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Community Paramedicine Supporting Community Needs: A Scoping Review

This version is not peer-reviewed.

Submitted:

12 February 2024

Posted:

13 February 2024

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Abstract
Health and social needs exist along a dynamic continuum. Recognizing that health status is inextricably impacted by social determinants of health, community paramedicine has opportunities and a responsibility to reduce inequities. The objective of this scoping review was to investigate peer-reviewed and grey literature to explore how community paramedicine supports community needs along a health and social continuum. We conducted a scoping review of English language literature using the JBI Scoping Review methodology. We searched CINAHL, EMBASE, MEDLINE, Google Scholar, and organisational websites. 30 peer-reviewed and 13 grey literature articles met inclusion criteria. The findings describe the ways community paramedicine models evolved from minimising system pressures on emergency health services to addressing health and social needs. A key recommendation across the literature was the need to meaningfully engage communities early in program development to understand how best to implement and co-design integrated service models addressing specific community needs, though there was a lack of evidence to guide this approach. There is a notable lack of evidence pertaining to optimising technologies in program design and implementation. Results highlight opportunities to determine best practices for conducting holistic community needs assessments that include equitable stakeholder engagement and enhancing education to prepare paramedics for expanded roles. Community paramedicine provides opportunities to better meet the needs of structurally marginalised communities. There is a social responsibility and opportunity to engage communities to co-design service delivery, advance paramedic education, and enhance interprofessional collaboration to better support community needs and generate upstream solutions for individuals and communities.
Keywords: 
Subject: 
Public Health and Healthcare  -   Health Policy and Services

supplementary.zip (73.42KB )

Introduction

Paramedic practice is continuously evolving and innovating, expanding in both acute and non-acute settings as paramedicine continues to establish itself as an essential part of an integrated healthcare model [1]. There is ample opportunity to explore current paramedicine systems to guide future direction for progress and innovation. One example of a more recent innovation in paramedicine includes paramedics in expanded roles, such as extended care and community paramedics [2]. Community paramedicine has evolved from initiatives to reduce the burden on emergency health services to programs that “uses paramedics to provide immediate or scheduled primary, urgent, and/or specialised healthcare to vulnerable populations by focusing on improving equity in healthcare access across the continuum of care” [3,4].
A person receiving healthcare is always immersed in a mix of health and social contexts [5,6]. Moreover, everyone is born into and exists within a health and social continuum [5]. This dynamic continuum means that increases in health incidences may be related to unmet social needs; while those with social privileges and adequate support may experience less frequent or severe health incidences [5,6,7]. Individual and population health is impacted by broad factors, with complex implications dependent on social determinants and economic environments, physical environments, and individuals’ behaviours and inherent characteristics throughout a lifetime [5]. The concept of the health and social continuum illustrates that health and social factors are inextricably connected [5,6].
The social determinants of health (SDH) describe specific social and economic factors that determine health status [5]. These relate to an individual’s position in society and expand beyond individual characteristics to include unearned advantages (i.e., privileges) and unearned disadvantages (i.e., discrimination, structural marginalisation). Experiences of discrimination, racism and trauma, both historical and contemporary, are important social determinants of health that disproportionately impact groups such as Indigenous Peoples, gender and/or sexually diverse individuals, and racialized populations [5,7,8,9].
This means that when paramedics respond to address an individual’s health needs, they also regularly encounter social aspects requiring assessment and care. Community paramedics are uniquely positioned to encounter individuals needing care in their homes and communities, and therefore have access to important information about a person’s environmental, social, and cultural contexts that other health professionals are not directly privy to. The primary health concern may be why paramedics are called to deliver health care - but the health problem may in fact be an outcome of unmet social needs.
Given the historical focus of community paramedicine programs towards meeting healthcare needs, we focused this scoping review on community needs along a health and social continuum. We centred our focus on social needs within the determinants of health, such as poverty, social isolation, culture, and access to health and social services.

