cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.34943/e2b0bb52-4f13-405f-80de-e31ef38e61f3
title: Patricia Bay Current Meter Deployed 2013-05-23

description: The Nortek Aquadopp Current Meter 1176 was deployed on 2013-05-23 at Patricia Bay. Patricia Bay is located in the Saanich Inlet, on the southern tip of Vancouver Island. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/e64a1b03-b6d4-4169-bd14-bcebb2ca46f2
title: Juan de Fuca Strait Current Meter Deployed 2013-04-23

description: The Nortek Aquadopp Current Meter A3L5380 AQD8375 was deployed on 2013-04-23 at Juan de Fuca Strait. Juan de Fuca Strait is a large body of water that connects the Salish Sea to the Pacific Ocean. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/141296d5-3100-420e-a3e4-3cf8a4c3aac5
title: Fraser River Delta Lower Slope Current Meter Deployed 2013-10-23

description: The Nortek Vector Current Meter 4895 was deployed on 2013-10-23 at Fraser River Delta Lower Slope. This site is located on the lower slope of the Fraser River delta, where depth is approximately 150 metres. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.5517/ccdc.csd.cc2bsv44
title: CCDC 2168826: Experimental Crystal Structure Determination

description: Related Article: Evgenia Mekchanoshina|2023|Yuzhno-Ural'skii Gosudarst. Univ.Vestn. Ser.Khim.|15|55-2|
description: An entry from the Cambridge Structural Database, the world’s repository for small molecule crystal structures. The entry contains experimental data from a crystal diffraction study. The deposited dataset for this entry is freely available from the CCDC and typically includes 3D coordinates, cell parameters, space group, experimental conditions and quality measures.
DOI: 10.34943/85ec0931-eafe-4f8f-9618-37a60fd8ad11
title: Fraser River Delta Lower Slope Current Meter Deployed 2013-10-23

description: The Nortek Vector Current Meter VEC4594 was deployed on 2013-10-23 at Fraser River Delta Lower Slope. This site is located on the lower slope of the Fraser River delta, where depth is approximately 150 metres. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/42a4ce33-0520-45df-887f-12ad60dac5b7
title: Strait of Georgia Central Current Meter Deployed 2013-10-24

description: The Nortek Vector Current Meter 4820 was deployed on 2013-10-24 at Strait of Georgia Central. Strait of Georgia Central is a central area in the Strait of Georgia. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/b44cf3a1-6f8b-4357-83cc-e03128202fc9
title: Boundary Pass Current Meter Deployed 2013-10-11

description: The Nortek Aquadopp Current Meter A3L5377 AQD8386 was deployed on 2013-10-11 at Boundary Pass. Boundary Pass is a strait located along the boundary between Washington State and British Columbia. It connects Haro Strait with the Strait of Georgia. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/5f469c62-c5b6-44dd-8d50-7f9a75903b9e
title: Juan de Fuca Strait Current Meter Deployed 2013-10-25

description: The Nortek Aquadopp Current Meter A2L5379 AQD8389 was deployed on 2013-10-25 at Juan de Fuca Strait. Juan de Fuca Strait is a large body of water that connects the Salish Sea to the Pacific Ocean. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.5281/zenodo.8179432
title: RemFX Evaluation Dataset

description: Evaluation dataset for paper TBD. Contains 1000 examples. (More Info) Each folder (0-99) contains four files input.wav (clean) target.wav (effected) wet_effects.pt (serialized PyTorch file containing a list of the present effects (order) dry_effects.pt (unused for this dataset)
DOI: 10.5281/zenodo.8183439
title: RemFX Evaluation Dataset

description: Evaluation dataset for paper TBD. Contains 1000 examples. (More Info) Each folder (0-99) contains four files input.wav (clean) target.wav (effected) wet_effects.pt (serialized PyTorch file containing a list of the present effects (order) dry_effects.pt (unused for this dataset)
DOI: 10.5281/zenodo.8183649
title: RemFX Evaluation Dataset

description: Evaluation dataset for paper TBD. Contains 1000 examples. (More Info) Each folder (0-99) contains four files input.wav (clean) target.wav (effected) wet_effects.pt (serialized PyTorch file containing a list of the present effects (order) dry_effects.pt (unused for this dataset)
DOI: 10.34943/e8539d23-646b-4848-9548-7f1f95041f0b
title: Juan de Fuca Strait Current Meter Deployed 2013-10-25

description: The Nortek Aquadopp Current Meter A3L5390 AQD8380 was deployed on 2013-10-25 at Juan de Fuca Strait. Juan de Fuca Strait is a large body of water that connects the Salish Sea to the Pacific Ocean. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/e1d5340e-e10f-4f72-bb01-3b193baee0d1
title: Fraser River Delta Lower Slope Current Meter Deployed 2014-03-08

