cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.15139/s3/ew9bbo
title: Replication Data for: Partisan Strategy and the Adoption of Same-Day Registration in the American States

description: This study seeks to explain state adoptions of same-day registration, with a focus on determining whether the Democratic (Republican) Party’s support of (resistance to) this impactful voting reform is driven by strategic electoral considerations. I find that states have an increased probability of enacting the reform when legislative Democrats are in the precarious position that comes with having just experienced minority status in one or both chambers. Relatedly, I demonstrate that the presence of a Republican legislature does not make adoption less likely until the size of the Black population reaches a certain threshold. In fact, provided the Black population is small enough, Republican control of the legislature encourages reform. The results offer conflicting evidence, however, that large Latino populations deter the GOP from establishing same-day registration. Considered together, the results cast doubt on the claim that either party’s position is informed by principle alone.
DOI: 10.15139/s3/9ftlxk
title: Replication Data for: Labor Unions and Voter Turnout in the American States: Direct Versus Indirect Mobilization

description: This study examines the relationship between labor unions and voter turnout in the American states. Though it is well known that labor unions increase turnout directly (the individual-level), we know less about their indirect effects. Moreover, the indirect effects may consist of both nonmember mobilization (the individual-level) and aggregate strength (the state-level). To examine the direct and indirect mechanisms, I analyze both state-level panel data and individual-level data with a multilevel approach in this study. First, my panel analysis shows that labor unions are positively associated with turnout as expected. Yet, the association is observed only in midterm elections, but not in presidential elections. Second, more importantly, my individual-level analysis suggests that indirect nonmember mobilization and indirect aggregate strength of labor unions are positively related to turnout, while direct member mobilization is not. The findings imply that the direct effects of labor unions are limited and, thus, that decreasing levels of voter turnout due to recently declining union membership come primarily from indirect mobilization rather than direct mobilization.
DOI: 10.15139/s3/zysjbh
title: Replication Data for: Groups as Lawmakers: Group Bills in a US State Legislature

description: Scholars posit that groups play an important role in the legislative process and legislator decision-making, but find these questions difficult to empirically study due to the private information exchanges. This article exploits a legislative reporting institution to explore group involvement in policymaking. In the California state legislature, extra-legislative individuals or organizations that write legislation and secure a legislator to author the bill may be listed as sponsors. Data come from California bill analyses and extend from 1993-2014. This group tactic is frequently used: 40% of bills introduced and over 60% of bills that become law list an extra-legislative sponsor. Group sponsorship is significantly related to passage, even after matching on a number of covariates. Legislators use fewer group bills and substitute out of group bills as they gain experience. Group input serves as an integral part of a legislative portfolio and the agenda-setting stage of legislative decision-making.
DOI: 10.15139/s3/n2j4jq
title: Replication Data for: Bicameral Distinctiveness in American State Legislatures

description: Many important traits of state legislatures vary across chambers within a state. Yet according to existing typologies in the comparative study of bicameralism, the forty-nine bicameral American state legislatures would be deemed quite homogeneous. To resolve this disjuncture, I identify a novel dimension of bicameralism that distinguishes among state legislatures by capturing the extent to which the two chambers serve as meaningfully different venues for influence. Based on this framework, I develop an index of bicameral “distinctiveness” rooted in three traits that speak to policy influence across chambers: the ratio of seats, bipartisan representation, and constituency dissimilarity. This measure reveals sizable variation across states and a conspicuous geographic pattern, with considerably greater bicameral distinctiveness in the Eastern United States. In turn, I assess the construct validity of this measure, showing how patterns of second chamber bill amendment vary systematically with the level of bicameral distinctiveness.
DOI: 10.15139/s3/ctwpfw
title: Replication Data for: The Rule, Not the Exception: One-Party Monopolies in the American States

