Published on in Vol 9 (2025)

Preprints (earlier versions) of this paper are available at https://preprints.jmir.org/preprint/80397, first published .
Firearm Violence and Health in Policymaker Discourse: Mixed Methods Social Media Analysis

Firearm Violence and Health in Policymaker Discourse: Mixed Methods Social Media Analysis

Firearm Violence and Health in Policymaker Discourse: Mixed Methods Social Media Analysis

1Division of General and Community Pediatrics, Cincinnati Children's Hospital Medical Center, 3333 Burnet Ave, Cincinnati, OH, United States

2Leonard Davis Institute of Health Economics, University of Pennsylvania, Philadelphia, PA, United States

3Department of Biobehavioral Health Sciences, School of Nursing, University of Pennsylvania, Philadelphia, PA, United States

4Penn Injury Science Center, University of Pennsylvania, Philadelphia, PA, United States

5Department of Public Health Policy and Management, School of Global Public Health, New York University, New York, NY, United States

6Department of Family Medicine and Community Health, Perelman School of Medicine, University of Pennsylvania, Philadelphia, PA, United States

7Department of Emergency Medicine, Perelman School of Medicine, University of Pennsylvania, Philadelphia, PA, United States

8PolicyLab, Children's Hospital of Philadelphia, Philadelphia, PA, United States

9The Center for Violence Prevention, Children's Hospital of Philadelphia, Philadelphia, PA, United States

10Department of Pediatrics, School of Medicine, University of Cincinnati, Cincinnati, OH, United States

11Combined Internal Medicine-Pediatrics Residency Program, Department of Medicine, University of Pennsylvania, Philadelphia, PA, United States

12Qualitative Research Core, Children's Hospital of Philadelphia, Philadelphia, PA, United States

13Department of Pediatrics, Perelman School of Medicine, University of Pennsylvania, Philadelphia, PA, United States

14Emergency Medicine Residency Program, School of Medicine, Brown University, Providence, RI, United States

15Division of Emergency Medicine, Department of Pediatrics, Children's Hospital of Philadelphia, Philadelphia, PA, United States

Corresponding Author:

Vivek A Ashok, MSHP, MD


Background: Since 2019, firearm violence has remained the leading cause of death for US children and adolescents aged 1‐19 years. This crisis has spurred action from policymakers, health professionals, and advocates. However, political polarization has contributed to divergent views on the causes and appropriate responses to firearm violence. Communication by elected officials, especially on social media, plays a critical role in shaping public opinion and policy agendas. Understanding how state policymakers discuss firearm violence, including the use of causal blame, calls to action, and health-related narratives, can inform more effective public health strategies.

Objective: This study aimed to examine how Pennsylvania state legislators discuss firearms and firearm violence on social media and assess the extent to which their messaging aligns with public health perspectives.

Methods: We conducted a 2-phase mixed methods analysis of X (formerly known as Twitter; X Corp) posts by Pennsylvania state legislators from May 27, 2017, to July 26, 2022. Posts were grouped into 3 time periods surrounding the Tree of Life Synagogue mass shooting in Pittsburgh. Using a Boolean search strategy, we identified 4573 posts related to firearms and firearm violence. After removing reposts and non-English content, we randomly sampled 1491 (32.6%) original posts authored by 152 unique legislators. Posts were coded using a structured codebook based on the Multiple Streams Framework to capture rhetorical framing, causal blame, and policy content. Interrater reliability was high (Holsti coefficient >0.8). We used chi-square tests and multivariable logistic regression to assess associations between rhetorical elements and policy mentions, adjusting for time period.

Results: Mass shootings were the most frequently referenced category of firearm violence, peaking after the Tree of Life shooting (22/43, 51% vs 91/118, 77.1% vs 140/220, 63.6%; P=.004), while firearm suicide was rarely discussed. Posts using advocacy frames were nearly 5 times more likely to mention policy (adjusted odds ratio [aOR] 4.67, 95% CI 3.55‐6.16), whereas those referencing mass shootings (aOR 0.54, 95% CI 0.37‐0.77) or emotional appeals (aOR 0.53, 95% CI 0.40‐0.69) were significantly less likely to do so. Most posts used general advocacy (aOR 2.97, 95% CI 2.13-4.13) and vague blame (aOR 8.26, 95% CI 6.02‐11.35), resulting in nonspecific policy suggestions. Posts that attributed blame to firearm access were strongly associated with specific policy proposals (aOR 6.37, 95% CI 4.29-9.47) and inversely associated with general policy mentions (aOR 0.26, 95% CI 0.17‐0.42). Only 9.4% (133/1422) of posts used health frames; when present, they more often referenced physical consequences (58/133, 43.6% vs 216/1358, 15.9%; P<.001).

Conclusions: Pennsylvania legislators primarily focused on mass shootings and relied on emotional or symbolic language without proposing specific policies. Health frames were rare and typically focused on consequences rather than prevention. Findings highlight an opportunity to support policymakers with health-informed messaging strategies to promote actionable firearm violence prevention policies, particularly those addressing prevention.

JMIR Form Res 2025;9:e80397

doi:10.2196/80397

Keywords



Firearm violence and its devastating physical, psychological, and economic consequences in the United States have galvanized policymakers, health and public health professionals, researchers, law enforcement, and the judicial system to enact policies aimed at stopping this epidemic [1-5]. However, despite growing attention, deeply entrenched political polarization surrounding firearms has led to divergent views on the causes and consequences of firearm violence and the policies proposed to address it [6,7]. These divisions persist amid a steady rise in firearm violence, now the leading cause of death among children and adolescents aged 1‐19 years [4]. Moreover, Non-Hispanic Black or African American adolescents and young adults experience significantly higher rates of interpersonal firearm violence, while American Indian and Alaskan Native youth experience disproportionately high rates of firearm suicide, reflecting broader societal inequities [3,8-11]. This burden is often overlooked in policy discourse and media coverage, especially on social media, where selective framing can skew public perception [12]. Nonetheless, social media remains a powerful force in influencing policymaking through effective health and public health communication [13].

Elected officials play a central role in shaping the policy environment and represent a critical upstream political determinant of health [13,14]. Increasingly, legislators and their staff have turned to social media as a tool for issue engagement and political action [15-19]. Understanding how policymakers perceive, define, and communicate about firearm violence is essential to informing effective and equitable policy solutions. Social media offers a unique window into policymaker perspectives and directly impacts health policy agenda setting that is increasingly used in policy research [13,20-26]. It allows unfiltered access to policymakers’ unscripted viewpoints and positions without the framing and gatekeeping of traditional media [13]. Specifically, social media can reveal what causes are emphasized, what solutions are proposed, how certain incidents elicit reactions, and how specific populations are represented. Through this medium, policymakers can elevate public understanding of firearm violence; however, they can also perpetuate misinformation and misleading narratives that undermine evidence-based prevention strategies [27,28].

Despite the growing role of social media in shaping public discourse and policy agendas, no prior study has systematically examined how policymakers characterize firearm violence online. Most legislative action around firearm regulation and violence prevention occurs at the state level [29]. Understanding how the content and framing of state-level policymaker messages have evolved over time, how rhetorical strategies, such as causal blame and calls to action, correspond with policy discussions, and the degree to which firearm violence is conceptualized through and aligns with a health or public health lens is necessary to address this epidemic. Addressing these gaps is critical for many reasons. The ways in which firearm violence is framed—whether as a health or public health issue, a criminal justice concern, or a partisan talking point—influence the development and uptake of policies [30-38]. Furthermore, biased or inaccurate representations can advance policies that are misguided, ineffective, or inequitable by further entrenching health inequities and promoting stigma and bias of certain groups [27,28]. To better understand how recent sociopolitical discourse may align or misalign with public health and health care realities, we analyzed the language used by Pennsylvania state legislators in their social media posts from 2017 through 2022.


Setting, Data Collection, and Sampling

We conducted a 2-phased mixed methods analysis of X (formerly known as Twitter) posts related to firearms and firearm violence by Pennsylvania state legislators. This involved a systematic qualitative coding process using an iteratively developed codebook, followed by quantitative content analysis to identify trends in message framing, associations, and policy engagement. In order to capture the breadth of our discussion, firearm violence was broadly defined to include firearm suicide, any interpersonal firearm injury, and unintentional firearm injury.

We focused our analysis geographically on the Commonwealth of Pennsylvania for its heterogeneity in political party affiliation, urban and rural representation, firearm-related cultural norms, and diverse demographic makeup. We focused on state legislators because state-level policymaking has the most direct influence on firearm-related legislation, funding, and implementation, and because state legislative discourse reflects the primary locus of policy debate in this domain. We collected posts from May 27, 2017, to July 26, 2022, selecting a time frame that allowed us to examine the potential influence of major local and global events. We analyzed three distinct 15-month periods: (1) prior to the Tree of Life Synagogue shooting in Pittsburgh (from May 27, 2017 to October 26, 2018), (2) following that shooting through the onset of the COVID-19 pandemic (from October 27, 2018 to February 26, 2020), and (3) during the pandemic (from February 27, 2020 to July 26, 2022). Based on prior literature, using a local mass shooting as a fulcrum for time-varying analysis allows us to capture periods when firearm violence garners different levels of attention [39]. Furthermore, the COVID-19 pandemic was marked by an overall rise in firearm violence and firearm ownership and offered a distinct contextual period independent of the mass shooting event [40,41].

