Abstract
Context
The 2-1-1 helpline is a social services innovation that has spread rapidly throughout the U.S. Policy diffusion theory suggests that policymakers seek to reduce uncertainty by anticipating the effects of a proposed innovation through tools such as cost–benefit analyses. Few policy diffusion studies have examined use of information, such as cost–benefit analyses, in the diffusion process. The purpose of this study is to examine how cost–benefit analyses were used during the rapid diffusion of 2-1-1 across states. The paper also describes components of 2-1-1 cost–benefit analyses.
Evidence acquisition
In 2011, cost–benefit analyses of 2-1-1 and substantive citations of them were identified through scholarly key word searches using Academic Search Premier and Web of Science, general Internet searches using Google search terms, and communications with academicians and 2-1-1 practitioners through personal contact and e-mail discussion groups. To be included in this study, documents had to be related to 2-1-1 helplines, present information about their costs and benefits, and be formal documents. The documents were catalogued and analyzed for cost–benefit analyses or references to analyses, and stated purpose.
Evidence synthesis
Of the 19 documents that met eligibility inclusion criteria, nine were original cost–benefit analyses and ten referenced analyses conducted for other jurisdictions.
Conclusions
The diffusion of 2-1-1 helplines in the U.S. has been influenced by interjurisdictional exchange of cost–benefit analyses, in both the creation of original analyses and/or the referencing of previous work.
Context
In 2000, the Federal Communication Commission (FCC) set aside the three-digit dialing code 2-1-1 for community services information and referral.1 In the decade since, use of 2-1-1 has spread to each of the 50 states, Washington DC, and Puerto Rico.2 There are 16 problem/need categories of information and referral provided by 2-1-1s (Table 1). 3 Although call proportions vary from state to state, health and mental health calls typically account for 15% to 25% of calls.4, 5, 6 Increasingly, 2-1-1 helplines are serving as public information points for health concerns including Severe Acute Respiratory Syndrome (SARS), West Nile, and flu shots.7 These helplines also have participated in community health prevention outreach to vulnerable populations to promote smoking cessation programs, mammography, adult human papillomavirus (HPV) vaccination, and Paps.8
Table 1.
Problem/need category |
---|
Arts, culture, and recreation |
Clothing/personal/household needs |
Disaster services |
Education |
Employment |
Food/meals |
Health care |
Housing/utilities |
Income support/assistance |
Individual, family, and community support |
Information services |
Legal, consumer, and public safety |
Mental health/addictions |
Other government/economic services |
Transportation |
Volunteers/donations |
Despite the rapid adoption of 2-1-1 helplines across the U.S., there has been limited scholarly attention paid to this social services innovation. Cost–benefit analyses (CBAs), often sponsored by advocates for 2-1-1, informed policymakers about likely economic impacts. It is well known in the 2-1-1 community that CBAs conducted for one jurisdiction were sometimes used by other jurisdictions as evidence of a positive economic benefit.
However, no systematic documentation has been conducted on the use of 2-1-1 CBAs from one jurisdiction to take action in another jurisdiction. Moreover, there is little guidance in the academic literature generally that documents information flows between jurisdictions in the policy diffusion process.9 The present study addresses this gap by using 2-1-1 as a case study to document possible use of CBAs done by one jurisdiction to justify policy action about 2-1-1 in other jurisdictions. This paper also describes use of CBA for understanding components of 2-1-1 and provides one case example of components of a 2-1-1 CBA.
Policy Regarding 2-1-1
The first 2-1-1 started in Atlanta GA in 1997.10 The ability to offer information and referral services through a three-digit dialing code was embraced by organizations across the U.S., who successfully banded together to petition the FCC to reserve 2-1-1 nationwide for community information and referral.11 The FCC gave states the responsibility of determining what organization(s) would be responsible for delivering the service.
For most states, this determination would be made by a public service or public utility commission. In a limited number of states, the determination was made by a legislative body or delegated to a coalition of information and referral organizations.
States have varied in whether they have staged approval for 2-1-1 geographically or done so in a single action. Some states, such as Michigan, Nebraska, and California, have staged 2-1-1 successively within their state, adding regions over a number of years. Other states, such as Hawaii and Texas have assigned 2-1-1 responsibility across their state in a single action.
Once authorized, 2-1-1 services typically have been responsible for developing their funding and implementing the service. A limited number of 2-1-1 services receive substantial state support, but most rely primarily on a combination of public and private support.12 The 2-1-1s have not addressed funding and implementation challenges in isolation. Several national not-for-profit organizations have promoted 2-1-1 nationally. Notably, United Way Worldwide and the Alliance of Information and Referral Systems (AIRS) have jointly championed 2-1-1 development. United Way Worldwide used its nationwide network of United Way member agencies to advocate at the national and local levels for adoption of and funding for 2-1-1s across the U.S. AIRS, the association of information and referral organizations, leveraged its network and incorporated 2-1-1 into its professional standards and certifications. These two national organizations, along with local 2-1-1s, worked with legislators to propose federal funding through the Calling for 2-1-1 Act. The Act would have provided substantial federal funds to support 2-1-1s throughout the U.S. Although the act was not passed, several 2-1-1s successfully received targeted congressional appropriations.13
United Way Worldwide and AIRS have served as networks for information sharing about the costs and benefits of 2-1-1, typically by equipping local 2-1-1 supporters who were in contact with their state and local policymakers. AIRS and United Way Worldwide publicized documents and toolkits with information about the service's costs and benefits through e-mail discussion groups, at national conferences, and through personal communications. In 2004, United Way Worldwide also commissioned a CBA for adoption of 2-1-1 across the entire U.S. AIRS' and United Way Worldwide's dissemination strategies appear to have promoted sharing of CBAs in states through local 2-1-1 supporters.
