cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6073/pasta/f5413428613a0433b0f73fcf22060a30
title: SMES Study: Quadrat Plant Cover Data

description: The purpose of this study is to determine whether or not the activities of small mammals regulate plant community structure, plant species diversity, and spatial vegetation patterns in Chihuahuan Desert shrublands and grasslands. What role if any do indigenous small mammal consumers have in maintaining desertified landscapes in the Chihuahuan Desert? Additionally, how do the effects of small mammals interact with changing climate to affect vegetation patterns over time? This study will provide long-term experimental tests of the roles of consumers on ecosystem pattern and process across a latitudinal climate gradient. The following questions or hypotheses will be addressed. 1) Do small mammals influence patterns of plant species composition and diversity, vegetation structure, and spatial patterns of vegetation canopy cover and biomass in Chihuahuan Desert shrublands and grasslands? Are small mammals keystone species that determine plant species composition and physiognomy of Chihuahuan Desert communities as Brown and Heske (1990a) and Gibbens et al. (1993) suggest? Do small mammals have a significant role in maintaining the existence of shrub islands and spatial heterogeneity of creosotebush shrub communities? 2) Do small mammals affect the taxonomic composition and spatial pattern of vegetation similarly or differently in grassland communities as compared to shrub communities? How do patterns compare between grassland and shrubland sites, and how do these relatively small scale patterns relate to overall landscape vegetation patterns? 3) Do small mammals interact with short-term (annual) and long-term (decades) climate change to affect temporal changes in vegetation spatial patterns and species composition?
DOI: 10.14455/nrct.img.2018.22
title: การพัฒนาอาชีพเกษตรปลอดภัยมุ่งสู่เกษตรอินทรีย์ของกลุ่มเกษตรกร อำเภอสารภี จังหวัดเชียงใหม่
DOI: 10.17632/bv936fgst9.1
title: Causality of herding in investment decision making within the residential property market: an experimental approach

description: The data set consists of the raw data for the 3 main groups that were experimented on, which are the real estate developers, male and female college graduates, and undergraduate students. Values found in the data are mainly descriptive statistics describing the participant demographics, and the valuations of the participants within the experiment. The valuations are again split into three categories, which are the initial valuations, socially influenced valuations, and normative influenced valuations. Each of the groups are tested separately using the hypotheses specified in the research paper. The statistical tests that were used in the analysis are correlation tests, reliability tests, moderated regression analysis and also non-parametric tests due to the distribution of the data which cannot be concluded as a normally distributed data set.
DOI: 10.17632/jn266r57nk.1
title: Laura++ : A Dalitz plot fitter

description: The Dalitz plot analysis technique has become an increasingly important method in heavy flavour physics. The Laura++ fitter has been developed as a flexible tool that can be used for Dalitz plot analyses in different experimental environments. Explicitly designed for three-body decays of heavy-flavoured mesons to spinless final state particles, it is optimised in order to describe all possible resonant or nonresonant contributions, and to accommodate possible CP violation effects.
DOI: 10.5281/zenodo.1235374
title: A Reference Airborne Lidar Dataset For Forest Research

description: This repository contains the dataset presented in Parkan et al. (2018).

Abstract:

The benefits of Airborne Laser Scanning (ALS) to efficiently monitor and manage forests are widely accepted. Products derived from ALS have been successfully used in a range of different domains including ecosystem characterization, habitat modeling, timber volume estimation, forest fire management and territorial planning. Many of these applications are dependent on the estimation of biophysical parameters at the canopy and/or individual tree scale. These parameters are generally computed with area (stand) or object (tree) centric approaches. In particular, the development of processing chains directly or indirectly involving individual tree crown segmentation, tree species classification and allometric modeling constitute the bulk of scientific activity in the domain. However, the diversity of ALS data characteristics and non-standard error assessment procedures means that the results reported in different studies are often difficult to compare. In order to support standardization and benchmark studies, this article presents a reference ALS dataset, an error assessment framework and provides several example workflows to illustrate its potential use in forest research.
DOI: 10.5281/zenodo.1235375
title: A Reference Airborne Lidar Dataset For Forest Research

description: This repository contains the dataset presented in Parkan et al. (2018).

Abstract:

The benefits of Airborne Laser Scanning (ALS) to efficiently monitor and manage forests are widely accepted. Products derived from ALS have been successfully used in a range of different domains including ecosystem characterization, habitat modeling, timber volume estimation, forest fire management and territorial planning. Many of these applications are dependent on the estimation of biophysical parameters at the canopy and/or individual tree scale. These parameters are generally computed with area (stand) or object (tree) centric approaches. In particular, the development of processing chains directly or indirectly involving individual tree crown segmentation, tree species classification and allometric modeling constitute the bulk of scientific activity in the domain. However, the diversity of ALS data characteristics and non-standard error assessment procedures means that the results reported in different studies are often difficult to compare. In order to support standardization and benchmark studies, this article presents a reference ALS dataset, an error assessment framework and provides several example workflows to illustrate its potential use in forest research.
DOI: 10.5517/ccdc.csd.cc1kvr6c
title: CCDC 1455673: Experimental Crystal Structure Determination

description: Related Article: Lei Hu, Hui Wang, Tingting Xia, Bin Fang, Yu Shen, Qiong Zhang, Xiaohe Tian, Hongping Zhou, Jieying Wu, Yupeng Tian|2018|Inorg.Chem.|57|6340|doi:10.1021/acs.inorgchem.8b00413
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: 10.5517/ccdc.csd.cc1m5wpc
title: CCDC 1495213: Experimental Crystal Structure Determination