Our unit of analysis was individual X posts. Data were sourced from Quorum (Quorum Analytics), a public affairs software program that tracks policymaker social media engagements; data are available from 2007 to present [42]. As is standard practice, the research team paid a fee to access the Quorum database. Quorum adheres to public data usage guidelines set by X. The database provides metadata on the source of each post, the policymaker’s political party affiliation, the policymaker’s represented district, and the date posted.

Using Quorum’s advanced search features, we limited our query to Pennsylvania state legislators and the study period of interest. Pennsylvania state legislators created a total of 401,477 posts. Drawing on existing literature and in consultation with academic librarians, we created a Boolean string to capture posts relevant to discourse around firearms and firearm violence. For example, we included any post including the terms “gun(s),” “firearm(s),” “shooting(s),” AND “violence,” “safety,” etc (full list of search terms is provided in Figure 1) [43]. This search yielded 4573 eligible X posts, from which we excluded reposts and non-English posts. From the remaining pool, we drew a final simple random sample of 1491 (32.6%) posts authored by 152 unique users for in-depth coding and quantitative analysis. The final sample size was determined post hoc, once thematic saturation was achieved, defined as the point at which no new themes or codes emerged across successive batches of coded posts. This number also provided adequate representation across the study period to permit descriptive comparisons and multivariable logistic regression analyses. Each post was manually reviewed during coding to ensure relevance to the study topic.

Figure 1. Identification of X posts by Pennsylvania state legislators describing firearms and firearm violence, 2017-2022.

Qualitative Analysis

Codebook Development and Theoretical Framework

Five researchers (VAA, KSK, IN, MDK, and WJKV), with a range of expertise in firearm injury prevention research, health services research, social media, qualitative methods, health and medicine, and public health, collaboratively developed a 56-item codebook (Multimedia Appendix 1). Our coding framework was grounded in the Kingdon [44] Multiple Streams Framework (MSF) for Policy Agenda Setting (Figure 2 [45-47]). The MSF model has been used extensively in social and political sciences to evaluate policy agenda setting and offers an innovative way to conceptualize the pathway to health policy creation [47,48].

Figure 2. Kingdon’s multiple streams framework adapted for health policy discourse on firearm violence among Pennsylvania state legislators (2017-2022).

The MSF model describes 3 “streams” that influence policy agenda setting: the problem stream, policy stream, and politics stream. The problem stream refers to how a problem is defined and socially constructed. The policy stream relates to the development and advocacy of specific solutions. The politics stream refers to the sociopolitical forces that shape policy adoption. Our analysis focused on the problem and policy streams. We excluded the politics stream from our coding schema to maintain analytic focus on the content of the posts themselves and to minimize coder bias that could arise from subjective interpretations of external political context. However, recognizing that posts are not created in a vacuum and often reflect broader geopolitical events, we used the politics stream post hoc to contextualize our findings within relevant sociopolitical moments. Within the problem stream, we used the Policy Frames Codebook, created by Boydstun et al [49], to identify salient frames used to describe firearms and firearm violence (Table 1).

Table 1. Frames, definitions, and example X posts by Pennsylvania state legislators (2017-2022).
FrameDefinitionExample X post
MoralityAny perspective—or policy objective or action (including proposed action)—that is compelled by moral doctrine or interpretation, logic, duty, honor, honesty or integrity, righteousness or any other sense of ethics or social responsibility. A calculated way for someone to think about right and wrong rather than emotion. Often, the phrase “common sense” is used to connote logic.“Thoughts and prayers do not protect our children. I will not participate in these actions when we can pass common sense gun laws TODAY.”
Advocacy or EndorsementA way of presenting information that promotes a particular viewpoint, policy, or action. It is designed to persuade the audience to support a specific cause, agenda, or position. This type of frame often includes subjective elements, such as endorsements, recognition of efforts, calls to action, and expressions of support or opposition. This frame can be general or specific advocacy. For example, it can include advocating for general gun violence prevention (viewpoint) or protecting the rights of firearm owners through legislation (policy). It can also include advocating or promoting one’s own actions toward advancing a specific goal. A vote or sponsorship of a bill is an endorsement.“We cannot wait until the next Columbine, or Sandy Hook, or Parkland, or Uvalde. We need to act now. Lives depend on us. Help send a message to the Majority leaders and urge them to advance gun-safety legislation”
Emotional Appeal or Moral OutrageUses words and phrases to evoke sympathy, sorrow, and a sense of tragedy. Uses phrases to express injustice and moral outrage, which can motivate audiences to act against an issue. Using facts or statistics to highlight the sheer scope of an issue and evoke a sense of moral imperative.“Today is a day of mourning and reflection as we mark one year since the mass shooting at the Tree of Life building in Pittsburgh. Eleven were killed and six others injured in the deadliest attack on the Jewish community in the United States. Remember. Repair. Together.”
Cultural IdentityRelates to social norms, trends, values, and customs. For example, it can include hunting and sporting events and shooting season in Pennsylvania. It may also refer to tradition and firearms as heritage items.“Rifle season starts Saturday and it’s important to remember to be safe while hunting or hiking in PA’s outdoors. Have fun and good luck to all the hunters out there!”
Equality or EquityEquality or inequality with which laws, punishment, rewards, and resources are applied or distributed among individuals or groups. Also, the balance between the rights or interests of one individual or group compared to another individual or group.“The signs and voices chanted about black lives and gun violence, about justice reform, about the systemic underfunding of schools in black and brown neighborhoods. about healthcare, housing, transportation, minimum wage. So much undone. (Yet to be done.)”
Criminology and PolicingFraming gun violence within the context of crime and law enforcement. Specifically, if the problem or solutions are grounded in crime prevention or law enforcement interventions (eg, longer sentences for perpetrators or criminal penalties for gun-related offenses); portrayals of gun violence that are intertwined with the criminal justice system (eg, highlighting gang violence and armed robberies); or involvement of law enforcement as primary responders (as opposed to health care workers or community members).“Within Philadelphia, effective and non-lethal policing is also essential to healing communities that have been historically overpoliced and over incarcerated. It will take all stakeholders to end the scourge of gun violence! #EnoughIsEnough”
Constitutionality and JurisprudenceThe constraints imposed on or freedoms granted to individuals, government, and corporations via the Constitution, Bill of Rights, and other amendments, or judicial interpretation. This deals specifically with the authority of government to regulate and the authority of individuals or corporations to act independently of government. For example, civil libertarianism, citing encroachment on constitutional rights and individual liberties, most commonly the Second Amendment. Local laws or policies wrapped in legal or lawmaker language. Citations of legal cases are also included in this frame.“I was proud to stand up for the Second Amendment rights of law-abiding Pennsylvanians today. The bills we approved will allow lawful gun owners to carry without a permit and maintain uniformity of state laws in every municipality in the state.”
Security, Defense, or ProtectionSafety, threats to security, and protection of one’s person, family, in-group, nation, etc. Generally, it is an action or a call to action that can be taken to protect the welfare of a person, group, nation, sometimes from a not yet-manifested threat. In this frame, the coder asks if the post is using rhetoric related to security, defense, or protection to persuade you to take a stance or delineates specific steps to provide that security, defense, or protection. For example, this frame could include lauding the use of a firearm or gun for self-protection or protecting the community, or protecting the community from gun violence itself.“I’ve introduced legislation to ensure that we are doing everything we can to protect the residents of the commonwealth. I will continue to be an advocate for legislative initiatives that respect the Second Amendment while promoting gun safety.”
Public OpinionReferences to general social attitudes, polling, and demographic information, as well as implied or actual consequences of diverging from or “getting ahead of” public opinion or polls. Often uses the phrase “most people support.”“People demand that we act & pass common sense gun violence prevention bills like ERPO.”
Health and Public HealthIs the public health approach to curb gun violence, as described by the Centers for Disease Control and Prevention (CDC), mentioned (must meet one criterion): (1) Does the post cite statistics or the importance of research, generating data, risk factors, etc? (2) Does the post mention using evidence-based practices or science? (3) Does the post mention evaluating the implementation of the methods used to prevent firearm violence?Example “Did you know? Studies suggest that waiting period law may reduce firearms suicide rates by 7% to 11%. That’s around 2500 lives a year.”
PartisanDefines the problems or solutions of gun violence through a partisan lens by touting one political party over another or castigating a specific political party.“This is absolutely ridiculous. We are talking about thousands of lives lost due to gun violence. We will not be silenced. We will keep fighting for what’s right! Senate Republicans are now trying to silence [deidentified]. This is a typical move the GOP makes when they are clearly losing the argument.”
InformationalThe entire post should convey information, which could include statistics, public health recommendations, and information about an event, campaign, or vigil. While neutral on the surface, it may not be felt as neutral since authors tend to use jarring statistics to drive home a point. There should be no partisan language in a post that is information-framed.“SB565 reduces the age a person can carry a firearm from 21 to 18 and does not require a license to openly carry firearms in cities like Philadelphia.”
Religiosity or SpiritualityRelates to tying the right to bear a firearm or firearm violence to religiosity or spirituality.
For example, “God given right” or “may God bless this state”
“Practically every gun tragedy is a preventable tragedy, if you don’t believe the myth that our Creator intended us to have the God-like ability to destroy human life”

The codebook was developed iteratively through group discussion and consensus. Guided by the MSF, the research team deductively coded posts using these predefined frames and inductively refined the codebook through group discussion and consensus. New or modified frames (eg, health and public health, criminology and policing, and advocacy or endorsement) were added as themes emerged during pilot coding. We coded a subset of 6.7% (100/1491) of the total analytic sample to refine and validate our codebook. We reviewed the data to ensure that key concepts within the problem and policy streams were sufficiently represented in the sample and well captured by our codebook. Throughout this process, discrepancies in interpretation were resolved with team-based consensus and subsequent revisions.