One national 2-1-1 leader reflected on a typical encounter of a 2-1-1 supporter with a state policymaker (anonymous, personal communication, 2012):
The rote question [asked by state policymakers] was often “Have you done a cost–benefit analysis?” … [The] answer would be, “Not yet, although we would be willing to develop one if you could help with the funding of the study. However, cost–benefit documents have been published by Texas and Nebraska [for example]. Would you like to review those?”
Cost–Benefit Analyses
Types of cost analyses include CBAs, cost-effectiveness analyses, cost-utility analyses, and cost-feasibility analyses.14 CBAs judge the worth of a policy based on its economic impact by assigning and comparing the costs of the inputs to the value of the outcomes.15 CBAs have been used in a variety of human service settings, such as education,16 corrections,17 poison control centers,18 services for people with dementia,19 and health promotion.20 Proponents of CBAs claim that the economic valuation of policies provides objective criteria with which to make decisions. They claim that the valuations are transparent methods used to weigh relevant factors. Critics charge that it is impossible to monetize all inputs and outcomes of a proposed program and therefore cost analyses ignore important intangible outcomes. Despite ongoing debate about CBAs, they continue to be a popular tool considered by policymakers.
Cost—benefit analyses have been used by advocates of 2-1-1 to demonstrate its worth. Some jurisdictions have developed CBAs, and others simply have cited the results of other jurisdictions' analyses. There has been limited scholarly work examining 2-1-1 CBAs.21, 22
Only two peer-reviewed articles were found that explored costs and/or benefits of 2-1-1s. The first focused solely on the benefits that 2-1-1s offer to communities and described the challenges and approaches to quantifying those benefits.21 That study was not an analysis of a specific 2-1-1 service; rather, it was an overview of the types of benefits 2-1-1s accrue and a description of how those benefits might be measured. The second article documented potential costs and benefits at the individual, organizational, and societal levels and incorporated a temporal dimension to benefits calculation (i.e., short-, medium-, and long-term).22 Neither of the scholarly articles calculated the costs and benefits of a specific 2-1-1 service or reviewed the role of CBAs in the diffusion of 2-1-1 across the U.S.
Policy Diffusion
Policy diffusion has been a topic of keen interest to scholars over the past several decades.23 Researchers seek to explain why some governments adopt innovative public policies whereas other jurisdictions do not. Walker's seminal work24 defined a policy innovation as any program new to a government, regardless of how many other governments may have adopted it. For him, and the researchers who have followed his lead, it is not the novelty of the idea but the fact that it is new to the jurisdiction that qualifies it as an innovation.
Many diffusion researchers have examined the interdependence of governmental bodies when making policy decisions, recognizing that policymakers do not enact policy in isolation.24 Policymakers reduce the risk of making bad decisions by relying on a variety of sources, including those used by policymakers in other jurisdictions.24, 25 Based in Rogers's25 broader theory of diffusion of innovation, policy diffusion describes how policymakers opportunistically scan their environment for new ideas or solutions to problems. When an idea is identified, it is subjected to an information-gathering and testing period. During this period, policymakers may seek to reduce the risk of unexpected consequences by looking to the experiences of others.26
Researchers hypothesize that jurisdictions emulate each other for four reasons: (1) policymakers face a problem and use solutions already developed by others as a decision-making shortcut; (2) policymakers want to remain competitive with other states to provide a good economy and quality of life for residents; (3) policymakers want to conform to the norms of other states or the expectations of the federal government; or (4) policymakers respond to public pressure from citizens and media.27, 28 Researchers have studied diffusion in the context of a wide range of policies including lotteries,26 gaming,29 school choice,30 end of life,31 water fluoridation,32 living wills,33 antismoking,34 and HMOs.35
Policymakers may learn of innovations from policy networks,30 professional associations,35 epistemic communities,36 nongovernmental organizations,37 think tanks,38 and the media.28 This transfer of information may take place through face-to-face communications, but it also may occur through documentary and informal evidence.39 Formally documented expert-based information, such as cost analyses, may be particularly desired and persuasive when policymakers are developing policy decisions.40, 41 Despite the important and powerful role of such information, researchers have noted that few policy diffusion studies have focused on the use of information in the diffusion process.9 The present study addresses this gap by examining the use of information produced through a popular policy tool (i.e., CBAs) in the rapid spread of 2-1-1 in the U.S.
