pelzer_2019_facebook_use

7,406 rated or chosen profiles from 529 respondents, in up to 7 tasks of 2 profiles varying on 2 attributes.

About this table

DescriptionGerman-speaking students (SoSci Survey, 2016, n = 529) made 7 choices between two Facebook-use situations varying place of use (at home / elsewhere) and motive (information seeking, companionship, escapism, entertainment); fixed design in 4 blocks of 7.
ReferencePelzer, E. (2019). The potential of conjoint analysis for communication research. Communication Research Reports, 36(2), 136-147.
DOI10.1080/08824096.2018.1559138
LicenceCC BY 4.0
Source datahttps://osf.io/dbg7s/

Notes

These notes describe the source data, which the IRW reproduces as released. All notes are listed on the Data Notes page.

Size and shape

Respondents529
Rows (one per respondent, task and profile)7,406
Tasks per respondent (most)7
Profiles per task2
Attributes2
Tasks with no profile chosen0

Design

Topictechnology ai privacy
A profile representsscenario
Countryunknown
Language shownde
Language of stored levelsen
Randomization restrictionsyes (stated by the source): fixed blocked design: 28 fixed pairs in 4 blocks of 7, one block per respondent; some pairs share a level; across the 56 design profiles each motive appears 14 times and each place 28 times (balanced)
Task orderinferred from row order
Profile positionrecorded in the deposit

Because the attribute levels were not randomized independently, an estimator has to account for the restriction; a plain difference in means across levels can mislead. Task order or profile position was rebuilt from row order; analyses of position or task order should leave it out.

Outcomes:

choiceChoice between two Facebook-use situations (paraphrase) [choice, forced]

Columns

attr_motiveattr_placechoicecov_agecov_education_codecov_facebook_frequency_codecov_gender_codeidprofiletasktrial_situation

The layout (one row per respondent, task and profile; choice/rating outcomes; attr_ columns holding each attribute level as displayed) is defined in the IRW conjoint standard. What the outcomes asked is under Design above.

Get the data

Download CSVno account neededBrowse on Redivisexplore and queryCroissant metadataHugging Face, Kaggle, OpenML

Or load it directly in R or Python (both need a free Redivis account; the first call opens a browser to sign in):

# R
install.packages("remotes")
remotes::install_github("itemresponsewarehouse/Rpkg")
library(irw)
df <- irw_fetch("pelzer_2019_facebook_use", source = "conj")
# Python
pip install irw

import irw
df = irw.fetch("pelzer_2019_facebook_use", source="conj")

How to cite

@article{Pelzer_2018, title={The Potential of Conjoint Analysis for Communication Research}, volume={36}, ISSN={1746-4099}, url={http://dx.doi.org/10.1080/08824096.2018.1559138}, DOI={10.1080/08824096.2018.1559138}, number={2}, journal={Communication Research Reports}, publisher={Informa UK Limited}, author={Pelzer, Elena}, year={2018}, month=Dec, pages={136–147} }

Version and provenance

IRW versionv584
Redivis datasetirw_conjoint v4.2
Redivis dataset DOI10.57761/qkye-q530
Manifest pin for this IRW versionv4.2
Metadata sourceirw_meta v44.0