cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/mb76gkzjcv.1
title: Newsmakers and news sources in “hybrid media system” (the case of the full-scaled Russian invasion coverage by Ukrainian media)

description: The aim is to define and compare the most popular newsmakers and news sources for Ukrayins’ka Pravda (UP – the oldest, qualitative, and the most read online media), representing professional mass media, and for Ukrayina Seychas (US – one of the most popular Telegram channels), representing new media, and to describe the specifics of news production in the “hybrid media system”.
The hypothesis of the research:
H1 Professional mass media (UP) and new media (Telegram channel US) have strong differences in choosing both newsmakers (mentions) and news sources (newsmakers, quoted in the headlines), because leading officials and politicians (Ukrainian and international) are not recognizable for fragmented new media audience, who mostly follow information of personal interest in high-competitive media environment with many choices. 
H2 Both the percent of mentions and the percent of quoted newsmakers are larger for professional mass media (UP), than for new media (US), as far as new media perceive news as entertainment and do not follow the norms and traditions of classic news writing: to include recognizable newsmaker, references to sources, etc. 
H3 Professional mass media (UP) mention both personalities and organizations/institutions as far as consider them newsworthy, on the contrary, new media (Telegram channel US) publish news about popular personalities – to attract public’s attention, to encourage readers to share content.
H4 In the “hybrid media system” qualitative mass media give preferences to reliable sources, whereas for new media it is not obligatory, thus, UP will use more reliable (official) sources, while in contrast there will be more unreliable (non-official) sources in US’s texts.
Content and Method
For this research computer assisted method of news collection (headlines) and newsmakers and news sources identification was used (Python language) . 
With request module news archive html-pages (htpps://Pravda.com.ua/archives/) were collected from Ukrayins’ka Pravda website (from 24th of February till 31st of October). 
With bs4 module headlines were got 35577 total. 
To identify a popular newsmaker – a mention of both a person’s surname and an organization/institution name were considered. With re module and a vocabulary of the most popular personalities and organizations/institutions a list of the most popular newsmakers was created 
To define a news source, three the most common for UP types of references were exploited:
A proper name or an abbreviation before a semicolon; 
A proper noun or an abbreviation after a dash;
A proper noun or an abbreviation after a quotation mark and a semicolon.
As for US, at first the chat history was exported (the same period). The first sentence considered the headline (total 30784). As a rule, here the first sentence and a headline match. The same vocabulary and regular expressions were used to identify newsmakers and news sources.
DOI: 10.17632/vnyh3xprh3.1
title: Movie Research Bibliometrics 2007-2021

description: The dataset includes bibliometric information of academic papers published in the area of movie research between 2007-2021. A search query was initiated on Scopus – the largest bibliometric database. The following keywords were used to retrieve relevant studies: “cinema”, “film”, “motion picture”, “movie”, “box office”. For the purposes of this review, “stream” and “Netflix” were also added in the keyword list. The search query included journals with ABS 2 stars and above, in the areas of Business, Management & Accounting, Economics, Econometrics & Finance, Decision Sciences, and Psychology. The following information was retrieved for each paper: author details, title, year of publication, journal, ABS stars, total citations and author keywords. After filtering out irrelevant studies, the sample consisted of 744 papers.
DOI: 10.17632/7cb8t29stj.1
title: Precarious Work, Mental Toughness, Capabilities and Mental Health

description: SPSS data for demographic variables, precarious work, mental toughness, capabilities and mental health for emergency nurses.
DOI: 10.17632/7schphsc6w.1
title: Data for manuscript: Molecular defense responses to natural enemies determine seedling survival in a subtropical forest

description: The package contains eight data files (in csv format) that were used in the analyses of the above mentioned manuscript.
The structures of the data files are listed below with detailed descriptions of their contents.
1.
01_copy_number_defense_resonse_to_fungus.csv:
'data.frame':	99 obs. of 131 variables
02_copy_number_defense_resonse_to_bacterium.csv:
'data.frame':	99 obs. of 218 variables
03_copy_number_defense_resonse_to_insect.csv:
'data.frame':	99 obs. of 8 variables
04_copy_number_defense_resonse_to_virus.csv:
'data.frame':	99 obs. of 47 variables
description of variables four  the data frame:
SPCODE: species code included in the study.
species: latin name of species.
the column for 3 to the last one refers to the homologous gene cluster ID.
2.
05_seeding_neighborhood_variables_defense_resonse_to_fungus.csv:
'data.frame':	20224 obs. of 14 variables
06_seeding_neighborhood_variables_defense_resonse_to_bacterium.csv:
'data.frame':	20224 obs. of 14 variables
07_seeding_neighborhood_variables_defense_resonse_to_insect.csv:
'data.frame':	20224 obs. of 14 variables
08_seeding_neighborhood_variables_defense_resonse_to_virus.csv:
'data.frame':	20224 obs. of 14 variables