Evidence Acquisition
Both scholarly and gray literatures were searched. Documents identified through the searches were included in the current study if they were related to 2-1-1, examined 2-1-1 costs and benefits, and were formal documents (e.g., not simply website narrative). Excluded from the study were analyses not specific to 2-1-1, information sources that were not formalized, or that presented costs or benefits only in a very general way. Information collected from each document included the author, title, publisher, year of publication, and how costs and benefits were monetized. The documents were coded independently so no test of inter-rater reliability was required.
Scholarly literature was identified through computerized searches using Academic Search Premier (ASP) and Web of Science (WoS). The searches were conducted for the presence of keywords in scholarly, peer-reviewed publication abstracts prior to March 2011. Each database was searched using keyword combinations of: 211 AND cost; 2-1-1 AND cost; 2-1-1 AND call center; 211 AND call center; 2-1-1 AND human services; 211 AND human services; human services AND telephone; information AND referral AND human services; and telephone AND community-based services. Of the 1165 articles returned by the searches (duplicates included), 195 were found by ASP and 970 through WoS. Only one of the articles met the eligibility criteria for the present study.
Gray literature was searched in three ways: (1) through existing lists of CBAs; (2) via personal communications; and (3) using Internet searches. Lists of CBAs were obtained from AIRS, United Way Worldwide, and the Center for Excellence in Cancer Communication Research at Washington University in St. Louis. Personal communications in the form of e-mail inquiries were sent on April 18, 2011, and June 6, 2011, to 2-1-1 administrators and staffers through two e-mail discussion groups: the Airsnetworker (approximately 800 recipients) and the 2-1-1 DISCUSSION-L list (693 recipients). The e-mails requested cost–benefit or cost-effectiveness analysis, or any other type of analysis that attempted to compare the costs of 2-1-1s to positive outcomes. The third information source was web searches. Searches were conducted using the terms 2-1-1 cost benefit, 211 cost benefit, 211 feasibility study, and 2-1-1 business plan.
Evidence Synthesis
The search identified 19 documents for inclusion in the study.22, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59 Only one document was found through the scholarly database search,22 whereas the remaining 18 were identified through the gray literature search. Three documents were from national organizations: two from United Way Worldwide and one from the National Aging Information and Referral Support Center. Eleven documents covered an entire state or area within a state, with some states represented by multiple documents (number denoted parenthetically): Arkansas, California, Hawaii, Kentucky, Maryland, Michigan (2), Nebraska, Oregon, Pennsylvania (2), Texas (2), and Washington (3).
Documentation of Cost–Benefit Analyses
Approximately half (n=9) of the 19 eligible documents were original CBAs. All but one of the CBAs were conducted at the state level. Of the documents, six were identified as CBAs,43, 45, 46, 47, 48, 49 two were identified as valuation documents,42, 44 and one was identified as a business plan.50 Table 2 lists the CBAs in chronologic order based on publication date.
Table 2.
Document title | Year | Author | Jurisdiction | Cost–benefit analysis referenced | Valuation time frame (years) |
---|---|---|---|---|---|
The value of a comprehensive Texas information and referral network42 | 1998 | King CT, O'Shea DP, Betsinger AM | Texas | None | 10 |
Final 211 report: survey of existing I&R services and a Nebraska 211 system cost/benefit analysis43 | 2000 | University of Nebraska Public Policy Center | Nebraska | Texas 1998 | 5 |
The value of a comprehensive Texas information and referral network: August 2000 update44 | 2000 | O'Shea DP, Kegler L, King CT | Texas | Texas 1998 | 10 |
Maryland 2-1-1: benefits and costs of a 2-1-1 system for Maryland45 | 2001 | PSComm, LLC | Maryland | Nebraska | 1 |
National benefit/cost analysis of three digit–accessed telephone information and referral services: final report46 | 2004 | O'Shea D, King CT, Greenfield S, Shelton E, Sullivan L, Taber E, Olson JA | United States | None | 10 |
WIN 2-1-1: performance evaluation and cost-benefit analysis of 2-1-1 I&R systems47 | 2005 | Fisher KE, Saxton M, Naumer C, Pusateri C | Washington | Texas 1998; Nebraska; Maryland; National | Not applicable |
Arkansas 211 system cost/benefit analysis48 | 2009 | Arkansas 211 | Arkansas | Nebraska | 1 |
Benefit/cost analysis of Aloha United Way's 211 program49 | 2009 | Souke J, Takenaka A, Roberts B, Ng C | Hawaii | Maryland; National; Arkansas | 10 |
Michigan 2-1-1 business plan50 | 2011 | Michigan 2-1-1 | Michigan | None | 10 |
I&R, information and referral; WIN, Washington Information Network
The analyses included those that were developed prior to delivery of 2-1-1 services (relying on speculative projections) and those developed after 2-1-1 had been established (incorporating actual delivery experience in projections). Two studies, the 1998 Texas study and the 2000 Nebraska study, predated the 2000 ruling by the FCC. The remaining seven studies were conducted in the years following the FCC designation.