Objective

The objective of this scoping review was to systematically scope the extent of published peer reviewed, and grey literature to identify how community paramedicine supports community needs along a health and social continuum, with a key focus on research implications and how this may inform future practice and health service development [10,11]. We sought to answer the following research questions formulated using the population, concept, context (PCC) framework: (1) How does community paramedicine support social needs along a health and social continuum?; (2) What does the literature highlight regarding innovation and opportunities to better meet social needs?; and (3) What gaps exist in the literature that may inspire future research to address social needs? Acknowledging that relevant grey literature on the provision of community paramedicine exists, we elected to conduct a scoping review to achieve the study objectives [11]. We narrowed the research focus to community paramedicine due to the increasing ways these programs are expanding services within communities, including program development targeting specific structurally marginalised populations and community needs [4].

Conceptual Framework

Prioritising equity and accountability of the profession, Tavares et al., identified paramedic roles at the individual practitioner-level [12], and further outlined principles and enabling factors to lead the progression of the paramedicine profession at the system-level [13]. While all concepts within these complementary studies intersect, the systems level principles of health care along a health and social continuum and social responsiveness, and the enactment by individual practitioners in their role as health and social advocates provides the conceptual lens from which we approached this work [12].

Language

We recognize the importance and evolution of language in accurately describing populations and their intersectional positions in society [14,15]. Therefore, we endeavour to use language within this manuscript that identifies the structural and systemic factors determining societal hierarchies and their inherent power imbalances. We will use language such as oppressed, marginalised, and under-resourced to reflect the ways dominant groups determine socioeconomic policies and constructs that oppress some, while privileging others. This acknowledges that populations are not inherently vulnerable, rather vulnerability is an outcome of systemic and structural discrimination, being under-resourced and therefore, marginalised [15]. All people, communities and population groups are equal in value and worth. We use this intentional language to point to the systems of oppression resulting in marginalised outcomes rather than misidentifying certain populations themselves as possessing deficit(s).

Methods

We conducted the scoping review in accordance with JBI Scoping Review Guidance [16]. We registered the protocol with the Open Science Framework (https://osf.io/2d9j6/) in April 2023. We reported our process and findings according to the PRISMA Extension for Scoping Reviews [17]. We conducted a preliminary search of Google Scholar, MEDLINE, and JBI Evidence Synthesis to prevent duplication of effort and we did not identify any current or in-progress systematic or scoping reviews on the topic.

Identification of Relevant Studies

The search strategy aimed to locate both peer-reviewed and non-peer reviewed studies. Only articles published at the time this review was completed were included in this study. We conducted an initial limited search of Google Scholar and MEDLINE to inform our search strategy. The text words contained in the titles and abstracts of relevant articles (e.g., terms for community paramedicine, health and social continuum, and social needs), and the index terms used to describe the articles were used to further inform the search strategy. The search strategy, including all identified keywords and index terms, was further adapted for each database and/or information source (see Online Resource 1).
We searched CINAHL, MEDLINE, and EMBASE in March and April 2023. Grey literature searches were guided by the CADTH Grey Matters toolkit, limited to primary sources identified through the International Roundtable on Community Paramedicine website (http://ircp.info), Google Scholar and Google [18]. Any reports identified through grey literature searches that were previously identified through database searches were excluded to avoid duplication. We also performed citation searching of the final included studies identified from databases using ‘citationchaser’ software [19].