Coding Process

A final sample of 1491 posts was coded using a structured instrument developed in REDCap (Research Electronic Data Capture; Vanderbilt University). Seven coders (VAA, IN, WJKV, OB, AS, KSK, and AC) participated in this process, with VA serving as the reference coder. To assess interrater reliability, 10.6% (159/1491) posts of the final sample were coded by at least 2 team members. We calculated the Holsti coefficient for agreement, achieving average coefficients greater than 0.8 across domains. Consistent with qualitative coding conventions for larger teams, 1 coder (VA) served as the dominant coder, and all other coders were trained to achieve a Holsti coefficient >0.8 relative to VA. Each coding pair (VA and a secondary coder) independently coded a subset of 10‐20 posts, reviewed discrepancies, and iterated until consensus and the reliability threshold were achieved. Double-coded subsets were retrospectively amended to reflect consensus codes. To prevent coder drift, all coders participated in one to two double-coding sessions for every 250‐500 posts coded.

To minimize potential coder bias, all coders were blinded to the identity and political affiliation of the poster. In addition, embedded hyperlinks were not coded, as these sometimes revealed the identity or political affiliation of the author.

Measures and Statistical Analysis

Coded variables were applied at the post level, classified as binary or categorical, and entered into REDCap. Within the problem stream, we measured whether posts referenced general descriptors of violence, including the type of incident, location, and characteristics of violence survivor or perpetrators if a specific interpersonal firearm violence incident was discussed. These characteristics are conceptualized as part of the problem definition. Mentions of violence survivor or perpetrator identity were categorized by factors, if known or shared, such as age, race and ethnicity, gender identity or sexual orientation, mental health status, and involvement with the criminal justice system. Posts expressing symbolic responses, such as “thoughts and prayers,” solidarity, or remembrance, were also coded. We identified calls to action, including general appeals for change, specific policy recommendations, or encouragement to vote. Thirteen rhetorical frames were coded, encompassing moral arguments, advocacy language, emotional appeals, criminology and policing narratives, public health framing, cultural identity, partisanship, and equity. To capture all post elements, codes were nonmutually exclusive and could be used in combination with each other.

Within the policy stream, we coded whether posts assigned causal blame (ie, attribution of responsibility for a given action to specific individuals, groups, or systems) to any of 17 distinct sources, such as mental health, access to firearms, weak laws, racism, political parties, the firearm lobby, substance use, or social media. We defined causal blame as statements assigning responsibility for firearm violence to specific actors or systems (eg, weak laws and the firearm lobby), whereas rhetorical frames referred to the broader narrative lens through which the issue was discussed (eg, advocacy, emotion, and partisanship). These are conceptually and analytically distinct. We also coded references to the consequences of firearm violence, including mental and physical health impacts, economic costs, the cycle of violence, secondary trauma, and harm to community well-being. Finally, we assessed whether posts endorsed or proposed specific policies, such as (1) restrictive or permissive firearm ownership laws, (2) support or funding for community violence intervention programs or law enforcement, (3) initiatives targeting the firearm industry, and (4) policies addressing mental health or substance use.

We merged our coded dataset with the original Quorum dataset using unique identifiers to retain metadata on post date and author. We calculated the proportion of X posts that referenced each code and used chi-square tests to assess whether these proportions varied significantly across the three 15-month time frames. We applied Bonferroni correction for multiple comparisons with a significance level of P=0.02 when appropriate. All statistical analysis was performed using STATA 18.0 (StataCorp LLC) software.

We conducted multivariable logistic regression, adjusting for time period, to examine the associations between policy mentions and rhetorical elements, such as calls to action, types of shootings, causal blame attributions, and thematic frames. While rhetorical frames, causal blame attributions, and types of firearm violence may co-occur in individual posts, they were coded as distinct constructs and modeled as independent predictors in our regression analyses. Our primary model examined predictors of any policy-related content being mentioned, using variables selected based on descriptive prevalence and refined through significance testing and model fit. Then, we ran a series of additional models to assess whether specific categories of violence, causal blame attributions, or frames were individually associated with policy-related content.

To further explore the relationship between rhetorical framing and policy specificity, we stratified our policy outcome variable to distinguish between general (nonspecific) and specific policy proposals and re-estimated our model to examine predictors of each category. Predictors included categories of firearm violence mentioned, types of call to action, framing devices, and causal blame attributions. Finally, we conducted a subgroup analysis comparing X posts that did and did not use health frames, using chi-square tests to identify which topics were more likely to be mentioned when firearm violence was conceptualized as a health issue. Adjusted odds ratios (aORs) with 95% CIs were reported, using robust SEs.

Ethical Considerations

The dataset contained only publicly available information on X from the offices of elected officials, and therefore did not meet the criteria for human subjects research. All posts, data, and user IDs were deidentified for this study.


Descriptive Results

We analyzed 1491 unique X posts by Pennsylvania legislators related to firearms and firearm violence. Of these, 210 (14%) were posted 15 months prior to the Tree of Life Synagogue shooting, 415 (27.8%) in the 15 months following the shooting through the onset of the COVID-19 pandemic, and 866 (58%) during the first 15 months of the pandemic. We present results using the MSF, starting with the problem stream (Table 2) and the policy stream (Table 3).

Table 2. The problem streamunadjusted comparisons of specific topic mentions on X (formerly known as Twitter) by Pennsylvania state legislators about firearms and firearm violence during 3 study time periods (2017-2022).
TopicTime period 1 (n=210), n (%)Time period 2 (n=415), n (%)Time period 3 (n=866), n (%)Totals (n=1491), n (%)P values
Descriptions of firearm violence
Mentions of specific type of firearm violence43 (20.5)118 (28.4)220 (25.4)381 (25.6).10
Mass shootinga,b22 (51.2)91 (77.1)140 (63.6)253 (66.4).004
Suicide or intentional self-
inflicted harm
3 (7)11 (9.3)18 (8.2)32 (8.4).88
Unintentional or accidental injury1 (2.3)2 (1.7)8 (3.6)11 (2.9).58
Interpersonal or community violenceb11 (25.6)13 (11)55 (25)79 (20.7).007
Other type of shooting6 (14)4 (3.4)22 (10)32 (8.4).04
Mentions of specific locations of shooting48 (22.9)107 (25.8)204 (23.6)358 (24.1).62
School or school grounds11 (22.9)12 (11.2)39 (19.1)62 (17.3).12
Home1 (2.1)0 (0)3 (1.5)4 (1.1).40
Place of worshipa,b,c1 (2.1)52 (48.6)38 (18.6)91 (25.4)<.001
Neighborhood or community3 (6.2)5 (4.7)14 (6.9)22 (6.1).75
Place of business3 (6.2)5 (4.7)17 (8.3)25 (7).47
City or countyb28 (58.3)47 (43.9)120 (58.8)195 (54.5).04
Other location2 (4.2)0 (0)4 (2)6 (1.7).15
Mentions of a vigil, remembrance event, or campaign (such as #WearOrange)14 (7.6)47 (12.6)77 (10.1)138 (9.3).17
Mentions of relationship of shooter to violence survivor5 (2.4)6 (1.4)34 (3.9)45 (3).04
Intimate partnerb,c4 (80)3 (50)1 (2.9)8 (17.8)<.001
Parent or guardian0 (0)0 (0)0 (0)0 (0)d
Family member0 (0)0 (0)1 (2.9)1 (2.2).85
Law enforcement1 (20)1 (16.7)19 (55.9)21 (46.7).09
Other authority figure0 (0)0 (0)1 (2.9)1 (2.2).85
Unknown to violence survivor0 (0)1 (16.7)5 (14.7)6 (13.3).64
Other relationship0 (0)1 (16.7)9 (26.5)10 (22.2).40
Expressions of symbolic responses34 (16.2)91 (21.9)169 (19.5)294 (19.7).23
“Thoughts and Prayers”a17 (50)22 (24.2)51 (30)90 (30.6).02
Solidarityb11 (32.4)26 (28.6)76 (45)113 (38.4).03
Remembrancec7 (20.6)58 (63.7)68 (40.2)133 (45.2)<.001
Mentions of calls to action61 (29)103 (24.8)293 (33.8)457 (30.7).004
General call to action46 (75.4)80 (77.7)205 (70)331 (72.4).28
Specific call to action31 (51.7)43 (41.7)130 (44.5)204 (44.8).46
Calls to votec9 (29)5 (12.2)14 (10.9)28 (13.9).03
Issue framing199 (94.8)390 (94)833 (96.2)1422 (95.4).35
Morality10 (5)26 (6.7)50 (6)86 (6).73
Advocacy or endorsement135 (67.8)283 (72.6)633 (76)1051 (73.9).049
Emotional appeal or moral outragec76 (38.2)171 (43.8)412 (49.5)659 (46.3).008
Cultural identity3 (1.5)13 (3.3)27 (3.2)43 (3).40
Equality or equity4 (2)12 (3.1)26 (3.1)42 (3).70
Criminology and policing8 (4)16 (4.1)46 (5.5)70 (4.9).46
Constitutionality and jurisprudence14 (7)32 (8.2)75 (9)121 (8.5).65
Security, defense, or protection24 (12.1)41 (10.5)81 (9.7)146 (10.3).61
Public opinion7 (3.5)13 (3.3)38 (4.6)58 (4.1).55
Health and public healthb20 (10.1)50 (12.8)63 (7.6)133 (9.4).01
Partisanb,c17 (8.5)28 (7.2)181 (21.7)226 (15.9)<.001
Informationalc35 (17.6)50 (12.8)84 (10.1)169 (11.9).01
Religiosity or spirituality4 (2)10 (2.6)14 (1.7)28 (2).55