Five CBAs were conducted prior to their states' authorization, and three were conducted subsequent to state authorization. The studies conducted prior to 2-1-1 authorization within their state were Texas (1998); Nebraska (2000); Texas (2000); Maryland (2001); and Arkansas (2009). These CBAs were conducted to predict the potential value of 2-1-1s for the states. The cost analyses conducted following 2-1-1 authorization within their state (or the first 2-1-1 authorization within their state) were for Washington (2005); Hawaii (2009); and Michigan (2011). According to the documents, the purpose of these analyses was to estimate the value of the existing service. The national study (2004) was conducted following the FCC decision, but prior to widespread adoption of 2-1-1 across the U.S.
Several of the prospective CBAs compared varying service-delivery structures. For example, the Nebraska study compared three models of situating call centers (i.e., single statewide center, six regional centers open 24/7, and six regional centers operating weekdays and one becoming the overnight and weekend center). In other studies where information and referral services (e.g., Texas, 1998) or actual 2-1-1s were already in place (e.g., Michigan, 2011), existing call volumes and organizational structures were analyzed. In all of the CBAs, except Maryland's, benefits outweighed costs. (Maryland projected a slightly higher per capita cost and monetized a smaller number of benefits than did other states).
Some of the CBAs were used as models or information sources for work done in subsequent cost analyses. For example, both the Maryland and Arkansas studies explicitly mentioned that they used aspects of the Nebraska study. The Texas study and the national study shared several authors and featured similar valuation approaches. The Washington study reviewed benefits that were quantified in the Maryland and Nebraska studies. The Hawaii study referenced Arkansas, Maryland, Michigan, and the national analyses.
Components of Costs and Benefits
The analyses across the nine CBAs varied in depth and scope of costs and benefits. Moreover, there were variations in which costs and benefits were monetized or simply described in nonmonetary terms. For the purpose of illustration, the costs and benefits identified in Texas's 1998 CBA are listed in Table 3.
Table 3.
Monetized costs | Nonmonetized costs | Monetized benefits | Nonmonetized benefits |
---|---|---|---|
|
None |
|
|
Costs
All the CBAs, except the Washington study, monetized the costs of implementing 2-1-1. None of the analyses presented nonmonetized costs, suggesting that the authors believed all 2-1-1 costs were able to be valued financially. Of the monetized costs, most of the studies (Maryland, Michigan, National, Nebraska, Texas 1998 and 2000) divided costs into start-up costs and ongoing costs. The Arkansas (pre-implementation) and Hawaii (post-implementation) studies made no distinction. Start-up costs included such items as capital expenses for hardware, software, telephony, databases, and office furnishings. The Nebraska study also included training as a start-up cost. All studies, except the Washington study, calculated operating expenses. Operating expenses included personnel costs; materials and supplies; travel; facilities rental; promotion/marketing; training; insurance; technology (e.g., telecommunications, hardware and software); professional services (e.g., legal, information technology, telecommunications, accounting); and equipment.
Benefits
Both monetized and nonmonetized benefits were reported in most studies. Many of the studies categorized monetized benefits. For example, the Texas studies examined benefits to individuals, government, and society, whereas the Nebraska and Arkansas studies categorized benefits to individual citizens, employers, human service providers, planners, and funders. The most commonly monetized benefits included call avoidance for other three-digit numbers (e.g., 911, 311); personal and professional time-savings in locating services; call avoidance for community human service programs; cost avoidance for needing redundant information and referral lines that could be handled by 2-1-1; improved productivity for providers; tax dollars recovered to the community through referrals to volunteer tax-assistance programs; and cost avoidance for more-expensive interventions that could be addressed through less-expensive programs (e.g., nursing homes, early intervention).
Most studies also included nonquantified benefits. The most-frequently mentioned nonquantified benefits were reduced frustration for individuals seeking services, reduced cost of services, cost avoidance of more-expensive interventions that could be addressed through less-expensive programs, improved information about service coverage and needs, and reduced toll-free lines sponsored by governments. Some studies did not quantify benefits that were quantified by other studies. For example, the Nebraska, national, Arkansas, and Michigan studies monetized the benefit of avoiding redundant information and referral calls, whereas Maryland mentioned call avoidance as a benefit but did not attempt to value it.
Use of Cost–Benefit Analyses
Ten documents referred to other jurisdictions' 2-1-1 CBAs and did not present original analyses (Table 4). Most of the documents (n=7) were local or state-focused. Two had a national focus. The remaining study was a combination of a national and municipal focus. The experience of other states appears to have been important as most of the reports explicitly stated their desire to learn from other states who had implemented 2-1-1.
Table 4.