Study Selection

Studies of any design (including editorials and commentaries) as well as grey literature were selected if they discussed how community paramedicine supports community needs along a health and social continuum and were published in English. Articles were excluded if their primary focus was outside the context of community paramedicine, if they did not address community health and social needs, if they described an economic or geospatial analysis or a study protocol, or if they were available as abstract only (e.g., conference abstracts).
The review process consisted of title and abstract screening followed by full-text review. A title/abstract screening form was developed by the primary author (TL) informed by the JBI Scoping Review Guidance, using Covidence (Veritas Health, Melbourne, Australia) and reviewed by both co-authors (JB and AB) [16]. The screening criteria were tested on a sample of abstracts prior to beginning the abstract review to ensure that they were sensitive enough to capture any articles that may relate to the review question. Two of the authors (TL and JB) independently screened titles and abstracts. Conflicts were resolved by AB and criteria were refined until agreement was reached. In the second step, two of the authors (TL and JB) independently assessed the full texts of screened articles in duplicate to determine if they met the inclusion/exclusion criteria. Conflicts were resolved by AB.

Data Charting

Data were extracted by one reviewer (TL), using a data extraction form created by the primary researcher (TL), informed by the JBI Scoping Review Guidance (see Online Resource 2) [16]. All extracted data were checked for accuracy by one author (AB) who did not partake in the data extraction. Data extracted included article title, author name and year of publication, country of study, study design, study aim/objective, program setting and type, referral source, health and social needs assessment and education, key findings, discussion, conclusions about community paramedicine supporting health and social needs, and inductive categorisation. We exported the extracted data from Covidence into Excel 365 (Microsoft, Redmond, WA) for collation, analysis, and synthesis.

Collating, Summarising, and Reporting Results

We used the extracted data to report on the included articles’ findings. Descriptive statistics were used to report the occurrence of concepts, characteristics, and populations. We conducted a descriptive qualitative content analysis of study characteristics to explore, summarise, and report qualitative data [20]. We performed this via basic-level inductive coding. This was performed independently by two authors (TL and AB) in Covidence, and any discrepancies were resolved via discussion. Codes were combined into organising categories as appropriate to facilitate summary and discussion. Papers were categorised based on their principal issue into five domains [21]. We report both measures and descriptions to quantify and explore the characteristics of the literature.

Trustworthiness and Rigour

In addition to the steps outlined to ensure rigour in the scoping review screening and extraction process, we aimed to ensure trustworthiness in our analysis of the included studies [22]. Data were extracted directly from Covidence, reducing the chance of transcription errors. We aimed to ensure credibility and confirmability by performing multiple in-depth searches of the literature and using an inductive approach to our descriptive qualitative content analysis. This allowed the literature to guide the creation of categories [21]. We aimed to ensure transferability by exploring literature on a global scale, with no time limitations, thereby accounting for a wide variety of contexts. Dependability was ensured through protocol publication, a clear audit trail, and multiple author review of data throughout the study. We did not evaluate included studies for quality as per the JBI Scoping Review methodology [16].

Reflexivity and Positionality

Researchers TL and JB are able-bodied, cis-heterosexual, Caucasian, Canadian-born, females. TL is a Bachelor of Paramedicine Honours student and subject matter expert in community paramedicine, including clinical practice, education, program development and partner engagement, with twenty years’ experience in paramedicine. JB is a post-graduate-educated subject matter expert on the paramedic response to the drug poisoning crisis. She is a leader of clinical governance and professional practice within her organization, with ten years of experience. AB is an able-bodied, cis-heterosexual, Caucasian, Irish-born male. He is a doctoral educated researcher and educator with subject matter expertise in community paramedicine and SDH and has methodological expertise in scoping reviews. All authors speak English as a first language.

Ethics Approval

This scoping review of literature did not involve any human participants or data not already made available on a public platform and therefore no ethics approval was required.