YEAR: the year recorded the focal seedling.
TRAP: the trap where the focal seedling located in.
PLOT:the plot where the focal seedling located in.
PLOTID: the plot ID named after the trap.
TAG: the tag labeled the focal seedling
IDSEEDL: the ID of the focal seedling named after the trap, the plot and the tag.
fSPCODE: species code of the focal seedling.
species: latin name of the focal seedling.
HT: height of the focal seedling.
SUR1y: alive(1) or dead (0) of the focal seedling after one year.
seedl.constd:the standardizednumber of con-specific seedlings.
BA.constd: the standardized basal area of conspecific adults.
sNTFDstd:the standardized nearest taxon functional distance for neighbor seedlings.
aNTFDstd:the standardized nearest taxon functional distance for neighbor adults.
DOI: 10.17632/7schphsc6w.2
title: Data for manuscript: Molecular defense responses to natural enemies determine seedling survival in a subtropical forest

description: There are five data files (in csv format) that were used in the analyses of the above-mentioned manuscript.
The structures of the data files are listed below with detailed descriptions of their contents.
1.
01_copy_number_defense_response_to_fungus.csv:
'data.frame':	99 obs. of 131 variables
02_copy_number_defense_response_to_bacterium.csv:
'data.frame':	99 obs. of 218 variables
03_copy_number_defense_response_to_insect.csv:
'data.frame':	99 obs. of 8 variables
04_copy_number_defense_response_to_virus.csv:
'data.frame':	99 obs. of 47 variables

description of variables for the four data frames:
SPCODE: species code included in the study.
species: latin name of species.
the column for 3 to the last one refers to the homologous gene cluster ID.
2.
05_seeding_neighborhood_variables.csv:
'data.frame':	20224 obs. of 22 variables

description of variables for the data frame:
YEAR: the year recorded the focal seedling.
TRAP: the trap where the focal seedling located in.
PLOT: the plot where the focal seedling located in.
PLOTID: the plot ID named after the trap.
TAG: the tag labeled the focal seedling
IDSEEDL: the ID of the focal seedling named after the trap, the plot and the tag.
fSPCODE: species code of the focal seedling.
species: latin name of the focal seedling.
HT: height of the focal seedling.
SUR1y: alive(1) or dead (0) of the focal seedling after one year.
seedl.constd: the standardized number of conspecific seedlings.
seedl.hetstd: the standardized number of heterospecific seedlings.
BA.constd: the standardized basal area of conspecific adults.
BA.hetstd: the standardized basal area of heterospecific adults.
sNTFDstdB: the standardized nearest taxon functional distance on defense response to bacterium for neighbor seedlings.
aNTFDstdB: the standardized nearest taxon functional distance on defense response to bacterium for neighbor adults.
sNTFDstdF: the standardized nearest taxon functional distance on defense response to fungus for neighbor seedlings.
aNTFDstdF: the standardized nearest taxon functional distance on defense response to fungus for neighbor adults.
sNTFDstdI: the standardized nearest taxon functional distance on defense response to insect for neighbor seedlings.
aNTFDstdI: the standardized nearest taxon functional distance on defense response to insect for neighbor adults.
sNTFDstdV: the standardized nearest taxon functional distance on defense response to virus for neighbor seedlings.
aNTFDstdV: the standardized nearest taxon functional distance on defense response to virus for neighbor adults.
DOI: 10.17632/3zj5kp94d2.1
title: Data for manuscript: Effects of functional phylogeny of light-response-related orthologous genes on seedling survival in a subtropical forest

description: ################################################################################
################################################################################
This package contains data from:

################################################################################
Hui Shang, Yunquan Wang, Baocai Han, Xiangcheng Mi, Lei Chen, Yu Liang, Keping Ma
Effects of functional phylogeny of light-response-related orthologous genes on seedling survival in a subtropical forest

################################################################################
The package contains four data files (in csv format) that were used in the analyses of the above mentioned publication.