Title | Year | Author | Jurisdiction | Cost–benefit analysis referenced | First authorization in jurisdiction | Type of authorization at time of analysis | Status of implementation at time of analysis |
---|---|---|---|---|---|---|---|
Aging network involvement in 2-1-151 | 2000 | National Aging I&R Support Center | National | Nebraska | 2000 | FCC had just reserved 2-1-1 across U.S. for community information and referral | Several states had already assigned 2-1-1 to at least one organization |
Washington Information Network 2-1-1 business plan52 | 2004 | Washington Information Network 211 | Washington | Nebraska | 2003 | The state assigned the responsibility for authorizing 2-1-1s in the state to a coalition of local providers, WIN 2-1-1 | WIN 211 had not yet authorized any 2-1-1s |
United Way 2-1-1 of the Peninsulas business plan53 | 2005 | Kincaid B, James H | Peninsula Region of Washington | National | 2005 | WIN 2-1-1 had named United Way 2-1-1 of the Peninsulas as the 2-1-1 provider | United Way 2-1-1 of the Peninsulas had not yet implemented 2-1-1 |
2-1-1 across California by 2010—business plan54 | 2005 | 2-1-1 California | California | National | 2002 | State had authorized several 2-1-1s, but had not authorized 2-1-1s in all regions of the state | California's existing 2-1-1s covered approximately one half of the population |
Michigan 2-1-1 business plan55 | 2006 | Michigan Association of United Ways | Michigan | Nebraska; National | 2006 | State had authorized several 2-1-1s, but had not authorized 2-1-1s in all regions of the state | Michigan's existing 2-1-1s covered 56% of the population |
How does 211 reduce state spending?56 | 2006 | UW of SE PA | Pennsylvania | Nebraska; National | 2010 | The state had not yet authorized any 2-1-1s | No 2-1-1s had yet been implemented |
Pennsylvania 2-1-1 business plan57 | 2007 | United Way of Pennsylvania | Pennsylvania | Nebraska; National | 2010 | The State had not yet authorized any 2-1-1s | No 2-1-1s had yet been implemented |
2-1-1 information services: outcome assessment, benefit—cost analysis, and policy issues22 | 2007 | Saxton ML, Naumer CM, Fisher KE | National review and Portland, Oregon focus | Texas 1998; Nebraska; National | 2003 | Some 2-1-1s had been authorized, including Portland's, but 2-1-1 was not authorized in all regions of the state | Portland, Oregon 2-1-1 had been implemented |
Fact sheet for 2-1-158 | 2008 | United Way of America | National | National | 2000 | FCC had reserved 2-1-1 across U.S. for community information and referral, but 2-1-1 was not authorized in all regions of the U.S. | Existing 2-1-1s covered approximately 75% of the U.S. population |
Kentucky 2-1-1 strategic business plan59 | 2009 | United Way of Kentucky | Kentucky | Nebraska; National | 2001 | The state assigned the responsibility for authorizing 2-1-1s in the state to United Way of Kentucky. The organization had authorized 2-1-1s in several regions, but had not authorized 2-1-1s in all regions of the state. | Existing 2-1-1s covered 43% of the population |
FCC, Federal Communications Commission; I&R, information and referral; WIN, Washington Information Network
Two states (Michigan and Pennsylvania) did not have state authorization for 2-1-1 at the time of publication of the documents referring to others' CBAs. One state (Washington) had authorized a third party to make a decision about what organization would be authorized to operate their 2-1-1, but at the time of the statewide plan (2004), had not made an assignment. The one local plan (Peninsulas region of Washington) had received state authorization to operate a 2-1-1 but had not yet implemented the service. Two states (California and Kentucky) had achieved authorization of at least one 2-1-1 within their boundaries at the time of publication, but only approximately one half of their state's populations had access to 2-1-1.
Most often, the results of other jurisdictions' CBAs were reported as a net monetary value. For example, the California study is typical in referring to the national study's finding that the net present value to the nation over 10 years of complete 2-1-1 coverage would be $530 million. Five of the documents reported the results of only one of the CBAs (Table 4). Four studies mentioned two analyses. One study mentioned three analyses. The most-frequently reported analysis was the national analysis, which was reported in eight of the documents. The Nebraska analysis was cited in seven reports. One report mentioned the 1998 Texas analysis. Essentially, it appears that the case for 2-1-1 was established by 2004, as none of the CBAs published after 2004 were referenced in other documents.
Many of the documents presented the challenge of identifying financial support for 2-1-1 services. For example, Pennsylvania's plan states that building a 2-1-1 network:
requires a significant long-term commitment from state government as well as ongoing support from a broad mixture of private sources—United Ways, private foundations and business—and local funding obtained by the regional 2-1-1 call centers from both public and private sources.57
Discussion
An important but largely unexamined question in policy diffusion is how information is used by jurisdictions throughout the policy diffusion process. Researchers increasingly are viewing products of policy analyses as contributing to wider processes beyond that for which they originally were authored.37, 60 The present study provides evidence that specific results produced by CBAs were used in the rapid diffusion of 2-1-1s across the U.S.
The current study begins to fill a gap in policy diffusion research, because there has been little documentation of the use of information by others.9 The results illustrate policy information sharing through the example of CBAs in the diffusion of 2-1-1. As one national leader in 2-1-1 commented (anonymous, personal communication, 2012):
Some leaders in the political sphere and/or major internal government administrators liked to know that they could be a trailblazer in their state with some security that other states had adopted it and that studies were available to back it up.