description: The Nortek Vector Current Meter 4906 was deployed on 2014-03-08 at Fraser River Delta Lower Slope. This site is located on the lower slope of the Fraser River delta, where depth is approximately 150 metres. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/116e0777-a400-4450-ba74-808b9b73a946
title: Fraser River Delta Upper Slope Current Meter Deployed 2014-03-09

description: The Nortek Vector Current Meter 4896 was deployed on 2014-03-09 at Fraser River Delta Upper Slope. This site is located on the upper slope of the Fraser River delta, where depth is approximately 100 metres. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.3886/icpsr37641.v1
title: The Government Finance Database, United States, 1967-2015
title: Version 1

description: Quantitative public financial management research is limited by the lack of a common database for empirical analysis. The U.S. Census Bureau distributes government finance data that some scholars have utilized, but the difficult process of collecting, interpreting, and organizing the data has led its adoption to be prohibitive and inconsistent. This study offers a single, coherent resource that contains all of the census data from 1967 through the most recent update, uses easy to understand natural-language variable names, and it will be extended when new data is available. Identical data is posted at: http://willamette.edu/mba/research-impact/public-datasets/index.html. The six data sets are as follows: DS #1: County Data DS #2: Municipal Data DS #3: School District Data DS #4: Special District Data DS #5: State Data DS #6: Township Data
description: Widely shared and easy to use databases facilitate quantitative research and render the replication of findings practical and convenient. The U.S. Census Bureau's government financial data requires substantial effort to obtain, interpret, translate, consolidate, and use. This is potentially damaging to the interpretation and application of research in the field. By consolidating the Census Bureau's government financial data into a single, coherent, and comprehensive database, we hope to alleviate these concerns and move quantitative research in public finance progressively forward.The data has been processed to be user-friendly and convenient for replication. It remains as close to the raw data as possible in order to limit statistician induced measurement error. This presents researchers with a database that is free from abnormalities and can be easily used in the widest range of circumstances. Given the push towards both methodological and theoretical innovation in public administration research, and given the existing diversity the field displays in those areas, this breadth of financial information provided from a single, standardized source has the potential to facilitate a diverse body of inquiry.
description: At a high level, the data for each government are grouped into four large categories: revenue flows, expenditure flows, cash and investment positions, and debt positions. Descriptions of these categories can be found in the data-related publication, The Government Finance Database: A Common Resource for Quantitative Research in Public Financial Analysis.
description: The data collection is a time series of state and local government finance data over a period of 49 years (1967-2015).
description: Datasets: DS0: Study-Level Files DS1: County Data DS2: Municipal Data DS3: School District Data DS4: Special District Data DS5: State Data DS6: Township Data
description: State and local government finance data over a period of 49 years (1967-2015).
description: For more information on Census classifications, please see the 2006 Classification Manual
DOI: 10.3886/icpsr37641
title: The Government Finance Database, United States, 1967-2015
title: Archival Version

description: Quantitative public financial management research is limited by the lack of a common database for empirical analysis. The U.S. Census Bureau distributes government finance data that some scholars have utilized, but the difficult process of collecting, interpreting, and organizing the data has led its adoption to be prohibitive and inconsistent. This study offers a single, coherent resource that contains all of the census data from 1967 through the most recent update, uses easy to understand natural-language variable names, and it will be extended when new data is available. Identical data is posted at: http://willamette.edu/mba/research-impact/public-datasets/index.html. The six data sets are as follows: DS #1: County Data DS #2: Municipal Data DS #3: School District Data DS #4: Special District Data DS #5: State Data DS #6: Township Data
description: Widely shared and easy to use databases facilitate quantitative research and render the replication of findings practical and convenient. The U.S. Census Bureau's government financial data requires substantial effort to obtain, interpret, translate, consolidate, and use. This is potentially damaging to the interpretation and application of research in the field. By consolidating the Census Bureau's government financial data into a single, coherent, and comprehensive database, we hope to alleviate these concerns and move quantitative research in public finance progressively forward.The data has been processed to be user-friendly and convenient for replication. It remains as close to the raw data as possible in order to limit statistician induced measurement error. This presents researchers with a database that is free from abnormalities and can be easily used in the widest range of circumstances. Given the push towards both methodological and theoretical innovation in public administration research, and given the existing diversity the field displays in those areas, this breadth of financial information provided from a single, standardized source has the potential to facilitate a diverse body of inquiry.
description: At a high level, the data for each government are grouped into four large categories: revenue flows, expenditure flows, cash and investment positions, and debt positions. Descriptions of these categories can be found in the data-related publication, The Government Finance Database: A Common Resource for Quantitative Research in Public Financial Analysis.
description: The data collection is a time series of state and local government finance data over a period of 49 years (1967-2015).
description: Datasets: DS0: Study-Level Files DS1: County Data DS2: Municipal Data DS3: School District Data DS4: Special District Data DS5: State Data DS6: Township Data
description: State and local government finance data over a period of 49 years (1967-2015).
description: For more information on Census classifications, please see the 2006 Classification Manual
DOI: 10.34943/afe59b6b-2805-4436-90b4-62df2ab02a8f
title: Fraser River Delta Upper Slope Current Meter Deployed 2014-03-08