aPost hoc pairwise comparisons significant for Time 1 versus Time 2.

bPost hoc pairwise comparisons significant for Time 2 versus Time 3.

cPost hoc pairwise comparisons significant for Time 1 versus Time 3.

dNot available.

Table 3. The policy stream-unadjusted comparisons of specific topic mentions on X (formerly known as Twitter) by Pennsylvania state legislators about firearms and firearm violence during 3 study time periods (2017-2022).
TopicTime period 1 (n=210), n (%)Time period 2 (n=415), n (%)Time period 3 (n=866), n (%)Totals (n=1491), n (%)P values
Causal blame or causal attributions100 (47.6)180 (43.4)487 (56.2)767 (51.4)<.001
Mental health or illness2 (2)7 (3.9)22 (4.5)31 (4).50
Weak firearm laws40 (40)79 (43.9)199 (40.9)318 (41.5).74
Increased ownership, access, or availability of firearms16 (16)27 (15)106 (21.8)149 (19.4).10
Decreased possession of firearms0 (0)0 (0)5 (1)5 (0.7).24
Sociopolitical and structural determinants of health0 (0)2 (1.1)12 (2.5)14 (1.8).20
Stereotyped, Biased, or Racist beliefs of a group of personsa,b0 (0)10 (5.6)34 (7)44 (5.7).02
Guns in the hands of wrong people9 (9)13 (7.2)19 (3.9)41 (5.3).05
Gang Violence or Organized crime0 (0)0 (0)1 (0.2)1 (0.1).75
Social media0 (0)0 (0)1 (0.2)1 (0.1).75
Individuals or groups of policymakers (eg, Philadelphia Attorney General)15 (15)20 (11.1)83 (17)118 (15.4).17
Causal blame attributed to the violence survivor0 (0)0 (0)1 (0.2)1 (0.1).75
Substance use0 (0)0 (0)0 (0)0 (0)c
Firearm industry and commercial practices0 (0)2 (1.1)8 (1.6)10 (1.3).41
US firearm culture2 (2)2 (1.1)6 (1.2)10 (1.3).80
The firearm lobbyb13 (13)9 (5)14 (2.9)36 (4.7)<.001
A specific political party or affiliationd,b8 (8)7 (3.9)131 (26.9)146 (19)<.001
Hate or hate crimesa0 (0)13 (7.2)26 (5.3)39 (5.1).03
Other causal blame category27 (27)40 (22.2)86 (17.7)153 (19.9).07
Consequences44 (21)129 (31.1)298 (34.4)471 (31.6)<.001
Economic or Financial0 (0)2 (1.6)5 (1.7)7 (1.5).69
Physical harm or disability25 (56.8)78 (60.5)171 (57.4)274 (58.2).82
Mental health or illness1 (2.3)4 (3.1)12 (4)17 (3.6).79
Furthering the cycle of violence10 (22.7)23 (17.8)73 (24.5)106 (22.5).32
Secondary trauma to cosurvivors of violence12 (27.3)32 (24.8)79 (26.5)123 (26.1).92
General individual or community well-beinga10 (22.7)11 (8.5)50 (16.8)71 (15.1).03
Other consequence0 (0)3 (2.3)7 (2.3)10 (2.1).59
Policies mentioned102 (48.6)196 (47.2)494 (57)792 (53.1).002
Generic of nonspecific policies (reduction programs, initiatives, or reforms)68 (66.7)120 (61.2)288 (58.3)476 (60.1).27
Restrictive firearm policies21 (20.6)55 (28.1)115 (23.3)191 (24.1).28
Permissive firearm policiesd7 (6.9)6 (3.1)55 (11.1)68 (8.6).002
Funding for CVIP/HVIP programsd,b,e2 (2)5 (2.6)45 (9.1)52 (6.6)<.001
Funding for firearm research1 (1)0 (0)4 (0.8)5 (0.6).43
Address mental health and illness1 (1)4 (2)12 (2.4)17 (2.1).65
Address substance use disorder0 (0)0 (0)2 (0.4)2 (0.3).55
Funding or support for law enforcementa3 (2.9)0 (0)8 (1.6)11 (1.4).09
Hold firearm industry accountable1 (1)1 (0.5)3 (0.6)5 (0.6).88
Hold the gun lobby accountable2 (2)3 (1.5)1 (0.2)6 (0.8).06
Address structural determinants of violence0 (0)1 (0.5)7 (1.4)8 (1).31
Other policy mentioned5 (4.9)16 (8.2)28 (5.7)49 (6.2).40

aPost hoc pairwise comparisons significant for Time 1 versus Time 2.

bPost hoc pairwise comparisons significant for Time 1 versus Time 3.

cNot applicable.

dPost-hoc pairwise comparisons significant for Time 2 versus Time 3.

eCVIP: Community-Based Violence Intervention Program/HVIP: Hospital-Based Violence Intervention Program.

Among 381 posts that mentioned a specific category of firearm violence, mass shootings were the most common (253, 66.4%), with statistically significant variation across the 3 time periods (22/43, 51% vs 91/118, 77.1% vs 140/220, 63.6%; P=.004). Interpersonal or community violence was the next most frequently mentioned category (79, 20.7%), with a significant increase after the onset of the pandemic. Suicide and unintentional injury were rarely discussed.

When specific locations were mentioned (358 posts), legislators most often named cities or counties (195/358, 54.5%) and places of worship (91/358, 25.4%). Mentions of places of worship peaked following the Tree of Life Synagogue shooting. Additionally, a significant portion of posts (138/1491, 9.3%) described vigils or remembrance events, aligning with the symbolic frame of “Remembrance,” which was the most commonly expressed symbolic response (133/294, 45.2% posts) and increased significantly over time. “Solidarity” and “Thoughts and Prayers” were also common expressions (113/294, 38.4% and 90/294, 30.6%) without significant changes over time. Pennsylvania legislators also mentioned “Calls to Action” in 457/1491 (30.7%) posts of the time, with the majority representing general calls to action (331/457, 72.4%) rather than specific ones (204/457, 14.2%).

The most common frames included advocacy or endorsement (1051/1422, 73.9% posts), emotional appeal or moral outrage (659/1422, 46.3%), partisan framing (226/1422, 15.9%), and informational framing (169/1422, 11.9%). Of these, partisan frames increased significantly by 14.5% (P<.001) during the COVID-19 pandemic, while emotional and informational frames differed significantly between the first and third time periods. Health or public health frames were rare, appearing in less than 1 in 10 (133/1422, 9.4%) posts. Pairwise comparisons between frames indicated that posts using advocacy or emotional frames were significantly less likely to co-occur with informational frames (r=–0.24; P<.001 and r=–0.18; P<.001, respectively). Religion and cultural frames were positively correlated (r=0.15; P<.001).