Results

Identification of Potential Studies

Searches from databases and citation searching yielded a total of 1475 records (CINAHL: 135, Embase: 891, Medline: 370, citation searching: 79) which led to the removal of 380 duplicates. The remaining 1095 abstracts were screened (see Figure 1).
The full-text screening phase led to the inclusion of 30 peer-reviewed and 13 grey literature articles (n = 43). Most studies included in this review were from Canada (n = 19), followed by the USA (n = 17), Australia (n = 5) and the Republic of Ireland (n = 2) (see Table 1).
The prevalent methodology utilised in the included peer-reviewed articles was editorials (n = 8), followed by qualitative analysis (n = 6), case reports (n = 5), systematic reviews (n = 3), cohort studies (n = 2), case control study (n = 1), comparative case study (n = 1), cross-sectional analysis (n = 1), diagnostic test accuracy study (n = 1), root cause analysis (n = 1), and quantitative analysis (n = 1). Full study characteristics can be found in Online Resource 3.
The majority of included studies were published in the last decade. In 2022, most studies were conducted (n = 10), with an observed increase in studies produced since 2020 (see Figure 2 and Online Resource 3). The program settings identified were predominantly urban (n = 18). When a program model was indicated, the literature mainly focused on home-visits (n = 22).

Community Needs Domains

Just as health status must be considered along a health and social continuum, we applied a systems-thinking lens as a sensitising approach to understanding community paramedicine within broader health and social structures of society [23]. Systems, broadly described, are an organised assembly of components [24,25]. Systems thinking includes the complex dynamics within social systems, where outcomes must be explored and explained considering relationships between components and their environments, within a system [26]. From this broader systems-level vantage point, we identified five community health and social needs domains supported by varied community paramedicine models across differing settings in this review: access to health and social services; daily living; mental health and substance use; technology; and social support, agency and belonging (see Figure 3 and Table 2).

Domain 1 - Access to Health and Social Services

Access to health and social services was the predominant domain addressed in this review, with 42 of 43 (98%) included studies addressing community needs within this domain. The disparity of workforce and subsequent service provision in rural contexts was a common challenge motivating both community-initiated and system-initiated community paramedicine development in remote and rural settings [27,28,29,30]. Risk of readmission post-discharge was found to increase when individuals met challenges managing existing chronic conditions due to lack of access to medications combined with low health literacy [31,32]. Amidst limitations from low health literacy and the complexities of system navigation, community paramedicines’ role in care coordination arose as a key aspect of support provided by various program models [32,33,34,35,36,37]. Capabilities for community paramedicine to address health needs was demonstrated in reports that paramedics are perceived as trusted health professionals engaged in health promotion and education during home-visits and outreach, and is evident where care coordination and system navigation is a program feature [28,35,38,39,40,41,42,43,44,45]. Programs proved adaptive when ad hoc response was required in instances of crisis, and included supporting persons impacted by flooding disasters and the COVID-19 pandemic [28,46]. Evaluation outcomes beyond health system utilisation were lacking in the literature. There was also a lack of evidence exploring community paramedicine’s role in preventing and addressing climate change and its broad implications for health and healthcare.

Domain 2 - Daily Living

People experiencing homelessness and/or experiencing poverty were identified as key populations facing structural barriers to health and wellness in 30 of the studies (70%) [34,43,47,48,49]. A total of 22 studies (51%) featured home-visit program models, while 11 studies (25.5%) described programs that adapted to create outreach services, specifically addressing the needs of people experiencing homelessness [34,40,43,44,49]. Other programs established clinics within shelters and paramedic specialist units tasked to inner-city areas with high rates of people who are unhoused [34,48,49]. One jurisdiction in the USA leveraged technology by trialling GPS-based mobile health interventions to facilitate care coordination and health education for people experiencing homelessness [43]. For those housed, but facing challenges of low income, community paramedics acted as advocates, facilitating connections and referrals to community resources such as meals, employment and financial services [28,33,45,50,51]. For example, community paramedics identified that food insecurity was more prevalent for older adults living in community [52].