description: Related Article: Ranran Zhu, Zheyuan Liu, Jie Chen, Xiaoyu Xiong, Yuntao Wang, Lin Huang, Jinshan Bai, Yanfeng Dang, Jianhui Huang|2018|Org.Lett.|20|3161|doi:10.1021/acs.orglett.8b00850
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: 10.5517/ccdc.csd.cc1z29w7
title: CCDC 1819479: Experimental Crystal Structure Determination

description: Related Article: Declan Armstrong, Sarah M. Kirk, Cormac Murphy, Antonella Guerriero, Maurizio Peruzzini, Luca Gonsalvi, Andrew D. Phillips|2018|Inorg.Chem.|57|6309|doi:10.1021/acs.inorgchem.8b00227
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: 10.17632/5rcwmfkg3v.1
title: Analog dates for NCEP-R1 at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the NCEP-R1 reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/5sbnwcsh6p.1
title: Analog dates for MERRA-2 at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the MERRA-2 reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/9ny7jp9gxg.1
title: Analog dates for ERA-20C at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the ERA-20C reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/b3xfgk42h8.1
title: Analog dates for ERA-interim at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the ERA-interim reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/sw8gr593rr.1
title: Analog dates for JRA-55C at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the JRA-55C reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/vr6chcpfsf.1
title: Analog dates for CERA-20C at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the CERA-20C reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/w7k5g94khj.1
title: Analog dates for CFSR at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the CFSR reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.17632/zxyb7p825m.1
title: Analog dates for JRA-55 at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the JRA-55 reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)
DOI: 10.5281/zenodo.1252785
title: Supplementary Report For The Paper "Efficient Strategies For Cegar-Based Model Checking"

description: A supplementary report for the paper "Efficient Strategies for CEGAR-based Model Checking" by Akos Hajdu and Zoltan Micskei, including the raw data, the R script and a detailed report (in pdf and html formats).
DOI: 10.6073/pasta/17a304896a3d1978a9875b7d7c48cb81
title: Horizontal sediment mass flux before & after the windy season from vegetation removal plots(Sediment weight at various heights)

description: Dataset consists of horizontal dust flux at multiple heights from BSNE dust collectors located in treatment plots (different percent vegetation removed) and adjacent downwind effect plots. Year 2008 was an annual collection. Collection in subsequent years occurred before and after the wind season. The experiment was designed to test the effects of increasing wind erosion on soil and vegetation properties at the Jornada.  In order to increase wind erosion rates, vegetation was removed to increase bare surface area and stimulate erosion (the less vegetation present the greater the wind erosion).  The basic experimental design includes three treatment blocks.  Each block has four treatment plots with different level of vegetation removed (25-100%) and a control treatment.  Treatment plots are 25x50m with 25m buffers between.  The vegetation removal includes grasses and small shrubs (like XASA and ZIGR), but not mesquite or yucca or any of the larger shrubs).  Also, adjacent downwind plots are included in the design.  These plots are strictly for monitoring of soil and vegetation properties, so no maintenance is required on these areas.
DOI: 10.17632/7rdg6mjk5h.1
title: AN ERK-DEPENDENT FEEDBACK MECHANISM PREVENTS HEMATOPOIETIC STEM CELL EXHAUSTION

description: This data is linked to our paper "AN ERK-DEPENDENT FEEDBACK MECHANISM PREVENTS HEMATOPOIETIC STEM CELL EXHAUSTION", DOI: 10.1016/j.stem.2018.05.003 The paper shows that MEK1 is pivotal in implementing the signaling feedback allowing hematopietic stem cells to return to quiescence after activation. We have shown this by inducing stress-dependent hematopoiesis in animals lacking MEK1 in the hematopoietic compartment (MEK1 cKO) and comparing their response with that of control animals. The data show: 1) A comparison of the hematopoietic compartment of F/F and MEK1 cKO animals. From top to bottom, young mice (2 months old); aged (12 months old) mice; mice exposed to chronic 5-FU treatment (rep 5-FU; cells harvested 12 days after the third 5-FU injection); and Ly5.1 recipients transplanted with Ly5.1 BM and Ly5.2 F/F or MEK1 cKO BM (1:1 ratio). Cells were harvested 12 weeks after transplantation. For clarity, only Ly5.2 cells are shown. The cKO underperforms in all aging/stress models. 2) Knockdown/Knockout validation of antibodies and inhibitor validation of phosphospecific antibodies used in this study. The antibodies were validated for use in phosflow by directly comparing phosflow and immunoblotting results.
DOI: 10.17632/8yw7r57sck.1
title: Analog dates for 20CR-v2c at 301 precipitation stations in Switzerland (1981-2010)

description: The dataset contains the results of seven variants of analog methods (AM) applied to the 20CR-v2c reanalysis at 301 stations in Switzerland. The parameters were calibrated for daily precipitation. This dataset is part of an assessment of the impact of the reanalyses on AMs. See the reference for more details on the methods. The dataset principally consists in the calibrated parameters (in text files) for all methods and all stations as well as the analog dates (as Modified Julian Dates) in netCDF files. The precipitation values could not be published as they are not freely available (please contact the authors in case of interest). The dataset structure is: - A folder for every analog method (2SLP, 2Z, …) containing: - The analog dates for the calibration period (calibration_period.zip) - The analog dates for the validation period (validation_period.zip) - The input files used by AtmoSwing (the software) for the calibration (parameters_calibration_[...].xml) - The resulting calibrated parameters for every station (optimized_parameters.zip) - The list of the precipitation stations with some of their properties (CatalogPredictands-Precipitation-Daily-Station-Swizerland.xml)