description: Thousands of studies have examined party competition in the American states, finding significant consequences for voter turnout, policy adoptions, and more. Long-term patterns of party control have received comparatively less attention. Here, we reexamine the time-honored conversation about the operationalization of party competition. We then update Klarner’s Ranney-inspired state partisan balance data to include state house composition, state senate composition, and gubernatorial vote share since the 1930s, adding – in light of the nationalization of American politics – presidential vote share and the proportion of Democrats in each state’s congressional delegation. After establishing a threshold for one-party dominance, we examine the frequency and duration of subnational party monopolies, highlighting regional variations in the relationship between the state and national measures and applying the index to voter turnout. Our analysis reveals that extended periods of one-party dominance are the rule rather than the exception in the American states, are currently experiencing a dramatic resurgence, and are thus a phenomenon ripe for further exploration.
DOI: 10.15139/s3/4ehnza
title: Replication Data for: The Politics of Bicameral Agreement: Why and When Do State Lawmakers Go to Conference?

description: The power of conference committees is well-documented and studied by scholars of the U.S. Congress. But little is known about politics of bicameral agreement within state legislatures. Leveraging variation across states, I explore the conditions under which legislative leaders prefer formal bicameral conference negotiations to informal talks to reach final legislative agreements. Deploying an original data set of state legislative decisions between 2005 to 2018, I find that ideologically cohesive majority parties favor the use of conferences, disproportionately relying on them to reconcile bicameral differences on salient measures. Majority parties, however, refrain from going to conference in those assemblies that empower the minority party to select its preferred conferees. The interaction of chamber rules and partisan dynamics thus shapes the contours of legislative agreements in systematic ways across the states.
DOI: 10.15139/s3/xdfycs
title: Replication Data for: Federalism, Policy Diffusion, and Gender Equality: Explaining Variation in State Domestic Violence Firearm Laws 1990-2017

description: This work explores the ways that federalism exacerbates gender inequality among women by explaining the adoption of domestic violence laws across different states in the context of policy diffusion. Using an original dataset of domestic violence firearm law (DVFL) enactments across all 50 states in the United States from 1990 to 2017, we analyze the circumstances under which states will adopt these laws. States tend to take broad action to address multiple levels of domestic violence simultaneously. Using a set of political and demographic indicators as independent variables, we find evidence that state and federal factors influence policy adoption. In particular, the number of gun related homicides, partisan control of the legislature, citizen ideology, federal policy, and election years each influence the likelihood of DVFL enactments. We find support for the effects of vertical policy diffusion but not for horizontal policy diffusion across states. Vertical policy diffusion does not occur on reauthorization of federal laws, raising important questions on the influence of the federal government on state policies.
DOI: 10.15139/s3/arfrck
title: Replication Data for: Substantive and Political Learning Among the U.S. States: Abortion Policy Diffusion, 1993-2016

description: Do policymakers learn from the policy experiences of other governments, and if so, what do they learn? A long-established normative claim suggests that intergovernmental learning can and should occur among the U.S. states, which serve as “laboratories of democracy” for the nation. We put this hypothesis to a tough test, comparing the influences on the diffusion of instrumental Targeted Regulation of Abortion Providers (TRAP) laws with those of more symbolic abortion regulation, from 1993 to 2016. We find evidence of substantive intergovernmental learning in policy diffusion, even for abortion regulation-- but only for instrumental abortion regulations. On symbolic abortion policy, states appear to learn only political lessons. Furthermore, proponents and opponents appear to be learning different lessons in these diffusions, with loss aversion motivating opponents, in particular. Our results suggest that policymakers have a sophisticated understanding of the differences among policies’ goals and act strategically in response to those goals.
DOI: 10.5281/zenodo.7092552
title: watchHAR: A Smartwatch IMU dataset for Activities of Daily Living