The structures of the data files are listed below with detailed descriptions of their contents.
################################################################################
Structure and description of data files that were used in the main analyses
################################################################################
1.

01_seeding_neighborhood_variables_light_OTH0393.csv:
'data.frame':	20224 obs. of 16 variables
02_seeding_neighborhood_variables_light_OTH1734.csv:
'data.frame':	20224 obs. of 16 variables
03_seeding_neighborhood_variables_light_OTH3979.csv:
'data.frame':	20224 obs. of 16 variables
04_seeding_neighborhood_variables_light_OTH5329csv:
'data.frame':	20224 obs. of 16 variables

YEAR: the year recorded the focal seedling.
TRAP: the trap where the focal seedling located in.
PLOT:the plot where the focal seedling located in.
PLOTID: the plot ID named after the trap.
TAG: the tag labeled the focal seedling
IDSEEDL: the ID of the focal seedling named after the trap, the plot and the tag.
fSPCODE: species code of the focal seedling.
SPNAME: Chinese name of the focal seedling.
HT: height of the focal seedling.
SUR1y: alive(1) or dead (0) of the focal seedling after one year.
seedl.constd:the standardizednumber of con-specific seedlings.
BA.constd: the standardized basal area of conspecific adults.
sAPDstd:the standardized average phylogenetic distance for neighbor seedlings.
sNTPDstd:the standardized nearest taxon phylogenetic distance for neighbor seedlings.
aAPDstd:the standardized average phylogenetic distance for neighbor adults.
aNTPDstd:the standardized nearest taxon phylogenetic distance for neighbor adults.
DOI: 10.17632/3zj5kp94d2.2
title: Data for manuscript: Effects of functional phylogeny of light-response-related orthologous genes on seedling survival in a subtropical forest

description: This package contains data from:
Hui Shang, Yunquan Wang, Baocai Han, Xiangcheng Mi, Lei Chen, Yu Liang, Keping Ma
Effects of functional phylogeny of light-response-related orthologous genes on seedling survival in a subtropical forest
There are four data files (in csv format) that were used in the analyses of the above-mentioned publication.

The structures of the data files are listed below with detailed descriptions of their contents.
01_seeding_neighborhood_variables_light_OTH0393.csv:
'data.frame':	20224 obs. of 16 variables
02_seeding_neighborhood_variables_light_OTH1734.csv:
'data.frame':	20224 obs. of 16 variables
03_seeding_neighborhood_variables_light_OTH3979.csv:
'data.frame':	20224 obs. of 16 variables
04_seeding_neighborhood_variables_light_OTH5329csv:
'data.frame':	20224 obs. of 16 variables

YEAR: the year recorded the focal seedling.
TRAP: the trap where the focal seedling located in.
PLOT:the plot where the focal seedling located in.
PLOTID: the plot ID named after the trap.
TAG: the tag labeled the focal seedling
IDSEEDL: the ID of the focal seedling named after the trap, the plot and the tag.
fSPCODE: species code of the focal seedling.
SPNAME: Chinese name of the focal seedling.
HT: height of the focal seedling.
SUR1y: alive(1) or dead (0) of the focal seedling after one year.
seedl.constd: the standardized number of conspecific seedlings.
BA.constd: the standardized basal area of conspecific adults.
sAPDstd: the standardized average phylogenetic distance for neighbor seedlings.
sNTPDstd: the standardized nearest taxon phylogenetic distance for neighbor seedlings.
aAPDstd: the standardized average phylogenetic distance for neighbor adults.
aNTPDstd: the standardized nearest taxon phylogenetic distance for neighbor adults.
DOI: 10.17632/bvrbsy79hj.1
title: Phenomics_field_study_cisgenic_apple_and_controls

description: The dataset contains the raw data and data input files to replicate the statistical analyses of the assessments of floral fire blight resistance, and tree- and fruit-related phenotypical traits described in "Field study of the fire blight-resistant cisgenic apple line C44.4.146" (https://doi.org/10.1111/tpj.16083)

dataset_1_floral_fire_blight_assessment:
	raw data of the assessments of floral fire blight severity 21 dpi in 2018 and 2019 (1st tab), 
	contingency table per floral fire blight severity group, year, tree, and genotype (2nd tab), 
	contingency table per floral fire blight severity group, year, and genotype (3rd tab)

dataset_2_quantitative_phenotypical_traits:
	measured quantitative phenotypical traits per tree (1st tab)
	measured quantitative phenotypical traits per block (2nd tab)