Among the 767/1491 (51.4%) posts that attributed causal blame, the most common attributions were to weak firearm laws—a nonspecific category where authors criticized laws as generally insufficient without referencing a particular statute or policy (318/767, 41.5% posts)—and to increased firearm ownership, access, or availability (149/767, 19.4% posts). Legislators also frequently blamed individual policymakers (118/767, 15.4%) or political parties (146/767, 19%), with blame attribution toward political parties significantly increasing by 23% during the COVID-19 pandemic period. A majority of posts (792/1491, 53.1%) included a mention of at least one nonspecific or specific policy. Nonspecific policy mentions (eg, “gun reform,” “initiatives,” or “common-sense laws”) were cited more often than specific policy proposals (476/792, 60.1%). Among posts describing policies, nearly a quarter (191/792, 24.1%) referenced policy proposals that restrict access to firearms, such as background checks or extreme risk protection orders.

Analytic Results: Primary Model

Adjusting for time period, our analysis of the relationship between any policy mention and rhetorical predictors derived from our descriptive content analysis revealed several features that were independently and significantly associated with policy-related content (Figure 3). Certain types of rhetorical framing and causal blame attributions were associated with policy mentions. For instance, posts that used advocacy frames had an almost 5 times greater odds of including any policy mention (aOR 4.67, 95% CI 3.55‐6.16) in addition to those that used partisan rhetorical framing (aOR 2.89, 95% CI 1.91‐4.38). Additionally, posts casting causal blame on weak firearm laws (aOR 7.88, 95% CI 5.14‐12.09) were significantly more likely to include any policy mention. In contrast, posts referencing mass shootings (aOR 0.54, 95% CI 0.37‐0.77) or using emotional frames (aOR 0.53, 95% CI 0.40‐0.69) were less likely to mention policy. The odds of any policy mention remained stable after holding time constant throughout all 3 time periods. Neither of the latter time periods was significantly associated with policy mentions, suggesting associations between any policy mention and rhetorical elements were consistent across time.

Figure 3. Adjusted odds ratios for predictors of any policy mention in X posts by Pennsylvania state legislators (2017-2022).

Analytic Results: Stratified Policy Model

When stratifying by policy specificity, we observed notable differences (Figure 4). Posts using advocacy frames were significantly associated with both nonspecific (aOR 2.97, 95% CI 2.13‐4.13) and specific policy mentions (aOR 2.77, 95% CI 1.88‐4.06). Causal blame directed toward weak firearm laws independently predicted nonspecific policy mentions (aOR 8.26, 95% CI 6.02‐11.35) but was inversely associated with specific policy mentions (aOR 0.50, 95% CI 0.35‐0.72). In contrast, posts specifying blame toward increased access, availability, or ownership of firearms were more likely to reference specific policies (aOR 6.37, 95% CI 4.29‐9.47) and were negatively associated with nonspecific policy mentions (aOR 0.26, 95% CI 0.17‐0.42). General calls to action were also associated with increased odds of nonspecific policy mentions (aOR 1.71, 95% CI 1.28‐2.27) and decreased odds of specific policy mentions (aOR 0.50, 95% CI 0.35‐0.72). Finally, posts referencing mass shootings were the least likely to mention specific policies (aOR 0.18, 95% CI 0.10‐0.35).

Figure 4. Adjusted odds ratios for predictors of generic versus specific policy mentions in X posts by Pennsylvania state legislators (2017-2022).

Individual Causal Blame, Shooting Type, and Frame Models

Three additional models, adjusted for time period, identified independent relationships between any policy mention and type of shooting, causal blame attributions, and rhetorical framing.

In the model assessing the relationship between shooting type, posts referencing mass shootings had a significantly lower odds of any policy mention (aOR 0.35, 95% CI 0.26‐0.47), while posts about firearm suicide had an almost 3 times greater odds of including a policy mention (aOR 2.81, 95% CI 1.18‐6.70). Other categories of firearm violence were not significantly associated with policy mentions. Posts made during the COVID-19 period had higher odds of including a policy mention compared to those posted prior to the Tree of Life shooting (aOR 1.51, 95% CI 1.11‐2.05; P=.009).

In the causal blame model, posts that attributed blame to increased firearm availability, accessibility, and ownership (aOR 3.26, 95% CI 1.98‐5.37) or to a specific political party (2.71, 95% CI 1.66‐4.43) were significantly associated with any policy mention. Although only 4% (31/767) of posts attributed firearm violence to mental health, these posts had significantly higher odds of any policy mention (aOR 4.60, 95% CI 1.55‐13.61). Other causal blame attributions were not associated with mentions of policy. The time period was not significantly associated with the likelihood of policy mention.

Finally, in the rhetorical frame model, posts using advocacy or endorsement (aOR 6.19, 95% CI 4.69‐8.16), public opinion (aOR 2.41, 95% CI 1.25‐4.67), security (aOR 2.56, 95% CI 1.68‐3.90), constitutionality and jurisprudence (aOR 2.40, 95% CI 1.51‐3.82), and partisan frames (aOR 3.62, 95% CI 2.45‐5.37) had a greater odds of including any policy mention. In contrast, emotion (aOR 0.58, 95% CI 0.46‐0.75) and firearm culture frames (aOR 0.28, 95% CI 0.13‐0.63) were associated with lower odds of any policy mention. The time period was not a significant predictor of policy mention.

Subgroup Analysis: Health Frame Comparison

Of the 1491 posts analyzed, 133 (9.4%) used health or public health frames. A greater percentage of posts that used health frames, compared to those that did not, mentioned suicide (120/133, 9% vs 20/1358, 1.5%; P<.001) and mental health consequences (9/133, 6.8% vs 8/1358, 0.6%; P<.001) (Example posts provided in Table 1). Physical consequences, such as mortality or disability, were referenced in 43.6% (58/133) of health-framed posts, compared to just 15.9% (216/1358) of posts without health framing (P<.001). Notably, causal blame directed toward a political party was less common in health-framed posts (5/133, 3.8%) than in those without health framing (141/1358, 10.4%; P<.001). Comparisons are illustrated in Figure 5.

Figure 5. Descriptive unadjusted comparisons of significant characteristics by health frame usage in X posts by Pennsylvania state legislators (2017-2022).

Principal Findings

This mixed methods analysis of X posts from Pennsylvania state legislators revealed key patterns in how firearm violence is framed and discussed in the political sphere. Legislators most frequently focused on mass shootings, often pairing them with symbolic expressions of remembrance and emotional appeals, and rarely connected these tragedies to specific policy proposals. Emotional frames, particularly those evoking moral outrage, were common, yet typically lacked actionable next steps. Health frames were rarely used. Of note, partisan rhetorical framing increased over the study period. Concurrently, causal blame was increasingly directed toward political parties and individual policymakers. Most posts relied on general advocacy rhetoric and nonspecific causal attributions that, in turn, yielded vague or generic policy suggestions. These patterns provide insight into the prevailing rhetorical strategies used by policymakers and underscore the opportunities for more evidence-informed communication, especially approaches grounded in public health, to more meaningfully address firearm violence.

Despite only accounting for 1%‐2% of firearm injuries, mass shootings dominate public discourse, overshadowing more prevalent forms of firearm violence, such as suicide [50]. Between 2019 and 2023 in Pennsylvania, 56% of firearm deaths were by suicide, 40% by homicide, and 1% by unintentional injury [51]. This is particularly salient for rural communities, where firearm suicide rates are high and health infrastructure is often limited [52]. While suicides account for the majority of firearm fatalities, most nonfatal firearm injuries result from interpersonal or community violence [53]. This may represent a gap in legislators’ knowledge or lack of acknowledgment of violence epidemiology and can undermine support for interventions targeted at the leading drivers of firearm injury [54-56].

Policymakers may also struggle with how to engage in ethical, nontrauma-inducing communication about suicide, contributing to a void in public rhetoric. This presents an opportunity for public health experts, communication specialists, and policymakers to cocreate trauma-informed messaging and reframe policy narratives around firearm suicide prevention, such as those provided by the American Foundation for Suicide Prevention, which is an approach that could foster broader support for evidence-informed injury prevention strategies [57]. In parallel, these same groups can collaborate to highlight the underlying structural drivers of community firearm violence, rather than focusing on event-specific details that risk retraumatization, to advance upstream, evidence-informed approaches to reduce both fatal and nonfatal firearm injuries [58].

Much of the current rhetoric by Pennsylvania legislators falls within a generalized advocacy frame characterized by emotional appeals in the aftermath of mass shootings. While these emotions are certainly valid and highlight the devastating toll of firearms, they are rarely accompanied by concrete calls to action or specific policy solutions. Instead, policymakers often rely on vague language, blaming “weak laws” or issuing nonspecific calls for change, without tying these claims to clear legislative proposals. This pattern, particularly when paired with highly emotional framing, may diminish the utility of such messages for constituents, colleagues, and coalition-building efforts. Policymakers may choose to remain nonspecific to appeal to a broad base of constituents with diverse political and ideological views in order to secure their electoral seat. For example, in a study of members of parliament (MPs) in the United Kingdom House of Commons, speeches by electorally vulnerable and junior MPs contained higher levels of emotive language compared to MPs with electoral security [59]. These emotions were mainly anger, disgust, fear, and sadness, which mirrors rhetoric used to characterize mass shootings. Recognizing that policymakers, like the broader public, process tragedy through emotion underscores the need to respond with empathy rather than condescension. A valuable next step is to explore how emotional responses can be intentionally channeled into public health communication that drives specific policy outcomes.