description: <pre># watchHAR: A Smartwatch IMU dataset for Activities of Daily Living This is a dataset of IMU recordings (3-axial acceleration, 3-axial gyroscope, and 3-axial magnetometer) recorded with Sony Smartwatch 3, along with ground truth location data from a vicon motion capture system. Smartwatch IMU and vicon location data exist for the users' left and right hands, as well as vicon location data from their left and right ankles. The recoded data cover the following `activity_id`s: * `brushing_teeth` * `idle` * `preparing_sandwich` * `reading_book` * `typing` * `using_phone` * `using_remote_control` * `walking_freely` * `walking_holding_a_tray` * `walking_with_handbag` * `walking_with_hands_in_pockets` * `walking_with_object_underarm` * `washing_face_and_hands` * `washing_mug` * `washing_plate` * `writing`, all of which were recorded in the same room, across the span of several days. In addition to these activities, walking stairs up and down (`activity_id`s `stairs_up` and `stairs_down`) events were recorded in various different locations. Note that for these stairs events only Smartwatch IMU recordings exist, and only from the dominant hand of the participants, which coincided with the right hand in all cases. The data are organised in the following folder structure: `user_id/activity_id/recording_type.csv`. Stair events are a special case in that multiple up/down stair recordings can exist for a single user. These are separated like the following example ``` `user_01/stairs_down-02/smartwatch_right_hand.csv` ``` that points to the IMU data of the second `stairs_down` recording of the first user. Finally, note that all timestamps refer to a UTC timezone, and that data collection took place in the United Kingdom. </pre>
DOI: 10.5281/zenodo.7092553
title: watchHAR: A Smartwatch IMU dataset for Activities of Daily Living

description: <pre># watchHAR: A Smartwatch IMU dataset for Activities of Daily Living This is a dataset of IMU recordings (3-axial acceleration, 3-axial gyroscope, and 3-axial magnetometer) recorded with Sony Smartwatch 3, along with ground truth location data from a vicon motion capture system. Smartwatch IMU and vicon location data exist for the users' left and right hands, as well as vicon location data from their left and right ankles. The recoded data cover the following `activity_id`s: * `brushing_teeth` * `idle` * `preparing_sandwich` * `reading_book` * `typing` * `using_phone` * `using_remote_control` * `walking_freely` * `walking_holding_a_tray` * `walking_with_handbag` * `walking_with_hands_in_pockets` * `walking_with_object_underarm` * `washing_face_and_hands` * `washing_mug` * `washing_plate` * `writing`, all of which were recorded in the same room, across the span of several days. In addition to these activities, walking stairs up and down (`activity_id`s `stairs_up` and `stairs_down`) events were recorded in various different locations. Note that for these stairs events only Smartwatch IMU recordings exist, and only from the dominant hand of the participants, which coincided with the right hand in all cases. The data are organised in the following folder structure: `user_id/activity_id/recording_type.csv`. Stair events are a special case in that multiple up/down stair recordings can exist for a single user. These are separated like the following example ``` `user_01/stairs_down-02/smartwatch_right_hand.csv` ``` that points to the IMU data of the second `stairs_down` recording of the first user. Finally, note that all timestamps refer to a UTC timezone, and that data collection took place in the United Kingdom. </pre>
DOI: 10.34740/kaggle/dsv/3982204
title: Twitter Dataset on the 2022 MonkeyPox Outbreak
DOI: 10.34740/kaggle/dsv/4524848
title: Twitter Dataset on the 2022 MonkeyPox Outbreak
DOI: 10.5281/zenodo.7324460
title: Accelerate the Parameterization of Unified Microphysics Across Scales (PUMAS) on the graphics processing unit (GPU) with directive-based methods

description: Code used to produce results of paper titled "Accelerate the Parameterization of Unified Microphysics Across Scales (PUMAS) on the graphics processing unit (GPU) with directive-based methods" by Sun et al. Includes: - Source code of CAM to perform a CPU or GPU simulation - Source code of PUMAS stand-alone kernel for GPU porting (OpenACC and OpenMP offload), an example batch script for build/run on Casper (NCAR's cluster) and the input dataset - Dataset to reproduce the figures in the paper Contact details: Jian Sun (sunjian@ucar.edu)
DOI: 10.5281/zenodo.7324459
title: Accelerate the Parameterization of Unified Microphysics Across Scales (PUMAS) on the graphics processing unit (GPU) with directive-based methods

