What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach

Topic modeling, which uses machine learning algorithms to identify the emergence of topics, can help public health professionals monitor online public responses during health crises. This study used Latent Dirichlet Allocation algorithm to model the topics in Twitter messages (or “tweets”) from the...

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Main Authors: Yi (Jasmine) Wang, Molu Shi, Jueman (Mandy) Zhang
Format: Article
Language:English
Published: Taylor & Francis Group 2021-01-01
Series:Cogent Social Sciences
Subjects:
lda
Online Access:http://dx.doi.org/10.1080/23311886.2021.1959728
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spelling doaj-ee6e43b209be4efba9135e39ba962bc52021-08-09T18:41:16ZengTaylor & Francis GroupCogent Social Sciences2331-18862021-01-017110.1080/23311886.2021.19597281959728What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approachYi (Jasmine) Wang0Molu Shi1Jueman (Mandy) Zhang2University of LouisvilleData Scientist in HealthcareNew York Institute of TechnologyTopic modeling, which uses machine learning algorithms to identify the emergence of topics, can help public health professionals monitor online public responses during health crises. This study used Latent Dirichlet Allocation algorithm to model the topics in Twitter messages (or “tweets”) from the US during the COVID-19 pandemic from March 20th to August 9th, 2020. Topic sizes and sentiment were calculated as the pandemic evolved, for major topics about vaccination and mask-wearing as a nonpharmaceutical intervention measure. Despite the pandemic, positive sentiments were found among most topics. While users were found to react more often to positive sentiment about mask-wearing, negative content on vaccination was found more popular. Noticeable trends in topic sizes and sentiment were observed for various topics, which correlated in time with some key pandemic events and policy changes, implying their impacts on social media responses. By analyzing such trends and impacts, this research offers insights on health campaign message design and how to outreach the general public most effectively.http://dx.doi.org/10.1080/23311886.2021.1959728topic modelingldapublic health campaignvaccinemask-wearingemotionsentimentpopularity
collection DOAJ
language English
format Article
sources DOAJ
author Yi (Jasmine) Wang
Molu Shi
Jueman (Mandy) Zhang
spellingShingle Yi (Jasmine) Wang
Molu Shi
Jueman (Mandy) Zhang
What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
Cogent Social Sciences
topic modeling
lda
public health campaign
vaccine
mask-wearing
emotion
sentiment
popularity
author_facet Yi (Jasmine) Wang
Molu Shi
Jueman (Mandy) Zhang
author_sort Yi (Jasmine) Wang
title What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
title_short What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
title_full What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
title_fullStr What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
title_full_unstemmed What public health campaigns can learn from people’s Twitter reactions on mask-wearing and COVID-19 Vaccines: a topic modeling approach
title_sort what public health campaigns can learn from people’s twitter reactions on mask-wearing and covid-19 vaccines: a topic modeling approach
publisher Taylor & Francis Group
series Cogent Social Sciences
issn 2331-1886
publishDate 2021-01-01
description Topic modeling, which uses machine learning algorithms to identify the emergence of topics, can help public health professionals monitor online public responses during health crises. This study used Latent Dirichlet Allocation algorithm to model the topics in Twitter messages (or “tweets”) from the US during the COVID-19 pandemic from March 20th to August 9th, 2020. Topic sizes and sentiment were calculated as the pandemic evolved, for major topics about vaccination and mask-wearing as a nonpharmaceutical intervention measure. Despite the pandemic, positive sentiments were found among most topics. While users were found to react more often to positive sentiment about mask-wearing, negative content on vaccination was found more popular. Noticeable trends in topic sizes and sentiment were observed for various topics, which correlated in time with some key pandemic events and policy changes, implying their impacts on social media responses. By analyzing such trends and impacts, this research offers insights on health campaign message design and how to outreach the general public most effectively.
topic topic modeling
lda
public health campaign
vaccine
mask-wearing
emotion
sentiment
popularity
url http://dx.doi.org/10.1080/23311886.2021.1959728
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