Domain 3 - Mental Health and Substance Use

In 28 studies (65%), the intersection of mental health and substance use were predominant factors in those receiving community paramedicine services. Community paramedics encounter a high proportion of individuals with complex health, including mental health needs, that could benefit from further integration of care [53,54]. In response to high health system utilisation by people experiencing homelessness, and building on proven effectiveness of mobile outreach, an innovative “City Centre Team” (CCT) was created in a major Canadian city to focus care needs on people who are unhoused with a high prevalence of substance use [34,38,47]. Evaluation demonstrated the capability of community paramedicine to address health and social needs of people experiencing homelessness by using interdisciplinary and interprofessional collaboration and communication across community, social, and health services. Similar mobile outreach models have proved beneficial in other major cities across Canada and the USA, while other jurisdictions provide mental health care via community clinics [33,48,49,55,56]. Langabeer et al., highlighted that individuals who use substances often avoid seeking treatment, further reinforcing the benefits of outreach models in bringing care to people who use drugs in communities [40].
Considering the high instance of substance use-related calls, community paramedicine’s role in harm reduction strategies was not well explored in the included studies. In addition, while community paramedicine is rapidly expanding, initiatives to address mental health needs remain fragmented and there is a greater need for advocacy and attention to the social, economic and policy levels upstream of the point of individual crisis [54].

Domain 4 - Technology

Contemporary healthcare services and record-keeping requires access to reliable internet, email, and mobile devices, yet only three studies (7%) explicitly explored this technology domain as an aspect of healthcare. Telemedicine and virtual care were described as features of community paramedicine models [28,39]. When testing a GPS-based mobile health intervention, in addition to providing reminders for medications and appointments, unhoused participants indicated regular access to a cell phone increased their ability to maintain personal safety and social connections [43]. Conversely, lacking access to internet services, digital devices, and durable medical equipment were identified as barriers to health [57]. The COVID-19 pandemic identified the capacity of community paramedicine to innovate programs by leveraging technology to facilitate patient monitoring and virtual visits [28]. Using technology to optimise collaboration between caregivers, interprofessional health providers and community services has given community paramedics a means to address inequities in accessing health care and social services [28,43]. This has been particularly beneficial in addressing gaps in community needs and service access for under-resourced populations who disproportionately faced inequities prior to the pandemic, such as unhoused and Indigenous Peoples in Canada [28]. However, included studies failed to describe strategies to optimise technologies and it remains unclear who is responsible for sourcing and maintaining devices used to facilitate care.

Domain 5 - Social Support, Agency and Belonging

A total of 33 studies (77%) highlighted the negative impact of social isolation on health, particularly for older adults in both urban and rural settings [28,29,33,36,37,42,50,52,55,56,58,59,60]. Community paramedicines’ ability to address social isolation was evident in programs that used combinations of home-visits and clinics. When these models were embedded in social housing and supportive living sites, they were also well-positioned to address poverty, food insecurity and isolation of older adults [37,52,56]. The proximity that community paramedics have to individuals’ home and work life enables them to assess for harmful physical environments like elder abuse and intimate partner violence.47 While individuals and communities are not inherently vulnerable, groups made vulnerable due to cultural isolation and systemic and structural inequities such as discrimination on the basis of age, gender, sexuality, race, culture, refugee or immigration status, and incarceration were identified as populations that community paramedics encounter [1,27,28,51,57]. There were no data indicating the ways in which community paramedics are trained to consider inequities due to structural and systemic discrimination in their approach.

Community Needs Assessment

A total of 36 studies (84%) reported on models of service delivery. In addition to outlining the service models, studies discussed the need for programs to be designed around community needs [3,27,34,41,45]. There was alignment across studies recommending engaging caregivers, broader stakeholders, and community members early when designing needs-based programming. Studies shared consensus on the priority to develop community needs approaches that are person-centred, incorporate co-design, and consider the complex barriers to health and social care in structurally oppressed populations [1,3,27,28,51,53,54,61].