description: Code used to produce results of paper titled "Accelerate the Parameterization of Unified Microphysics Across Scales (PUMAS) on the graphics processing unit (GPU) with directive-based methods" by Sun et al. Includes: - Source code of CAM to perform a CPU or GPU simulation - Source code of PUMAS stand-alone kernel for GPU porting (OpenACC and OpenMP offload), an example batch script for build/run on Casper (NCAR's cluster) and the input dataset - Dataset to reproduce the figures in the paper Contact details: Jian Sun (sunjian@ucar.edu)
DOI: 10.5281/zenodo.7277151
title: c-VEP-based BCI for PIN pad task on a T9 layout

description: # Participants<br> Eleven 11 volunteers (2 woman, mean age 28) with normal or corrected-to-normal vision participated in this experiment in our laboratory. The participants did not report any of the exclusion criteria (epilepsy, neurological antecedents, being under psychoactive medication). The study was approved by the ethics committee of the University of Toulouse (CER approval number 2020-334) and carried in accordance with the declaration of Helsinki. Participants gave informed written consent, prior to the experiment. The consent form included a section to approve the online data sharing. # Experimental protocol<br> We used the BrainProduct LiveAmp 32 active electrodes wet-EEG setup with a refresh rate of 500Hz to record the surface brain activity. The 32 electrodes followed the 10-20 international system. The ground electrode was placed at the Fpz electrode location and all electrodes were referenced to FCz electrode. The electrodes impedance were brought below 20 $k\Omega$ prior to the recording. We used a single maximum length sequence with 11 different shifts to animate the stimulation for the different targets. The presentation was rendered on an LCD monitor: LG GN 750, 1027x768 pixels, 400 cd/m^2, and 60Hz refresh rate. EEG data and markers were synchronized during recording using Lab Streaming Layer.<br> <br> Subjects were asked to follow cues on a T9 layout to emulate a PIN code typing task (11 classes problem). It was implemented in Python, using the Psychopy toolbox. The 11 stimuli were circles with radius of 150 pixels, with a margin of 250 pixels vertically and horizontally and the figure in the middle.<br> Fifteen 11-trial blocks were recorded for each subject. During a trial, one of the 11 targets was cued for 0.5s, followed by 2.2s of stimulation with a 0.7s inter-trial before next one. The cue sequence for each trial was pseudo-random and different for each block. After each block a pause was observed and subjects had to press space bar to continue.<br> <br> # Pre-processing<br> No pre-processing was applied and data are neither sliced or epoched but it is possible to do it with the help of the markers.
DOI: 10.5281/zenodo.7277150
title: c-VEP-based BCI for PIN pad task on a T9 layout

description: # Participants<br> Eleven 11 volunteers (2 woman, mean age 28) with normal or corrected-to-normal vision participated in this experiment in our laboratory. The participants did not report any of the exclusion criteria (epilepsy, neurological antecedents, being under psychoactive medication). The study was approved by the ethics committee of the University of Toulouse (CER approval number 2020-334) and carried in accordance with the declaration of Helsinki. Participants gave informed written consent, prior to the experiment. The consent form included a section to approve the online data sharing. # Experimental protocol<br> We used the BrainProduct LiveAmp 32 active electrodes wet-EEG setup with a refresh rate of 500Hz to record the surface brain activity. The 32 electrodes followed the 10-20 international system. The ground electrode was placed at the Fpz electrode location and all electrodes were referenced to FCz electrode. The electrodes impedance were brought below 20 $k\Omega$ prior to the recording. We used a single maximum length sequence with 11 different shifts to animate the stimulation for the different targets. The presentation was rendered on an LCD monitor: LG GN 750, 1027x768 pixels, 400 cd/m^2, and 60Hz refresh rate. EEG data and markers were synchronized during recording using Lab Streaming Layer.<br> <br> Subjects were asked to follow cues on a T9 layout to emulate a PIN code typing task (11 classes problem). It was implemented in Python, using the Psychopy toolbox. The 11 stimuli were circles with radius of 150 pixels, with a margin of 250 pixels vertically and horizontally and the figure in the middle.<br> Fifteen 11-trial blocks were recorded for each subject. During a trial, one of the 11 targets was cued for 0.5s, followed by 2.2s of stimulation with a 0.7s inter-trial before next one. The cue sequence for each trial was pseudo-random and different for each block. After each block a pause was observed and subjects had to press space bar to continue.<br> <br> # Pre-processing<br> No pre-processing was applied and data are neither sliced or epoched but it is possible to do it with the help of the markers.
DOI: 10.5281/zenodo.7327596
title: Supplementary data on car company reduction target analysis and GHG emission model