Limitations
There are several limitations to the present study. First, archival evidence was the sole source of information. Thus, study scope limited to documented analyses and their mention in formal documents by other jurisdictions. This approach prevents exploration of the comparative valance of CBAs in relation to other information policymakers may have accessed. Therefore, this study is not able to describe the persuasiveness of CBAs results in comparison to other information. Second, only formal documents were included in this study, thus omitting the use of CBAs that may have been transmitted through more transient means, such as verbally or through brochures, briefings, or websites. Third, this study did not assess the quality of the CBAs to determine their comprehensiveness.
The results of the current study point to areas for future research and practice. The rapid diffusion of 2-1-1s suggests that the national network of 2-1-1s was an effective channel for sharing policy-relevant information. This raises further research questions: What contributed to the efficacy of this diffusion process? How might the network be used to spread future policy innovations? Does diffusion theory help us understand the mechanisms associated with early and late adoption of policies like 2-1-1? Why have certain groups not adopted 2-1-1? These questions may benefit from both qualitative and quantitative (e.g., mixed-methods) approaches.
Understanding the potential inequities in policy diffusion will be important. Diffusion theorists have posited that jurisdictions' internal characteristics (e.g., socioeconomics of the intended population) and propinquity to other innovators are related to likelihood to adopt, suggesting that isolated, economically disadvantaged areas may be less likely to adopt policy innovations, such as 2-1-1.61, 62 Data from United Way Worldwide indicate that rural communities may be disproportionately represented in areas without 2-1-1.63 Rural areas tend to have greater need for, but fewer, social services.64 This leads to the disquieting possibility that the areas whose residents could most benefit from 2-1-1 services may be the very ones lacking access. Future research should explore disparities in adoption and access to innovative social policies such as 2-1-1, as well as to understanding the mechanisms by which successful adoption is accomplished. As a result, research will benefit policymakers, policy implementers, and other practice-based professionals who are striving to accelerate the uptake of life-saving 2-1-1 services.
A practical implication of the present study is that 2-1-1s are able to work together to share information and mobilize quickly, despite the fact that 2-1-1s are not a single national body but rather a collection of independent organizations. There is promising evidence, for example, in the realm of disaster response and recovery, that 2-1-1s together form an effective national network that is able to meet unanticipated surges of need.12, 60, 65, 66 In their role in providing health-related information and referral, and in their emerging role as a proactive source for promoting community and individual health, the 2-1-1 network comprises an effective vehicle for diffusing new practices. Further, 2-1-1 and health practitioners may find fertile ground for furthering mutual goals by working together.
Acknowledgments
Publication of this article was supported by funding from the National Cancer Institute (NCI) and the Office of Behavioral and Social Science Research (OBSSR) of the NIH (HHSN261201100469P).
NS has received consulting fees from the Alliance of Information and Referral Systems and United Way Worldwide, the lead national organizations in the development of 2-1-1 in North America.
References
- 1.Federal Communications Commission. Third report and order on reconsideration. FCC 00-256.
- 2.United Way/AIRS 211 Nationwide status. 211us.org/status.htm
- 3.Alliance of Information and Referral Systems AIRS: I&R problem/needs national categories. AIRS. www.airs.org/files/public/AIRS_ProblemNeeds_Final.doc
- 4.2-1-1 Texas 2-1-1 Texas information and referral network action summary. www.hhsc.state.tx.us/news/presentations/2010/211Action_Summary101510.pdf
- 5.211 California 2011 problem needs. www.cairs.org/211/docs/2011CABigCountFinal.pdf
- 6.2-1-1 Illinois 2010 report. www.unitedwayillinois.org/documents/2010Reportfor2-1-1Illinois.pdf
- 7.United Way of Pennsylvania 50 ways 2-1-1 works. www.211us.org/documents/50ways.pdf
- 8.Eddens K.S., Kreuter M.W., Archer K. Proactive screening for health needs in United Way's 2-1-1 information and referral service. J Soc Serv Res. 2011;37(2):113–123. doi: 10.1080/01488376.2011.547445. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 9.Ness E.C. The role of information in the policy process: implications for the examination of research utilization in higher education policy. In: Smart J.C., editor. Vol. 25. Springer Science+Business Media; New York NY: 2010. pp. 1–49. (Higher education: handbook of theory and research). [Google Scholar]