Social Needs Education

Paramedics received additional education focused on SDH in 24 of the included studies (56%), while Logan identified the benefit of paramedics receiving cross-training as Community Health Workers (CHW) [41]. Community paramedics are described as collaborating with allied health professional, social and community groups, amplifying the necessity of integrated and collaborative approaches to bolster the supports required to address social needs in community care planning. Leyenaar identified that community paramedicine patients demonstrated higher proportions of complex care needs, including chronic disease and mental health needs, when compared to respective home care and community services support clients [53]. Education has been identified as a key enabler to advancing community paramedicine and meeting such complex needs [4,11,25,50]. While community paramedicine education and training was found to be diverse in allowing learning to address patient needs along a health and social continuum, the optimal prerequisite education and experience requirements for roles practising in community paramedicine was unclear [2,62].

Discussion

This scoping review aimed to explore how community paramedicine supports community needs along a health and social continuum and to identify gaps and opportunities for future research. We identified 43 articles from four countries published between 2003 and 2023. Our findings demonstrate that community paramedicine has evolved and is continuing to innovate to support community needs through a variety of program models across various settings.
Community paramedicine continues to expand in the United Kingdom, the Republic of Ireland, Finland, Australia, New Zealand, Canada and the USA [3,4,56,58,60,63]. This model of care is rapidly evolving in response to ageing populations and to address gaps in primary care [3,59,60]. Expansion of the paramedicine specialty has been largely motivated by health system utilisation measures, where emergency department avoidance and readmission is a key driver [3,56,58,60]. Recognizing the benefits to optimising service utilisation, attention should be called to including additional indicators such as healthcare experiences, outcomes, and improved social support. Where paramedic practice has traditionally taken a reactive and pathogenic approach to healthcare delivery, Cockrell advances the benefit of applying a salutogenic approach where care focuses on supporting health and well-being rather than factors that cause disease (salutogenesis) [29]. Programs are engaging with this concept in increasingly proactive ways, such as recognizing and targeting social needs as key determinants of health [1,57,64]. Community paramedicine has potential to enable values-based care models by integrating services with primary health and social services to reduce barriers for structurally marginalised populations [45,50,65,66].
Advances in technology enable innovations in healthcare to bridge access to service gaps, including telehealth, remote patient monitoring and virtual care, particularly in response to the COVID-19 pandemic [28,37,56]. Despite this, the evidence fails to provide guidance on optimal approaches to leveraging technologies in coordinating and supporting care. Recommendations exist to develop standards for virtual care, social media use, and enhancing cross-jurisdiction communications to rapidly coordinate during crisis response [67,68]. This will also require developing standards for data stewardship in program evaluation, quality improvement, and research [69]. There is a need to engage health systems planners to determine the most appropriate responsibility for sustainably sourcing, maintaining and the ongoing education necessary to optimise technology in paramedic care.
There were benefits observed when paramedics integrated the extension of person-centred palliative approaches to care into the home, and thereby optimising quality of life along the trajectory of illness [70]. Within an Indigenous community in the remote north of Canada, community paramedicine could address many health and social service gaps [27,71]. Authors cautioned against a one-size-fits-all approach and highlighted the need for programs to better address the needs of communities by including relevant program indicators [3,27,34,71]. A key recommendation across the literature was the need to meaningfully engage broader partners and communities early in program planning to understand how best to co-design and implement an integrated service model that addresses the specific needs of each community [3,27,29,34,41,54]. There were also cautions that focusing on increasing access to health and social services provided by the state-only risks further embedding settler colonialism in health and social equity efforts [72]. This requires paramedicine leaders to critically examine whose voices and perspectives are included at decision-making tables and whose are not. This reinforces the necessity to further study and incorporate equitable practices for community and stakeholder engagement and apply learnings from others when assessing community need [27,41,45].
The move towards tertiary education for community paramedicine specialisation in some jurisdictions provides greater opportunities for interprofessional learning to prepare paramedics as integrated members of the primary and greater healthcare team [3,4,29,63,73]. While studies mentioned additional paramedic training on SDH, what this training entailed was unclear or implicit, and inconsistencies in this requirement across studies indicate opportunity to enhance this education to better prepare paramedics to respond to the complexities of care within the health and social continuum [3,73]. Educators and program developers should expand beyond paramedicine to examine what can be learned from other professions in addressing equity along a health and social continuum. Paramedicine will reciprocally benefit from partnering, mentorship and collaboration with broad health and social professionals [66].
While some studies in this review targeted social needs, few programs appeared to examine the implications of intersectionality and structural competency on health and social inequities [1,54,61]. This intentionality was applied in a study that examined women’s experiences participating in a community paramedic program, where participants reported an overall reduction in barriers to care that specifically prioritised women’s health needs [35]. Evidence shows workforce diversity gaps have a direct effect on care and outcomes, revealing that practitioners employed in more homogeneous environments possess greater risk of providing inequitable care [74,75,76,77,78]. Community paramedicine should lead responsibly by applying knowledge in the provision of intersectionality and structural competency to workforce recruitment strategies, practitioner education and systems-level planning [9,14,15,79,80]. A core tenet of community paramedicine is cultivating trusting relationships, and while paramedics are generally perceived as trusted health professionals, there is an opportunity to examine how program planning and implementation can be optimised by recruiting practitioners who represent and reflect the cultures of the communities served [41,74,81].
Finally, as evidenced by this review, community paramedicine is rapidly evolving to provide responsive and integrated healthcare to communities. However, as Ford-Jones cautions - paramedics face tensions between implementing beneficial practice in response to unmet social needs, and the need to influence policymakers within health and non-health professions [54]. Paramedics must take appropriate action at the public policy level to develop evidence-informed, upstream solutions to address broader determinants of health in sustainable ways [54,82]. Training paramedics to address increasing mental health needs is not a viable option to address the intersectional and structural barriers that must be addressed via broader policy [29,40,41,54]. Acknowledging that political and socioeconomic factors are key determinants of health, there is a need for paramedicine broadly to determine roles in health and social advocacy to influence policy that commits to health equity and justice, for all [12,13,72,79,80].