description: This dataset contains supplementary information for the Master's thesis "<em>Greenhouse gas emission coverage and reduction potentials of scope 3 emissions in car manufacturing"</em> published on 16 November 2022 at Utrecht University. The data consists of two separately files, including the car company reduction target analysis and the GHG emission calculation model that were covered in the thesis report. The supplementary data can be used in combination with the final thesis report.
DOI: 10.5281/zenodo.7327595
title: Supplementary data on car company reduction target analysis and GHG emission model

description: This dataset contains supplementary information for the Master's thesis "<em>Greenhouse gas emission coverage and reduction potentials of scope 3 emissions in car manufacturing"</em> published on 16 November 2022 at Utrecht University. The data consists of two separately files, including the car company reduction target analysis and the GHG emission calculation model that were covered in the thesis report. The supplementary data can be used in combination with the final thesis report.
DOI: 10.34948/n3np49
title: NGA-Subduction GM Database Interactive Maps
DOI: 10.34948/n3j01b
title: NGA-Subduction Ground-Motion Models Excel/VisualBasic R221103
DOI: 10.6084/m9.figshare.21565722
title: CB_RD_Aggression2022

description: Data and Code repository for a manuscript about Drosophila aggression led by Dr. Carling Baxter and Dr. Reuven Dukas. <br> Baxter, C.M., Shams, I., Dworkin, I. and Dukas, R. 2022 Genetic correlation between aggressive signals and fighting. Biology Letters. To Be published
DOI: 10.6084/m9.figshare.21565716.v1
title: 3-D_Vs_model.txt

description: A robust 3-D shear-wave velocity (Vs) model of the upper mantle and the mantle transition zone beneath Hawaii by jointly inverting teleseismic S-wave arrival times, Rayleigh-wave phase velocities, and S-wave receiver functions.
DOI: 10.6084/m9.figshare.21565716
title: A 3-D Vs model for Hawaii

description: A robust 3-D shear-wave velocity (Vs) model of the upper mantle and the mantle transition zone beneath Hawaii by jointly inverting teleseismic S-wave arrival times, Rayleigh-wave phase velocities, and S-wave receiver functions.
DOI: 10.6084/m9.figshare.21565716.v2
title: 3-D_Vs_model.txt

description: A robust 3-D shear-wave velocity (Vs) model of the upper mantle and the mantle transition zone beneath Hawaii by jointly inverting teleseismic S-wave arrival times, Rayleigh-wave phase velocities, and S-wave receiver functions.
DOI: 10.3886/e182994v1
title: Maximum bite force, masticatory muscle thickness and activity in oral submucous fibrosis patients and healthy individuals

description: Oral submucous fibrosis is a chronic disease of insidious onset of unknown etiology affecting the oral and oropharyngeal region characterized by progressive fibrosis of oral submucous. Since its association with oral epithelial dysplasia and cancer, OSMF is considered to be a premalignant condition. OSMF is regarded as a disease of collagen metabolic disorder showing increased collagen production along with decreased collagen degradation. It has been reported that involvement of the muscles in the fibrosis process and presented illustration showing replacement of the muscle by fibrous tissue. In a study OSMF patients showed varying degrees of muscle changes including atrophy, degeneration and necrosis of fibres. This muscle changes can be a manifestation of disease, atrophy being secondary to the limited functional activity of the muscles which is brought about by fibrosis or whether it is an essential part of the diseases process itself. Maximum bite force (MBF) is primarily related to mastication, and is a helpful marker of the functional condition of the masticatory apparatus and the stacking of the dentition.Measuring the MBF is regarded as a essential component in analyzing the functional capacity of muscles of mastication, and also to compare the activity of these muscle activity between individuals in different experimental conditions.
DOI: 10.24381/cds.34a04494
title: In-situ observations of water vapour and atmospheric delay from the ground-based GNSS network from 1996 onward