Policymakers may view social media as an ill-suited platform for nuanced policy discussion, even though prior research suggests it can influence policy agendas. Our data indicate that policymakers often use social media to emphasize partisan talking points rather than share information grounded in public health or scientific evidence. This is not surprising. As social media use has grown, platform algorithms have amplified divisive content, reinforcing users’ preexisting beliefs and deepening political polarization, including among policymakers themselves [60]. These dynamics unfold alongside growing mistrust in both political and public health institutions. In this context, and amid pressure to appeal to voter bases critical for nomination and electoral success, policymakers may feel compelled to conform to dominant partisan and polarized rhetoric, limiting their ability or willingness to communicate in ways that promote shared understanding or evidence-informed policy.

Despite broader political dynamics, current messaging techniques present an opportunity for refinement. For instance, when legislators directly attributed firearm violence to factors, such as firearm availability, accessibility, or ownership, they were more likely to propose concrete policy responses. This suggests that greater specificity in causal attribution can support more actionable policy discourse. A strengths-based approach, which builds on policymakers’ existing communication skills while encouraging improved clarity, accuracy, and alignment with public values, to message crafting could help policymakers pivot from general advocacy toward more effective communication strategies rooted in specificity, accuracy, and resonance with public values [61-64].

Although health-related frames were only used in 9.4% of legislators’ posts, they tended to appear in posts discussing the mental and physical consequences of firearm violence and were more likely to reference empirical evidence rather than partisan rhetoric. However, noticeably, health frames were used reactively to discuss the consequences of firearm violence rather than focus on firearm violence prevention, which is central to a public health approach. Health and public health frames have demonstrated success in advancing policy agendas, particularly when rooted in the authority and credibility of health care professionals [65]. Additionally, centering health garners favor from individuals across ideological spectrums for firearm injury prevention policies, such as extreme risk protection orders [66]. A study by Ojo et al [65] compared content, affect, and authorship of posts using the #ThisIsOurLane hashtag with #GunViolence over 1 year. Posts authored by health care providers and containing the #ThisIsOurLane hashtag were more likely to be framed through a health or public health-specific lens, connote positive emotions, and to contain more action-oriented content. This highlights the potential of health frames to amplify evidence-informed, preventive, and solutions-oriented messaging in the firearm policy space.

In addition to incorporating health frames, legislators might benefit from communication strategies that emphasize shared values, common goals, and inclusive identities, all of which can reduce polarization and foster greater message acceptance [60]. For example, framing firearm safety as a way to protect “Pennsylvanians,” families, children, and community well-being may appeal across ideological divides. Self-affirmation and trust-building techniques, such as acknowledging shared concerns and engaging constituents with empathy, may also help bridge divides. Similarly, emphasizing social norms (eg, “most parents support secure firearm storage”) and humanizing the communicator (eg, “as a parent and former law enforcement officer, I worry about...”) can increase message relatability and trust [60]. These strategies, shown to build common ground and reduce defensiveness, may help legislators communicate more effectively about contentious topics while still advancing specific, evidence-informed policy solutions. Further, resources exist to guide journalists in ethical, accurate, and equitable reporting on mass shootings and community firearm violence [58,67]. Although these guidelines are designed for journalists, their principles, when coupled with media literacy training, could inform the development of evidence-based communication guidelines for policymakers, who also play a key role in shaping public discourse and preventing harm.

Public health experts, clinicians, and clinician-researchers have a longstanding tradition of patient-centered communication and are well-positioned to collaborate with policymakers by translating complex evidence into accessible messages that minimize harm. Social media represents a natural extension of health professionals’ communication skills; however, few health professionals have training in public-facing media literacy or large-scale message framing. By integrating the expertise of health care professionals, the skills of communication specialists, and the platforms of policymakers, there is a clear opportunity to advance health-oriented framing and reshape firearm policy narratives to emphasize prevention as a form of health promotion [68,69]. For example, in the Agree to Agree campaign, health professionals partnered with the Ad Council, a communication firm, to develop public-facing messaging that helps caregivers discuss secure firearm storage with other caregivers [70]. Similarly, Da El Siguiente Paso (Take the Next Step), developed in collaboration with the Ad Council, offers a culturally relevant secure storage campaign for Hispanic firearm owners [71]. This bidirectional relationship also offers an opportunity to humanize both policymakers and health professionals, fostering trust and reducing stereotypes on both sides [60].

Building on this, future studies should broaden the scope of analysis by tracking engagement metrics from constituents and the general public, incorporating more states, and examining longer time frames. Additionally, similar to chart-stimulated recall used in health services research, involving policymakers in qualitative analysis of their own posts may foster reflective discourse that identifies barriers and facilitators to incorporating health framing and evidence into public communications. There is also considerable potential to leverage machine learning and large language models to support this work at scale. This descriptive analysis lays the groundwork for cocreating more accurate, ethical, and equitable portrayals of firearm violence on social media. Future research can further explore how health framing and survivor testimony influence message effectiveness and policy uptake, particularly the relationship between health-specific language and specific evidence-informed policy mentions.

Our findings highlight the potential importance of concerted collaboration between policymakers, advocates, researchers, and community partners to amplify survivor stories, honor lives lost, and promote specific, actionable steps for reform. Messages that combine health framing, evidence-informed policy, and emotional resonance may be especially effective in shifting public opinion and mobilizing support for firearm injury prevention. Enhancing the precision and relevance of firearm-related messaging, grounded in health and public health principles, can help bridge the gap between tragedy and legislative action. Providing policymakers and their staff with communication templates rooted in data and health equity may ultimately strengthen efforts to advance firearm violence prevention policies and promote individual and community well-being.

Limitations

Our study has several limitations. First, our sample was limited to X posts and did not include other traditional or social media platforms that many policymakers also use to communicate. We also did not track user engagement metrics, such as reposts or likes, which could help assess the reach and resonance of specific messages. We opted to analyze the frames and solutions proposed in order to offer greater insight into policymaker perspectives rather than examining engagement metrics. Because we conducted a qualitative content analysis, incorporating multiple sources and studying engagement patterns was beyond the scope of this project. Second, the advocacy and endorsement frame was broadly coded to include general advocacy toward a cause or solution, specific policy advocacy, and self-advocacy. This broad categorization may have contributed to its strong correlation with policy mentions—both general and specific. The advocacy frame warrants more granular analysis and will be explored in future work. Third, assessing individual policymaker attributes or district characteristics was outside the scope of this study. However, future research could examine how district demographics and political context may influence rhetorical strategies. Fourth, regression results should be interpreted with caution due to the relatively small sample size. This limitation informed our decision to rely primarily on descriptive prevalence rather than model-driven inference. These associations should be interpreted as correlational rather than causal, due to the cross-sectional nature of the data. Fourth, our analysis did not account for external influences on social media rhetoric, such as concurrent events in the news cycle or geopolitical developments, which may have shaped the timing and content of posts. Fifth, although the study was not formally powered for inferential hypothesis testing, the sample was considered sufficiently large to ensure stability of model estimates and meaningful comparison between timepoints. Finally, our use of a priori frame definitions may have limited the capture of emergent frames; however, this approach ensured consistency and replicability across a large dataset and was balanced by iterative refinement during codebook development.

Conclusion

By analyzing the language state legislators use when discussing firearm violence on social media, this study offered an empirical foundation to understand how political discourse aligns, or misaligns, with the health and public health realities. In describing firearm violence, Pennsylvania state legislators primarily focused on mass shootings, often relying on general advocacy rhetoric and vague causal attributions, which led to nonspecific policy proposals. This pattern persisted across all 3 time periods included in our analysis, even after adjusting for time using indicator variables in our regression models. These findings highlight opportunities for policymakers to leverage their strengths in communication, such as conveying emotion and personalizing complex issues, while becoming better informed about the epidemiology of firearm violence and evidence-based solutions. Adopting health-informed communication strategies can help advance specific policy recommendations to prevent all forms of firearm violence, especially firearm suicide.

Acknowledgments

Support for this project through data acquisition was provided by the Center for Health Economics of Treatment Interventions for Substance Use Disorder, HCV (Hepatitis C Virus), and HIV (CHERISH), a National Institute on Drug Abuse research center (P30 DA040500) and in partnership with the Research-to-Policy Collaboration, affiliated with The Pennsylvania State University’s Edna Bennett Pierce Prevention Research Center.

Funding

VAA's work on this project was supported by the Ruth L Kirchstein-National Service Research Award through the Health Resources and Services Administration (grant T32-HP46118-02), the Children’s Hospital of Philadelphia 2024-2025 PolicyLab and Clinical Futures Pilot Grant, and the University of Pennsylvania Perelman School of Medicine’s National Clinician Scholars Program. The funders had no role in the preparation, review, or approval of the manuscript and decision to submit the manuscript for publication.

Data Availability

The datasets generated or analyzed during this study are available in a public GitHub repository [72].