- 10.Cunningham C., Pelletier E., Strover S. 2-1-1 state by state: a periodic report on the national implementation of three digit-accessed telephone information and referral services. www.utexas.edu/research/tipi/reports2/211statebystatefebruary2002a.pdf
- 11.Indiana 211 Partnership, Inc. Fact sheet. www.iue.edu/area9/news/press_releases/120108%20211%20factsheet.pdf
- 12.Shank N. 2-1-1 in the Mid South Delta: a collective case study. ppc.unl.edu/userfiles/file/Documents/projects/211MidSouthDeltaCollectiveCaseStudy/2-1-1%20in%20the%20Mid%20South%20Delta%20Collective%20Case%20Study.pdf
- 13.United Way of America Advancing the common good: United Way policy agenda for the 111th Congress. 2008. www.uwsepa.org/publicpolicy/documents/UWA_111thCongress_Policy_Agenda.pdf
- 14.Levin H.M., McEwan P.J. 2nd ed. Sage; Thousand Oaks CA: 2001. Cost-effectiveness analysis: methods and applications. [Google Scholar]
- 15.Smith K.B. Economic techniques. In: Moran M., Rein M., Gooden R., editors. The Oxford handbook of public policy. Oxford University Press; Oxford, UK: 2006. pp. 729–745. [Google Scholar]
- 16.Hummel-Rossi B., Ashdown J. The state of cost-benefit and cost-effectiveness analyses in education. Rev Educ Res. 2002;72(1):1–30. [Google Scholar]
- 17.Archer J., Southall N. Does cost–benefit analysis or self-control predict involvement in bullying behavior by male prisoners? Aggress Behav. 2009;35(1):31–40. doi: 10.1002/ab.20283. [DOI] [PubMed] [Google Scholar]
- 18.Blizzard J.C., Michels J.E., Richardson W.H., Reeder C.E., Schulz R.M., Holstege C.P. Cost-benefit analysis of a regional poison control center. Clin Toxicol. 2008;46(5):450–456. doi: 10.1080/15563650701616145. [DOI] [PubMed] [Google Scholar]
- 19.Duff P., Dolphin C. Cost-benefit analysis of assistive technology to support independence for people with dementia—Part 1: Development of a methodological approach to the ENABLE cost-benefit analysis. Technol Disabil. 2007;19(2/3):79–90. [Google Scholar]
- 20.Ipsen C., Ravesloot C., Seekins T., Seninger S. A financial cost-benefit analysis of a health promotion program for individuals with mobility impairments. J Disabil Policy Stud. 2006;16(4):220–228. [Google Scholar]
- 21.Shank N.C., Rosenbaum D.I. Examining the potential benefits of a 2-1-1 system: quantitative and other factors. Inform Referral. 2003;25:1–26. [Google Scholar]
- 22.Saxton M.L., Naumer C.M., Fisher K.E. 2-1-1 Information services: outcomes assessment, benefit–cost analysis, and policy issues. Gov Inf Q. 2007;24:186–215. [Google Scholar]
- 23.Graham E., Shipan C.R., Volden C. The diffusion of policy diffusion research. psweb.sbs.ohio-state.edu/faculty/cvolden/GSVDiffusionResearch.pdf
- 24.Walker J.L. The diffusion of innovation among the American states. Am Polit Sci Rev. 1969;63(3):880–899. [Google Scholar]
- 25.Rogers E.M. 4th ed. Free Press; New York NY: 1995. Diffusion of innovations. [Google Scholar]
- 26.Berry F.S., Berry W.D. Adoptions as policy innovations: an event history analysis. Am Polit Sci Rev. 1990;84(2):395–415. [Google Scholar]
- 27.Berry F.S., Berry W.D. Innovations and diffusion models in policy research. In: Sabatier P.A., editor. Theories of policy process. Westview; Boulder CO: 2007. pp. 223–260. [Google Scholar]
- 28.Walker RM, Avellaneda C, Berry FS. Explaining the diffusion of innovation types amongst high and low innovative localities: a test of the Berry and Barry model. Proceedings of the 7th Public Management Research Association Conference; 2007 Oct; Tucson, AZ.
- 29.Boehmke F.J., Witmer R. Disentangling diffusion: the effects of social learning and economic competition on state policy innovation and expansion. Polit Res Q. 2004;57(1):39–51. [Google Scholar]
- 30.Mintrom M., Vergari S. Policy networks and innovation diffusion: the case of state education reforms. J Polit. 1998;60(1):126–148. [Google Scholar]
- 31.Imhof S.L., Kaskie B. Promoting a “good death”: determinants of pain-management policies in the U.S. J Health Polit Policy Law. 2008;33(5):907–941. doi: 10.1215/03616878-2008-024. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 32.Crain R.L. Fluoridation: diffusion of an innovation among cities. Soc Forces. 1966;44(4):467–476. [Google Scholar]
- 33.Glicka H.R., Hays S.P. Innovation and reinvention in state policymaking: theory and evolution of living will laws. J Polit. 1991;53(3):835–850. [PubMed] [Google Scholar]
- 34.Shipan C.R., Volen C. The mechanisms of policy diffusion. Am J Polit Sci. 2008;52(4):840–857. [Google Scholar]
- 35.Balla S.J. Interstate professional associations and the diffusion of policy innovations. Am Polit Res. 2001;29(3):221–245. [Google Scholar]