Future Directions

While our findings demonstrate that community paramedicine has evolved to support community health and social needs through a variety of program models across various settings, gaps exist for future research in community paramedicine. Guided by the principles of patients and their communities first and social responsiveness, it is paramount to ensure community paramedicine program design is needs-based [13,80]. It is important to determine key elements to inform a framework guiding community needs assessments. To address healthcare inequities that are a result of system-centred programming, those developing community paramedicine must commit to co-designing service models, specifically including perspectives from structurally marginalised groups [27,47,83]. Considering an intersectional lens, paramedicine leaders will require guidance on how to engage in equitable stakeholder engagement, including amplifying voices of people receiving care and their caregivers. Community paramedicine leaders and strategists should seek to identify transferable strategies from outside paramedicine and health-adjacent professions and seek opportunities to integrate care to optimise initiatives addressing healthcare along a health and social continuum. These intersecting areas of study opportunities need to be thoroughly explored and strategies implemented in ongoing effort to eliminate health outcome gaps.

Limitations

Despite efforts to be comprehensive, we may have missed relevant studies in this review. Areas where communities are leading development of community-led paramedicine programs to address local needs may not have published or reported work for inclusion. The inclusion of English-only papers risks overlooking potential studies of expanded paramedic roles or community paramedicine programs in countries where English is not the primary language.

Conclusion

Health system and resource utilisation remains a predominant motivator behind developing community paramedicine programs. Community paramedicine programs support community health and social needs through a variety of service models. As paramedicine program models evolve to address the needs of under-resourced and marginalised populations, system designers need to engage in community needs assessments to co-design service delivery. Better understanding of community needs will help to enhance paramedic education and engage interprofessional collaboration to best support individuals and communities. Paramedicine leaders, including paramedics themselves, have a social responsibility to advocate for and implement integrated approaches to service delivery and care that addresses the needs of the person receiving care and their communities in ways that consider the complex intersections of health and social conditions to optimise health equity and justice [1,12,13,61,74].