Authors' Contributions

Conceptualization: VAA, JAF, TSR, JP, ZFM

Data curation: VAA, WJKV, KSK, IN, MDK

Formal analysis: VAA, WJKV, KSK, AC, IN, OB, AS, MDK

Funding acquisition: VAA

Methodology: VAA, JAF, TSR, ZFM, WJKV, KSK, AC, IN, MDK

Project administration: VAA

Software: VAA

Visualization: VAA

Writing–original draft: VAA

Writing–review & editing: VAA, WJKV, KSK, AC, IN, OB, AS, JAF, TSR, JP, MDK, ZFM

Conflicts of Interest

None declared.

Multimedia Appendix 1

Codebook used for qualitative content analysis.

DOCX File, 28 KB

  1. Roberts BK, Nofi CP, Cornell E, Kapoor S, Harrison L, Sathya C. Trends and disparities in firearm deaths among children. Pediatrics. Sep 1, 2023;152(3):e2023061296. [CrossRef] [Medline]
  2. Kegler SR, Simon TR, Zwald ML, et al. Vital signs: changes in firearm homicide and suicide rates — United States, 2019–2020. MMWR Morb Mortal Wkly Rep. May 13, 2022;71(19):656-663. [CrossRef] [Medline]
  3. Lee LK, Fleegler EW, Goyal MK, et al. Firearm-related injuries and deaths in children and youth: injury prevention and harm reduction. Pediatrics. Oct 8, 2022;150(6):e2022060070. [CrossRef] [Medline]
  4. Goldstick JE, Cunningham RM, Carter PM. Current causes of death in children and adolescents in the United States. N Engl J Med. May 19, 2022;386(20):1955-1956. [CrossRef] [Medline]
  5. Miller GF, Barnett SBL, Florence CS, McDavid Harrison K, Dahlberg LL, Mercy JA. Costs of fatal and nonfatal firearm injuries in the U.S., 2019 and 2020. Am J Prev Med. Feb 2024;66(2):195-204. [CrossRef] [Medline]
  6. Oliphant JB. Bipartisan support for some gun proposals, stark partisan divisions on many others. Pew Research Center. Jun 2017. URL: http://pewrsr.ch/2rY7Tgk [Accessed 2025-11-05]
  7. Pearson‐Merkowitz S, Dyck JJ. Crime and partisanship: how party ID muddles reality, perception, and policy attitudes on crime and guns. Soc Sci Q. Jun 2017;98(2):443-454. [CrossRef]
  8. Impact of gun violence on historically marginalized communities. Everytown for Gun Safety. 2024. URL: https://www.everytown.org/issues/impact-of-gun-violence-on-historically-marginalized-communities/ [Accessed 2025-11-05]
  9. Truman J, Morgan R. Violent victimization by sexual orientation and gender identity, 2017–2020. Bureau of Justice Statistics. Jun 2022. URL: https://bjs.ojp.gov/document/vvsogi1720.pdf [Accessed 2025-11-05]
  10. Web-Based Injury Statistics Query and Reporting System (WISQARS). Centers for Disease Control and Prevention. URL: https://wisqars.cdc.gov/ [Accessed 2024-07-08]
  11. Kaczkowski W, Kegler SR, Chen MS, Zwald ML, Stone DM, Sumner SA. Notes from the Field : Firearm Suicide Rates, by Race and Ethnicity — United States, 2019–2022. MMWR Morb Mortal Wkly Rep. Dec 1, 2023;72(48):1307-1308. [CrossRef]
  12. Zagorski N. Gun violence is an underrecognized social determinant of health. PN. Dec 1, 2022;57(12). [CrossRef]
  13. Gilardi F, Gessler T, Kubli M, Müller S. Social media and political agenda setting. Polit Commun. Jan 2, 2022;39(1):39-60. [CrossRef]
  14. Dawes D. The Political Determinants of Health. Johns Hopkins University Press; 2020. [CrossRef] ISBN: 978-1-4214-3790-3
  15. Yeung D. Social media as a catalyst for policy action and social change for health and well-being: viewpoint. J Med Internet Res. Mar 19, 2018;20(3):e94. [CrossRef] [Medline]
  16. Hemphill L, Russell A, Schöpke‐Gonzalez AM. What drives U.S. congressional members’ policy attention on Twitter? Policy Internet. Jun 2021;13(2):233-256. URL: https://onlinelibrary.wiley.com/toc/19442866/13/2 [CrossRef]
  17. Blum R, Cormack L, Shoub K. Conditional Congressional communication: how elite speech varies across medium. Political Sci Res Method. Apr 2023;11(2):394-401. [CrossRef]
  18. Payson J, Casas A, Nagler J, Bonneau R, Tucker JA. Using social media data to reveal patterns of policy engagement in state legislatures. State Politics Policy Q. Dec 2022;22(4):371-395. [CrossRef]
  19. Cook JM. Twitter adoption and activity in U.S. legislatures: a 50-state study. Am Behav Sci. Jun 2017;61(7):724-740. [CrossRef]
  20. Peeters J, Van Aelst P, Praet S. Party ownership or individual specialization? A comparison of politicians’ individual issue attention across three different agendas. Party Politics. Jul 2021;27(4):692-703. [CrossRef]
  21. Purtle J, Soltero M, Crane ME, McSorley AMM, Knapp M, Drapeau CW. State legislator social media posts about the 988 suicide and crisis lifeline. JAMA Netw Open. Oct 2, 2023;6(10):e2339845. [CrossRef] [Medline]
  22. Stokes DC, Purtle J, Meisel ZF, Agarwal AK. State legislators’ divergent social media response to the opioid epidemic from 2014 to 2019: longitudinal topic modeling analysis. J Gen Intern Med. Nov 2021;36(11):3373-3382. [CrossRef] [Medline]
  23. Engel-Rebitzer E, Stokes DC, Meisel ZF, Purtle J, Doyle R, Buttenheim AM. Partisan differences in legislators’ discussion of vaccination on twitter during the COVID-19 era: natural language processing analysis. JMIR Infodemiology. 2022;2(1):e32372. [CrossRef] [Medline]
  24. Abrams MP, Pelullo AP, Meisel ZF, Merchant RM, Purtle J, Agarwal AK. State and federal legislators’ responses on social media to the mental health and burnout of health care workers throughout the COVID-19 pandemic: natural language processing and sentiment analysis. JMIR Infodemiology. 2023;3:e38676. [CrossRef] [Medline]
  25. Tai YC, Buma R, Desmarais BA. Official yet questionable: examining misinformation in U.S. state legislators’ tweets. J Inf Technol Politics. Oct 2024;21(4):597-609. [CrossRef]
  26. Peterson DAM, Tavanapong W, Qi L, Sukul A, Khaleel M. The public‐facing policy agenda of state legislatures: the communication of public policy via twitter. Policy Stud J. Aug 2023;51(3):551-571. URL: https://onlinelibrary.wiley.com/toc/15410072/51/3 [CrossRef]
  27. Khullar D. Social media and medical misinformation: confronting new variants of an old problem. JAMA. Oct 11, 2022;328(14):1393-1394. [CrossRef] [Medline]
  28. Harvey A. Combatting health misinformation and disinformation: building an evidence base. Health Aff Forefront. 2021. [CrossRef]
  29. Degli Esposti M, Goldstick J, Gravel J, et al. How have firearm laws changed in states with unexpected decreases or increases in firearm homicide, 1990–2019? SSM Popul Health. Jun 2023;22:101364. [CrossRef]
  30. Rozel JS, Mulvey EP. The link between mental illness and firearm violence: implications for social policy and clinical practice. Annu Rev Clin Psychol. May 8, 2017;13:445-469. [CrossRef] [Medline]
  31. Gun violence: prediction, prevention, and policy. American Psychological Association; Dec 2013. URL: https://www.apa.org/pubs/reports/gun-violence-prevention [Accessed 2025-11-05]
  32. Swanson JW, McGinty EE, Fazel S, Mays VM. Mental illness and reduction of gun violence and suicide: bringing epidemiologic research to policy. Ann Epidemiol. May 2015;25(5):366-376. [CrossRef] [Medline]
  33. Beltzer ML, Moulder RG, Baker C, Comer K, Teachman BA. Effects of Mass Shootings on Mental Illness Stigma in the United States. Pers Soc Psychol Bull. Aug 2023;49(8):1231-1247. [CrossRef] [Medline]
  34. McGinty EE, Kennedy-Hendricks A, Choksy S, Barry CL. Trends in news media coverage of mental illness in the United States: 1995–2014. Health Aff (Millwood). Jun 1, 2016;35(6):1121-1129. [CrossRef] [Medline]
  35. Wilson LC, Ballman AD, Buczek TJ. News content about mass shootings and attitudes toward mental illness. Journal Mass Commun Q. Sep 2016;93(3):644-658. [CrossRef]
  36. Brucato G, Appelbaum PS, Hesson H, et al. Psychotic symptoms in mass shootings v . mass murders not involving firearms: findings from the Columbia mass murder database. Psychol Med. Nov 2022;52(15):3422-3430. [CrossRef]