dataset_3_qualitative_phenotypical_traits:
	contingency tables of the two qualitative phenotypical traits per trait category, year, and genotype
	(1st tab: ground color, 2nd tab: pattern of over color)
DOI: 10.17632/h9cwnktyk2.1
title: SUPPLEMENTARY MATERIAL - scoping review

description: Search formula and protocol for calves’ management of: "CALF WELFARE EVOLUTION RESEARCH THROUGH FEEDING AND SOCIAL MANAGEMENT STRATEGIES FOR HOLSTEIN CALVES REARING: A SCOPING REVIEW"
DOI: 10.17632/h9cwnktyk2.2
title: SUPPLEMENTARY MATERIAL 

description: Search formula and protocol for calves’ management of: "WELFARE IMPLICATIONS ON MANAGEMENT STRATEGIES FOR REARING HOLSTEIN CALVES: A SYSTEMATIC REVIEW. "
DOI: 10.17632/xkhr32x48t.1
title: The text mining of electric vehicle users’ comments for improving marketing directions and problems of the public charging pile service

description: The data about EV users comments on using the public charging pile service (Chinese language), which was collected from charging stations in the TELD Application (https://www.teld.cn/App/DownLoad, accessed on 16 September 2022). A total of 24,694 pieces of data were collected. Each piece of data includes the name of charging station, user name, vehicle brand, score, comment time and comment content.
DOI: 10.17632/yzd5w5w833.1
title: Wire Rope Dataset

description: We use industrial cameras to take images of steel wire ropes under different conditions. We put the images of steel wire ropes in five folders, named as：Camera position step up_1; Camera position step up_2; From dark to light; Rotate(360 degrees); Rotate(360 degrees). Images in different folders come from different sources, explained below: Camera position step up_1：Move the camera from bottom to top to obtain images of different positions of the wire rope.  Camera position step up_2: The camera rotates at a certain angle with the wire rope as the axis and then moves the camera from bottom to top to obtain images of different positions of the wire rope.  From dark to light:Adjust the brightness of the light source to obtain the images of the wire rope under different brightness. Rotate(360 degrees)： Rotate the wire rope 360 degrees and randomly take images of the wire rope at different angles. Rotation(free)：Apply a certain torque to both ends of the wire rope and then suddenly remove the torque applied to both ends of the wire rope, and randomly take images during the rotation of the wire rope.In addition, the dataset also provides the json file generated manually using labelme. Note: If the network model fails to be trained using the json file, you can consider converting the Chinese in the json file to English. Finally, we also provide dataset usage instructions in the wire rope dataset folder.
DOI: 10.17632/dfg5mtwvvw.1
title: Dimensional Interaction is Driven by Feature Integration: A Binding Theory of Garner Interference

description: Integral dimensions interact in perception, and are processed as a unitary whole, whereas separable dimensions are independent in perception, and maintain no cross-talk. For nearly half a decade now, Garner interference has served as the standard measure of dimensional interaction and selective attention. But the mechanisms that generate Garner interference are still not well understood. The current study proposes a novel theory that ascribes the interference to episodic feature integration processes at the micro (trial-to-trial) level. The novel account builds on earlier well-established notions of ''feature integration'' and ''object files'', and is augmented by formal derivations. The sequential binding account predicts that the magnitude of Garner interference is related to the strength of feature integration along consecutive trials. Three experiments were set to test this novel binding theory. Experiment 1 (chroma and value) and Experiment 2 (width and height of rectangles) tested performance with integral dimensions; whereas Experiment 3 (width and height of rectangles) tested performance with a pair of separable dimensions. In addition, the time lag ensuing between consecutive trials was manipulated. The results strongly supported the predictions of the sequential binding account: (a) with integral dimensions, substantial amounts of Garner interference were correlated with large partial repetition costs (e.g., consensual markers of feature integration), but this pattern was not observed with separable dimensions, and (b) the magnitude of both Garner interference and partial repetition costs diminished as a function of the ensuing time lag between consecutive trials, pointing to a common time-dependent mechanism. These results adduce strong support in the predictions of the feature biding theory of Garner interference, giving currency to the idea that dimensional interaction is driven by feature integration.
DOI: 10.17632/dfg5mtwvvw.2
title: Dimensional Interaction is Driven by Feature Integration: A Binding Theory of Garner Interference

