cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25397/eur.24050028.v2
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence (Tasks and questions)

description: This item contains the tasks and questions for Sweijen et al (2023). Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence. Journal of Cognitive Neuroscience. Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful. This publication package contains the tasks and questions used in the study. In this study, a modified version of the Trust Game was used, which we introduced to participants as the ‘Color game’ (in Dutch: ‘kleurenspel’) to avoid influencing participants’ trust choices.
DOI: 10.25397/eur.24050070
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence - Computer code

description: This is a publication package for the article ‘Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence’, which can be found here: [link will be added upon acceptance of the paper].Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.This publication package contains the computer code. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24050070.v1
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence - Computer code

description: This is a publication package for the article ‘Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence’, which can be found here: [link will be added upon acceptance of the paper].Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.This publication package contains the computer code. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24050070.v2
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence (Computer code)

description: This item contains the computer code for Sweijen et al (2023). Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence. Journal of Cognitive Neuroscience. Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful. This publication package contains the computer code. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24050115
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence (Processed data)

description: This item contains the processed data for Sweijen et al. (2023). Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence. Journal of Cognitive Neuroscience.
Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.
This publication package contains the processed data files. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24050115.v1
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence - Processed data

description: This is a publication package for the article ‘Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence’, which can be found here: [link will be added upon acceptance of the paper].Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.This publication package contains the processed data files. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24050115.v2
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence (Processed data)

description: This item contains the processed data for Sweijen et al. (2023). Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence. Journal of Cognitive Neuroscience.
Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.
This publication package contains the processed data files. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.15468/dl.cfmw8y
title: Occurrence Download

description: A dataset containing 235 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Continent is Europe",
 "OccurrenceStatus is Present",
 "TaxonKey is Holocephali",
 "Year 1970-2025"
 ]
}

 The dataset includes 235 records from 32 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0054920-251009101135966/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.vxwpz6
title: Occurrence Download

description: A dataset containing 41 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Continent is Europe",
 "OccurrenceStatus is Present",
 "TaxonKey is Dipneusti",
 "Year 1970-2025"
 ]
}

 The dataset includes 41 records from 6 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0054919-251009101135966/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.25397/eur.24050115.v3
title: Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence (Processed data)

description: This item contains the processed data for Sweijen et al. (2023). Neural mechanisms underlying trust to friends, community members, and unknown peers in adolescence. Journal of Cognitive Neuroscience.
Trust plays an important role during adolescence for developing social relations. While prior developmental studies give us insight into adolescents’ development of differentiation between close (e.g., friends) and unknown (e.g., unknown peers) targets in trust choices, less is known about the development of trust to societal targets (e.g., members of a community organization), and its underlying neural mechanisms. Using a modified version of the Trust Game, our preregistered fMRI study examined the underlying neural mechanisms of trust to close (friend), societal (community member), and unknown others (unknown peer) during adolescence in 106 participants (aged 12-23). Adolescents showed most trust to friends, less trust to community members, and the least trust to unknown peers. Neural results show that target differentiation in adolescents’ trust behavior is associated with activity in social brain regions implicated during mentalizing, reward processing, and cognitive control. Recruitment of the medial prefrontal cortex (mPFC) and orbitofrontal cortex was higher for closer targets (i.e., friend and community member). For the mPFC, this effect was most pronounced during no trust choices. Trust to friends was additionally associated with increased activity in the precuneus and bilateral temporal parietal junction. In contrast, bilateral dorsolateral prefrontal cortex and anterior cingulate cortex were most active for trust to unknown peers. The mPFC showed increased activity with age and consistent relations with individual differences in feeling needed/useful.
This publication package contains the processed data files. Files are accessible to the authors of the study. Interested parties can request access by e-mailing sweijen@essb.eur.nl. When requesting data, please explain why you would like to access the files.
DOI: 10.25397/eur.24057333
title: Pembrolizumab and Daratumumab indication broadening dates and dosages

description: This data set contains data on indication broadening dates and dosages for pembrolizumab and daratumumab.
DOI: 10.25397/eur.24057333.v1
title: Pembrolizumab and Daratumumab indication broadening dates and dosages