  37. Parham-Payne W. The role of the media in the disparate response to gun violence in America. J Black Stud. Nov 2014;45(8):752-768. [CrossRef]
  38. Armstrong M, Carlson J. Speaking of trauma: the race talk, the gun violence talk, and the racialization of gun trauma. Palgrave Commun. Oct 1, 2019;5(1):112. [CrossRef]
  39. Reny TT, Newman BJ, Holbein JB, Hassell HJG. Public mass shootings cause large surges in Americans’ engagement with gun policy. PNAS Nexus. Dec 2023;2(12):pgad407. [CrossRef] [Medline]
  40. Donnelly M, Kuza C, Sargent B, et al. Firearm violence surrounding the COVID-19 pandemic: a reopening phenomenon. J Surg Res. May 2023;285:168-175. [CrossRef] [Medline]
  41. Miller M, Zhang W, Azrael D. Firearm purchasing during the COVID-19 pandemic: results from the 2021 National Firearms Survey. Ann Intern Med. Feb 2022;175(2):219-225. [CrossRef] [Medline]
  42. Quorum. 2023. URL: https://www.quorum.us/ [Accessed 2024-09-30]
  43. Demszky D, Garg N, Voigt R, et al. Analyzing Polarization in Social Media: Method and Application to Tweets on 21 Mass Shootings. Presented at: Proceedings of the 2019 Conference of the North American Chapter of the Association for Computational Linguistics: Human Language Technologies, Volume 1 (Long and Short Papers); Jun 3-5, 2019:2970-3005; Minneapolis, Minnesota. URL: http://aclweb.org/anthology/N19-1 [CrossRef]
  44. Kingdon J. Alternatives, and Public Policies. 2nd ed. Pearson Education Limited; 2014. ISBN: 10:1-292-03920-5
  45. Hoefer R. The multiple streams framework: Understanding and applying the problems, policies, and politics approach. J of Pol Practice & Research. Mar 2022;3(1):1-5. [CrossRef]
  46. Mhazo AT, Maponga CC. Agenda setting for essential medicines policy in sub-Saharan Africa: a retrospective policy analysis using Kingdon’s multiple streams model. Health Res Policy Syst. May 3, 2021;19(1):72. [CrossRef] [Medline]
  47. Cairney P, Jones MD. Kingdon’s multiple streams approach: what is the empirical impact of this universal theory? Policy Stud J. Feb 2016;44(1):37-58. URL: https://onlinelibrary.wiley.com/toc/15410072/44/1 [CrossRef]
  48. Jones MD, Peterson HL, Pierce JJ, et al. A river runs through it: a multiple streams meta-review. Policy Stud J. Feb 2016;44(1):13-36. URL: https://onlinelibrary.wiley.com/toc/15410072/44/1 [CrossRef]
  49. Boydstun AE, Card D, Gross J, Resnick P, Smith NA. Tracking the development of media frames within and across policy issues. Carnegie Mellon University; 2014. [CrossRef]
  50. Metzl JM, MacLeish KT. Mental illness, mass shootings, and the politics of American firearms. Am J Public Health. Feb 2015;105(2):240-249. [CrossRef] [Medline]
  51. How does gun violence impact the communities you care about? EveryStat. URL: https://everystat.org/#Pennsylvania [Accessed 2025-04-18]
  52. Nestadt PS, Triplett P, Fowler DR, Mojtabai R. Urban-rural differences in suicide in the state of Maryland: the role of firearms. Am J Public Health. Oct 2017;107(10):1548-1553. [CrossRef] [Medline]
  53. Kaufman EJ, Song J, Xiong R, Seamon MJ, Delgado MK. Fatal and nonfatal firearm injury rates by race and ethnicity in the United States, 2019 to 2020. Ann Intern Med. Sep 2024;177(9):1157-1169. [CrossRef] [Medline]
  54. Morgan ER, Rowhani-Rahbar A, Azrael D, Miller M. Public perceptions of firearm- and non-firearm-related violent death in the United States: a national study. Ann Intern Med. Nov 20, 2018;169(10):734-737. [CrossRef] [Medline]
  55. Genovesi AL, Donaldson AE, Morrison BL, Olson LM. Different perspectives: a comparison of newspaper articles to medical examiner data in the reporting of violent deaths. Accid Anal Prev. Mar 2010;42(2):445-451. [CrossRef] [Medline]
  56. Schildkraut J. Mass shootings, legislative responses, and public policy: an endless cycle of inaction. Emory Law J. Sep 9, 2020;69(5):1043. URL: https://scholarlycommons.law.emory.edu/elj/vol69/iss5/4/ [Accessed 2025-12-09]
  57. Ethical reporting guidelines for media. American Foundation for Suicide Prevention. 2025. URL: https://afsp.org/ethicalreporting/ [Accessed 2025-04-30]
  58. Beard J. Better gun violence reporting: a toolkit for minimizing harm. Philadelphia Center for Gun Violence Reporting. May 2024. URL: https://www.pcgvr.org/wp-content/uploads/2025/07/Better-Gun-Violene-Reporting-Toolkit.pdf [Accessed 2025-10-28]
  59. Yildirim TM. Emotions in the aisles: unpacking the use of emotive language in the UK House of Commons. European J Political Res. May 2025;64(2):943-959. [CrossRef]
  60. Chou WYS, Iles IA, Gaysynsky A, Klein WMP. Public health communication approaches for building common ground. Am J Public Health. Apr 2025;115(4):511-518. [CrossRef] [Medline]
  61. Communicating for connection: values-based messaging for primary prevention in multicultural and faith-based communities. Safe+Equal. 2022. URL: https://safeandequal.org.au/resources/communicating-for-connection/ [Accessed 2025-05-01]
  62. Grene K, Dharani A, Siegel M. A common ground gun violence prevention policy package. Psychol Rep. Feb 2025;128(1):334-349. [CrossRef] [Medline]
  63. Gatewood J, Monks SL, Singletary CR, Vidrascu E, Moore JB. Social media in public health: strategies to distill, package, and disseminate public health research. J Public Health Manag Pract. 2020;26(5):489-492. [CrossRef] [Medline]
  64. Shenker-Osorio A. Messaging this moment: a handbook for progressive communicators. Centre for Community Change; 2017. URL: https://www.communitychange.org/wp-content/uploads/C3-Messaging-This-Moment-Handbook.pdf [Accessed 2025-11-28]
  65. Ojo A, Guntuku SC, Zheng M, Beidas RS, Ranney ML. How health care workers wield influence through Twitter hashtags: Retrospective cross-sectional study of the gun violence and covid-19 public health crises. JMIR Public Health Surveill. Jan 6, 2021;7(1):e24562. [CrossRef] [Medline]
  66. Patrick SW, Loch SF, McNeer E, Davis MM. Voter support for policies associated with child health as national campaign priorities. JAMA Health Forum. Sep 6, 2024;5(9):e243305. [CrossRef] [Medline]
  67. Schildkraut J. Recommended practices for media outlets working with mass shooting survivors. The Rockefeller Institute; 2024. URL: https://rockinst.org/wp-content/uploads/2025/03/Recommended-Best-Practices-for-Media.pdf [Accessed 2025-10-28]
  68. Betz ME, Harkavy-Friedman J, Dreier FL, Pincus R, Ranney ML. Talking about “firearm injury” and “gun violence”: words matter. Am J Public Health. Dec 2021;111(12):2105-2110. [CrossRef] [Medline]
  69. Pallin R, Siry B, Azrael D, et al. “Hey, let me hold your guns for a while”: a qualitative study of messaging for firearm suicide prevention. Behav Sci Law. May 2019;37(3):259-269. [CrossRef] [Medline]
  70. Agree to Agree. 2025. URL: https://agreetoagree.org/about [Accessed 2025-10-31]
  71. New campaign encourages hispanic parents to store their firearms safely. The Ad Council. 2024. URL: https:/​/www.​adcouncil.org/​learn-with-us/​press-releases/​new-campaign-encourages-hispanic-parents-to-store-firearms-safely [Accessed 2024-06-11]
  72. Vivekaashok-ops/smgv. GitHub. URL: https://github.com/vivekaashok-ops/smgv.git [Accessed 2025-11-28]


MP: members of parliament
MSF: Multiple Streams Framework
REDCap : Research Electronic Data Capture


Edited by Amaryllis Mavragani; submitted 09.Jul.2025; peer-reviewed by Jessica Beard; final revised version received 10.Nov.2025; accepted 11.Nov.2025; published 16.Dec.2025.

Copyright

© Vivek A Ashok, William J K Vervilles, Katherine S Kellom, Anyun Chatterjee, Isabella Ntigbu, Okechi Boms, Andrea Szabo, Joel A Fein, Therese S Richmond, Jonathan Purtle, Matthew D Kearney, Zachary F Meisel. Originally published in JMIR Formative Research (https://formative.jmir.org), 16.Dec.2025.

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