description: Integral dimensions interact in perception, and are processed as a unitary whole, whereas separable dimensions are independent in perception, and maintain no cross-talk. For nearly half a century now, Garner interference has served as the standard measure of dimensional interaction and selective attention. But the mechanisms that generate Garner interference are still not well understood. The current study proposes a novel theory that ascribes the interference to episodic feature integration processes at the micro (trial-to-trial) level. The novel account builds on earlier well-established notions of ''feature integration'' and ''object files'', and is augmented by formal derivations. The sequential binding account predicts that the magnitude of Garner interference is related to the strength of feature integration along consecutive trials. Three experiments were set to test this novel binding theory. Experiment 1 (chroma and value) and Experiment 2 (width and height of rectangles) tested performance with integral dimensions; whereas Experiment 3 (width and height of rectangles) tested performance with a pair of separable dimensions. In addition, the time lag ensuing between consecutive trials was manipulated. The results strongly supported the predictions of the sequential binding account: (a) with integral dimensions, substantial amounts of Garner interference were correlated with large partial repetition costs (e.g., consensual markers of feature integration), but this pattern was not observed with separable dimensions, and (b) the magnitude of both Garner interference and partial repetition costs diminished as a function of the ensuing time lag between consecutive trials, pointing to a common time-dependent mechanism. These results adduce strong support in the predictions of the feature biding theory of Garner interference, giving currency to the idea that dimensional interaction is driven by feature integration.
DOI: 10.17632/j6ks67jjz7.1
title: LINF_340051000

description: NADH-ubiquinone oxidoreductase complex I subunit | NDUFB11 ortholog
Leishmania infantum (strain JPCM5)
DOI: 10.17632/5mknfsnyk6.1
title: LINF_340051100

description: 20s proteasome beta 7 subunit
Leishmania infantum (strain JPCM5)
DOI: 10.17632/fttt4mrp6c.1
title: LINF_340051300

description: quinonoid dihydropteridine reductase | QDPR
Leishmania infantum (strain JPCM5)
DOI: 10.17632/mm3w982fwv.1
title: LINF_340051400

description: 20s proteasome beta 7 subunit
Leishmania infantum (strain JPCM5)
DOI: 10.17632/fvmtrbv2ct.1
title: LINF_340051500

description: target of rapamycin (TOR) kinase 2 | mTOR2
Leishmania infantum (strain JPCM5)
DOI: 10.5281/zenodo.7521266
title: Psychological complications in patients with acromegaly: relationships with sex, arthropathy, and quality of life-DATASET

description: Psychological complications in patients with acromegaly: relationships with sex, arthropathy, and quality of life dataset
DOI: 10.5281/zenodo.7521265
title: Psychological complications in patients with acromegaly: relationships with sex, arthropathy, and quality of life-DATASET

description: Psychological complications in patients with acromegaly: relationships with sex, arthropathy, and quality of life dataset
DOI: 10.21223/vehcf1/y08c6j
title: 02_Data_dictionary_Bactericera.xlsx

description: :unav
DOI: 10.21223/vehcf1/5ahuoj
title: 01_Data_Bactericera.xlsx

description: :unav
DOI: 10.21223/vehcf1
title: Dataset for: Estimating losses caused by the potato psyllid in farmers’ fields located in Northern Peru 2022

description: Bactericera Cockerelli (potato psyllid) has recently been reported in the Peruvian district of Huancabamba (Piura), North of Peru and border with Ecuador. Small potato producers of this zone have reported serious problems with this insect, as in Central America and recently in Ecuador. A semi-structured survey has been validated with technicians and a small group of farmers and it will be used to interview at 100 small-scale farmers from districts of Huancabamba, Sondor and Sondorillo. The objective of this survey is to understand and document the losses and changes in practices that the new pest is causing at productive and technological levels. Staff from CIP and the Centro Ecuménico de Promoción y Acción Social Norte - CEDEPAS Norte, a non-governmental organization (NGO) will interview to the farmers during November 2022.
DOI: 10.17632/mfc2dv3bpb.1
title: Review_MedicinePlants

description: Plant list used for review of breeding systems study
DOI: 10.17632/n6m2v2y6km.1
title: Sun Protective Behaviors and Exposure Habits in Diverse Hispanic Nationalities: Data from the National Health Interview Survey 2005-2015

description: Sun Protective Behaviors and Exposure Habits in Diverse Hispanic Nationalities: Data from the National Health Interview Survey 2005-2015