Author contributions

TL: conceptualization (lead); methodology (lead); formal analysis (lead); writing – original draft (lead); writing – review and editing (lead). JB: formal analysis (supporting); writing – review and editing (equal). AB: conceptualization (supporting); methodology (supporting); writing – original draft (supporting); formal analysis (supporting); writing – review and editing (equal); Supervision (lead).

Availability of data and materials

Search results and screening information can be obtained from the corresponding author.

Acknowledgements

We acknowledge this collaborative research was conducted on colonised Indigenous lands now referred to as Canada. We reside on traditional lands belonging to the Tla’amin Nation, First Nations Treaty Territories 8 and 20, Métis Region 6, and Tk’emlups te Secwépemc in the traditional and unceded territory of the Secwépemc. These lands are home to the many diverse First Nations, Inuit, and Métis Peoples whose ancestors have stewarded this land since time immemorial [9,84].

Statements and declarations

The author(s) declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article. The author(s) received no financial support for the research, authorship, and/or publication of this article. This scoping review of literature did not involve any human participants or data not already made available on a public platform and therefore no ethics approval was required.

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Figure 1. PRISMA diagram. Generated at https://estech.shinyapps.io/prisma_flowdiagram/. ALT-Text This figure outlines the stages of screening depicted in a PRISMA flow chart.
Figure 1. PRISMA diagram. Generated at https://estech.shinyapps.io/prisma_flowdiagram/. ALT-Text This figure outlines the stages of screening depicted in a PRISMA flow chart.
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Figure 2. Publications per year. ALT-Text This line graph displays the publications per year over time, starting in 2003 and ending in early-2023, with a notable peak in 2022.
Figure 2. Publications per year. ALT-Text This line graph displays the publications per year over time, starting in 2003 and ending in early-2023, with a notable peak in 2022.
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Figure 3. Visual representation of community paramedicine supporting community needs domains. ALT-Text This figure outlines the five community needs domains supported by community paramedicine identified in the review findings, depicted in a circular image, where each domain is interconnected.
Figure 3. Visual representation of community paramedicine supporting community needs domains. ALT-Text This figure outlines the five community needs domains supported by community paramedicine identified in the review findings, depicted in a circular image, where each domain is interconnected.
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Table 1. Study locations.
Table 1. Study locations.
Country Number of studies n (%)
Canada 19 (44)
United States of America 17 (39)
Australia 5 (12)
Ireland 2 (5)
Total 43
Table 2. Community needs domains.
Table 2. Community needs domains.
Domain Domain 1 - Access to Health and Social Services Domain 2 - Daily Living Domain 3 - Mental Health and Substance Use Domain 4- Technology Domain 5- Social Support, Agency and Belonging
Count of studies n= 43 n=42 n=30 n=28 n=3 n=33
Included codes
  • care coordination
  • medications
  • health literacy
  • rural living
  • palliative care
  • hospice
  • referrals
  • in-home services
  • caregiver support
  • prevention and screening
  • health promotion
  • health insurance
  • disability support
  • safe childcare
  • language barriers
  • supportive living
  • income
  • education
  • safe housing
  • food security
  • safe employment
  • reliable transportation
  • clean air
  • clean water
  • heating and cooling
  • electricity
  • mental health services
  • drug cessation
  • alcohol cessation
  • tobacco cessation
  • safe supply
  • harm reduction
  • reliable internet
  • cell phone
  • tablet
  • computer
  • email access
  • medical equipment
  • mobility devices
  • fall prevention
  • social isolation
  • loneliness
  • intimate partner violence
  • physical safety
  • cultural isolation
  • race and ethnicity
  • gender
  • sexuality
  • identity documentation (ID)
  • incarceration
  • immigration status
  • refugee status
  • migrant worker
  • veteran status
  • older adults
Note that many studies addressed more than one domain.
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Copyright: This open access article is published under a Creative Commons CC BY 4.0 license, which permit the free download, distribution, and reuse, provided that the author and preprint are cited in any reuse.
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