description: The Nortek Vector Current Meter VEC4594 was deployed on 2014-03-08 at Fraser River Delta Upper Slope. This site is located on the upper slope of the Fraser River delta, where depth is approximately 100 metres. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.34943/c51c4f94-5be5-4399-bbd5-b138113498ca
title: Strait of Georgia East Current Meter Deployed 2014-03-09

description: The Nortek Vector Current Meter 4897 was deployed on 2014-03-09 at Strait of Georgia East. Strait of Georgia East refers to an eastern area of the Strait of Georgia. This device is a Current Meter. Acoustic Current Meters (ACM) measure current speed and direction, using the Doppler Effect. Aquadopp current meters have a sensor head that contains 3 acoustic transducers, a tilt sensor, a temperature sensor and a pressure sensor. The instrument transmits a short pulse of sound, and then listens to its echo to measure the change in pitch or frequency. The change in pitch can determine the velocity of the current. It was deployed on a fixed platform. Data from this deployment were archived and made available through Ocean Networks Canada's Oceans 3.0 digital infrastructure, with quality assurance and derived data products following established practices.
DOI: 10.5281/zenodo.8187414
title: The American Woodcock Singing Ground Survey largely conforms to the phenology of male woodcock migration

description: <strong>ABSTRACT </strong>American woodcock (<em>Scolopax minor; </em>hereafter woodcock) are monitored, in part, by counts of displaying male woodcock collected via the American Woodcock Singing Ground Survey (SGS), which suggests long-term, range-wide declines in woodcock populations. Data from the SGS have been used extensively to develop conservation plans, direct management actions, and understand causes of decline. To avoid bias, the SGS should be timed to avoid spring migration, and the distribution of survey routes should coincide with woodcock breeding distribution. We marked 133 male woodcock captured throughout eastern North America with GPS transmitters during 2019–2022, and compared the timing of their spring migration with the spatiotemporal stratification of the SGS. Most woodcock (74 %) completed migration prior to the onset of the SGS. In the northern-most SGS zone a greater percentage of males (34 %) continued migration during the survey window, however the influence of this mismatch is offset because SGS routes were run more frequently during the second half of the window. Young woodcock completing their first spring migration took 8.6 days longer to do so, on average, compared to adults, and so were more likely to migrate during the SGS window. We found little evidence that timing of migration varied among years. Existing SGS routes cover the majority of male woodcock post-migratory breeding distribution, with 90% of male woodcock establishing breeding sites within the spatial coverage of the SGS. Our results confirm the SGS includes some migrant males, with the proportion relative to resident breeding males increasing in more northern survey strata. Our data suggests these errors are unlikely to bias trend estimates at large scales (e.g., within woodcock management regions), but there may be potential for bias at more local scales (e.g., state or provincial population indices).
DOI: 10.5281/zenodo.8187413
title: The American Woodcock Singing Ground Survey largely conforms to the phenology of male woodcock migration

description: <strong>ABSTRACT </strong>American woodcock (<em>Scolopax minor; </em>hereafter woodcock) are monitored, in part, by counts of displaying male woodcock collected via the American Woodcock Singing Ground Survey (SGS), which suggests long-term, range-wide declines in woodcock populations. Data from the SGS have been used extensively to develop conservation plans, direct management actions, and understand causes of decline. To avoid bias, the SGS should be timed to avoid spring migration, and the distribution of survey routes should coincide with woodcock breeding distribution. We marked 133 male woodcock captured throughout eastern North America with GPS transmitters during 2019–2022, and compared the timing of their spring migration with the spatiotemporal stratification of the SGS. Most woodcock (74 %) completed migration prior to the onset of the SGS. In the northern-most SGS zone a greater percentage of males (34 %) continued migration during the survey window, however the influence of this mismatch is offset because SGS routes were run more frequently during the second half of the window. Young woodcock completing their first spring migration took 8.6 days longer to do so, on average, compared to adults, and so were more likely to migrate during the SGS window. We found little evidence that timing of migration varied among years. Existing SGS routes cover the majority of male woodcock post-migratory breeding distribution, with 90% of male woodcock establishing breeding sites within the spatial coverage of the SGS. Our results confirm the SGS includes some migrant males, with the proportion relative to resident breeding males increasing in more northern survey strata. Our data suggests these errors are unlikely to bias trend estimates at large scales (e.g., within woodcock management regions), but there may be potential for bias at more local scales (e.g., state or provincial population indices).