description: This data set contains data on indication broadening dates and dosages for pembrolizumab and daratumumab.
DOI: 10.25397/eur.24204024
title: Database of those recorded as deceased in the Haarlem "bells and graves" register, 1412-1547

description: This database has been compiled from original manuscripts preserved in the Noord-Hollands Archief, Haarlem. Archive reference: Kerkvoogdij van de Nederlands Hervormde Gemeente te Haarlem, 1561, nos. 278–363 (old order KV 1472–14785).These documents were known as the "klok en graf" registers (bells and graves), and part of the ordinary church financial accounts. It is one of the earliest and fullest serial (yearly) indicators of deaths for any city or town in the northern Netherlands. It includes both adult men and women quite systematically (i.e., little sign of structural under-recording of one sex), but only includes children sporadically.In the database, there are a number of variables that have been recorded. These include: The folio number of the original manuscriptThe name of the deceasedThe sex of the deceasedThe profession of the deceased if mentionedWhether the deceased was an adult or childA link to another deceased person through a kinship tieThe status of the deceased - i.e., whether it was a recording of a burial, the church bells, or a last testament (and sometimes all 3 applied to the same person)If the church bells were rung, the type of bells mentioned (there were 3 statuses: Salvator 30 stuivers; Bavo 20 stuivers; Maria 10 stuivers).Information on the form of payment that was made to the church for the service of burial, bells, or testamentWhether the name has been struck throughOther standout contextual remarks<br>
DOI: 10.25397/eur.24204024.v1
title: Database of those recorded as deceased in the Haarlem "bells and graves" register, 1412-1547

description: This database has been compiled from original manuscripts preserved in the Noord-Hollands Archief, Haarlem. Archive reference: Kerkvoogdij van de Nederlands Hervormde Gemeente te Haarlem, 1561, nos. 278–363 (old order KV 1472–14785).These documents were known as the "klok en graf" registers (bells and graves), and part of the ordinary church financial accounts. It is one of the earliest and fullest serial (yearly) indicators of deaths for any city or town in the northern Netherlands. It includes both adult men and women quite systematically (i.e., little sign of structural under-recording of one sex), but only includes children sporadically.In the database, there are a number of variables that have been recorded. These include: The folio number of the original manuscriptThe name of the deceasedThe sex of the deceasedThe profession of the deceased if mentionedWhether the deceased was an adult or childA link to another deceased person through a kinship tieThe status of the deceased - i.e., whether it was a recording of a burial, the church bells, or a last testament (and sometimes all 3 applied to the same person)If the church bells were rung, the type of bells mentioned (there were 3 statuses: Salvator 30 stuivers; Bavo 20 stuivers; Maria 10 stuivers).Information on the form of payment that was made to the church for the service of burial, bells, or testamentWhether the name has been struck throughOther standout contextual remarks<br>
DOI: 10.5281/zenodo.15600878
title: Data and code for "Decades of Change in Vascular Plant Composition in High-Latitude Ecosystems: Shifting Prevalence of Pollination Strategies"

description: This dataset contains the data and code for Kiilunen et al. 2025: "Decades of Change in Vascular Plant Composition in High-Latitude Ecosystems: Shifting Prevalence of Pollination Strategies", published in Ecology and Evolution (https://doi.org/10.1002/ece3.72288). Please cite the associated article when using this dataset in publications.

Version v2 contains the updated files for data and code. Version v1 is now outdated: do not use those data and codes. Please refer to 'Description of data and R code.txt' for more details.

For more detailed information on the methodology, data sources, and analysis procedures, please refer to the paper.
DOI: 10.5281/zenodo.17434122
title: Data and code for "Decades of Change in Vascular Plant Composition in High-Latitude Ecosystems: Shifting Prevalence of Pollination Strategies"

description: This dataset contains the data and code for Kiilunen et al. 2025: "Decades of Change in Vascular Plant Composition in High-Latitude Ecosystems: Shifting Prevalence of Pollination Strategies", published in Ecology and Evolution (https://doi.org/10.1002/ece3.72288). Please cite the associated article when using this dataset in publications.

Version v2 contains the updated files for data and code. Version v1 is now outdated: do not use those data and codes. Please refer to 'Description of data and R code.txt' for more details.

For more detailed information on the methodology, data sources, and analysis procedures, please refer to the paper.