- 36.Haas P.M. Introduction: epistemic communities and international policy coordination. Int Organization. 1992;46(1):1–35. [Google Scholar]
- 37.Stone D. Non-governmental policy transfer: the strategies of independent policy institutes. Governance. 2000;13(1):45–62. [Google Scholar]
- 38.Finnemore M. International organizations as teachers of norms: the United Nations educational, scientific, and cultural organization and science policy. Int Organization. 1993;47(4):565–597. [Google Scholar]
- 39.Freeman P.K. Interstate communication among state legislators regarding energy policy innovation. Publius. 1985;15(4):99–112. [Google Scholar]
- 40.Weible C.M. Expert-based information and policy subsystems: a review and synthesis. Policy Stud J. 2008;36(4):615–635. [Google Scholar]
- 41.Mooney C.Z. Information sources in state legislative decision making. Legislative Stud Q. 1991;16(3):445–455. [Google Scholar]
- 42.King C.T., O'Shea D.P., Betsinger A.M. The value of a comprehensive Texas information and referral network. www.utexas.edu/research/cshr/rmc1/index.php/publications/all-publications/257-the-value-of-a-comprehensive.html?catid=12%3Aabout
- 43.University of Nebraska Public Policy Center Final 211 report: survey of existing I&R services and a Nebraska 211 system cost/benefit analysis. ppc.unl.edu/userfiles/file/Documents/projects/Nebraska211/211_fullreport-reduced.pdf
- 44.O'Shea D.P., Kegler L., King C.T. The value of a comprehensive Texas information and referral network: August 2000 update. www.utexas.edu/research/cshr/pubs/pdf/INR2000Fnl.Rev.pdf
- 45.PSComm, LLC Maryland 2-1-1: benefits and costs of a 2-1-1 system for Maryland. www.cairs.org/211/pdf/2-1-1%20Cost%20BenefitsMaryland.pdf
- 46.O'Shea D., King C.T., Greenfield S. National benefit/cost analysis of three digit-accessed telephone information and referral services: final report. www.utexas.edu/research/cshr/pubs/pdf/211costanalysis.pdf
- 47.Fisher K.E., Saxton M., Naumer C., Pusateri C. WIN 2-1-1: performance evaluation and cost-benefit analysis of 2-1-1 I&R systems. ibec.ischool.washington.edu/static/win211.pdf
- 48.Arkansas 211 Arkansas 211 system cost/benefit analysis. www.arkansas211.org/images/docs/Arkansas_211_SYSTEM_COST_BENEFIT.pdf
- 49.Souke J., Takenaka A., Roberts B., Ng C. Benefit/cost analysis of Aloha United Way's 211 program. www.211us.org/documents/MalamaConsultingFinalReportForAUW.pdf
- 50.Michigan 2-1-1 Michigan 2-1-1 business plan. www.uwmich.org/Portals/0/docs/Michigan%202-1-1%20Business%20Plan_February%202011.pdf
- 51.National Association of State Units on Aging Aging network involvement in 211. www.nasuad.org/documentation/I_R/agingnetworkinvolvementin211.pdf
- 52.Civil Society Consulting Group LLC, Venture Architects Washington Information Network 211 business plan. win211.org/docs/WIN211WABusinessPlan.pdf
- 53.Kincaid B., James H. United Way 2-1-1 of the Peninsulas business plan. www.win211.org/docs/WIN211PeninsulasBusiness%20Plan.pdf
- 54.2-1-1 California 2-1-1 California partnership business plan. www.helpcentral.org/pdf/2-1-1AcrossCaliforniaby2010_06.pdf
- 55.Michigan Association of United Ways Michigan 2-1-1 business plan. www.uwmich.org/Portals/0/docs/MI%202-1-1%20Business%20Plan.pdf
- 56.United Way of Southeastern Pennsylvania Policy brief: how does 211 reduce state spending? 198.92.85.20/communityimpact/publicpolicy/Does 211 save taxpayers kg.doc
- 57.Pennsylvania 2-1-1 Pennsylvania 2-1-1 business plan. www.uwbucks.org/images/Documents/211PAFinalBusinessPlan.pdf
- 58.United Way of America 2-1-1 fact sheet. www.211us.org/documents/2-1-1FactSheet04-29-09.pdf
- 59.Kentucky 2-1-1 Kentucky 2-1-1 strategic business plan. www.uwky.org/files/KY211BusinessPlan.pdf
- 60.Strom S. After hurricanes, support grows for 211 call service. New York Times (1923-Current file) 2005 Nov 20:24. [Google Scholar]
- 61.Hird J.A. Policy analysis for what?: The effectiveness of nonpartisan policy research organizations. Policy Stud J. 2005;33(1):83–105. [Google Scholar]
- 62.Tyran J.-R., Sausgruber R. The diffusion of policy innovations—an experimental investigation. J Evol Econ. 2005;15:423–442. [Google Scholar]
- 63.United Way Worldwide Putting the 2-1-1 coverage map in context. www.unitedwayofmpm.org/sites/unitedwayofmpm.oneeach.org/files/2-1-1_Coverage_Map-March_2010.pdf
- 64.Economic Research Service, U.S. Department of Agriculture Rural income, poverty, and welfare: summary of conditions and trends . webarchives.cdlib.org/sw1rf5mh0k/http://www.ers.usda.gov/Briefing/IncomePovertyWelfare/Overview.htm
- 65.United Way/AIRS After the storms: 2-1-1 stories from the 2005 hurricane season: United Way of America. www.211us.org/documents/AfterStorms.pdf
- 66.United Way/AIRS Trial by fire: how 2-1-1's regional response to the 2007 Southern California wildfires underscored the need for a statewide network. www.211la.org/wp-content/uploads/2011/02/2-1-1-CA_uw_TrialByFire_FINAL_HI_RES1.pdf