline in diversity, variations in microbial load, and an enrichment of reported oil-degrading bacteria in contaminated sediments. The most enriched putative oil degraders were found in non-oiled control sediments as well, indicating that these degraders are a normal component of the Arctic sediment microbiome even in the absence of oil. Reconstructed genomes of putative oil degraders indicate that only a portion of these degraders have unique adaptations for growth in psychrothermic environments. This study's findings taken together demonstrate that oil spills in the Arctic can linger and have a lasting, major impact on the environment for decades.
DOI: 10.5281/zenodo.7374152
title: Supporting data for the manuscript entitled: Long-term biodegradation of oil under Arctic Conditions: the Baffin Island Oil Spill (BIOS) revisited after almost four decades.

description: The potential of an unintentional oil spill from ships or upcoming oil development is rising as the Arctic warms up more. It is crucial to understand how oil behaves in this setting and what influences oil biodegradation in the Arctic. On Baffin Island in the Canadian High Arctic, the Baffin Island Oil Spill (BIOS) project staged a number of simulated oil spills on the backshore zone of beaches in the 1980s. Two BIOS sites were revisited in 2019, about 40 years after the first oil pollution, providing a unique chance to research the long-term weathering of crude oil in Arctic conditions. Here, we demonstrate that even after over 40 years, residual oil is still detectable at these locations. Oil at both locations seems to deteriorate relatively slowly, with estimated loss rates ranging from 1.8 to 2.7% annually and appearing to vary across the two locations. We also demonstrate how the locations' sediment microbial communities are still severely impacted by leftover oil, as seen by a decline in diversity, variations in microbial load, and an enrichment of reported oil-degrading bacteria in contaminated sediments. The most enriched putative oil degraders were found in non-oiled control sediments as well, indicating that these degraders are a normal component of the Arctic sediment microbiome even in the absence of oil. Reconstructed genomes of putative oil degraders indicate that only a portion of these degraders have unique adaptations for growth in psychrothermic environments. This study's findings taken together demonstrate that oil spills in the Arctic can linger and have a lasting, major impact on the environment for decades.
DOI: 10.5281/zenodo.7378590
title: Variable Geometry Turbines Industrialization for a Circular Economy of Distributed Wind Energy

description: In this work we present a novel VAWT with passive variable geometry (PVG), which combines variable radius and variable pitch of the free blades. The turbine was optimized through extensive numerical simulations, with a final design featuring short start-up time, high steady-state efficiency, low construction complexity, and low material costs. A crucial reduction of nearly 50% in the blades' mass was obtained through the use of compression moulded composites. A full-scale physical prototype was tested in a dedicated wind tunnel facility, where the typical intermittent air flow of the UBL was replicated. The turbine was connected to standard power electronics found in the solar photovoltaic market. The measured electrical power output closely matches the numerical simulations, suggesting that our PVG design can achieve a 64% increase in the capacity factor compared to a fixed-geometry turbine. Thanks to this engineering breakthrough we believe that, for the first time, wind installations in the UBL can be competitive on the energy market. We conclude our contribution by discussing industrialization and sustainability aspects of our PVG-VAWT technology, and by projecting a deployment scenario towards the uptake of a distributed urban wind market.