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Practitioner and Practice Characteristics of Certified Professional Midwives in the United States: Results of the 2011 North American Registry of Midwives Survey

Wiley
Journal of Midwifery & Women's Health
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Abstract and Figures

Introduction: No data describing certified professional midwives (CPMs) currently exist in the literature, although CPMs attend the majority of home births in the United States. This study addresses this gap by assessing the demographics, education levels, routes to certification, and practice characteristics of currently practicing CPMs. Methods: Data were collected from a survey of CPMs conducted by the North American Registry of Midwives (NARM) between July and October 2011. In order to assess generalization to the entire population of practicing CPMs, we also completed a nonresponse bias analysis. We examined midwives' demographic, education, certification, and practice characteristics using descriptive and nonparametric, bivariable statistics. Results: More than 90% of the 568 respondents attended at least some college, and 47.1% hold a bachelor's degree or greater. CPMs spent a median of 3 years (interquartile range, 2-5 years) in training before attending births as a primary midwife. However, 38.9% of currently practicing CPMs had less than 3 years of training. Regarding pathways to certification, 48.5% utilized the portfolio evaluation process (PEP); 36.9% graduated from a Midwifery Education and Accreditation Council (MEAC)-accredited school; 14.5% were already licensed by a state as a direct-entry midwife; and 0.7% were already a certified nurse-midwife or certified midwife, although many CPMs reported a blended education pathway. One-fifth (21%) of respondents identified as midwives of color. Whereas nearly one-third (31.8%) of CPM respondents reported that 95% or more of their clients were white, 5.2% serve populations that are 90% or more nonwhite. CPMs of color are significantly more likely to serve clients of color (P < .001). Discussion: Training and nonmidwifery education levels of most CPMs practicing in the United States align with the Global Standards for Midwifery Education established by the International Confederation of Midwives, although there are still clear areas for improvement.
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Journal of Midwifery & Womens Health www.jmwh.org
Original Research
Practitioner and Practice Characteristics of Certified
Professional Midwives in the United States: Results of the 2011
North American Registry of Midwives Survey
Melissa Cheyney, PhD, CPM, LDM, Christine Olsen, PhD, Marit Bovbjerg, PhD, Courtney Everson, PhD,
Ida Darragh, CPM, Brynne Potter
Introducti on: No data describing certified professional midwives (CPMs) currently exist in the literature, although CPMs attend the majority of
home births in the United States.This study addresses this gap by assessing the demographics, education levels, routes to certification, and practice
characteristics of currently practicing CPMs.
Methods: Data were collected from a survey of CPMs conducted by the North American Registry of Midwives (NARM)b etweenJuly and October
2011. In order to assess generalization to the entire population of practicing CPMs, we also completed a nonresponse bias analysis. We examined
midwives’ demographic, education, certification, and practice characteristics using descriptive and nonparametric, bivariable statistics.
Results: More than 90% of the 568 respondents attended at least some college, and 47.1% hold a bachelor’s degree or greater. CPMs spent a median
of 3 years (interquartile range, 2-5 years) in training before attending births as a primary midwife. However, 38.9% of currently practicing CPMs
had less than 3 years of training. Regarding pathways to certification, 48.5% utilized the portfolio evaluation process (PEP); 36.9% graduated from
a Midwifery Education and Accreditation Council (MEAC)-accredited school; 14.5% were already licensed by a state as a direct-entry midwife;
and 0.7% were already a certified nurse-midwife or certified midwife, although many CPMs reported a blended education pathway. One-fifth
(21%) of respondents identified as midwives of color. Whereas nearly one-third (31.8%) of CPM respondents reported that 95% or more of their
clients were white, 5.2% serve populations that are 90% or more nonwhite. CPMs of color are significantly more likely to serve clients of color
(P!.001).
Discussion: Training and nonmidwifery education levels of most CPMs practicing in the United States align with the Global Standards for Mid-
wifery Education established by the International Confederation of Midwives, although there are still clear areas for improvement.
JMidwiferyWomensHealth2015;00:112 c!2015 by the American College of Nurse-Midwives.
Keywords: accreditation, certification, demography, educational status, home childbirth, midwifery
INTRODUCTION
In 2001, the American Public Health Association called for
increased access to home and birth center births attended
by legally regulated and nationally certified midwives.1At
that time, less than 1% of all births in the United States
were occurring in homes and birth centers. However, over
the last decade, out-of-hospital births have increased by
56%,2,3 reaching 1.36% of all US births in 2012. Of these, 66%
(n =35,184 in 2012) were home births3attended primarily
by direct-entry midwives, including certified professional
midwives (CPMs).2Ye t , a l t h o ug h t h e r e e x i s t s a l a r g e b o d y
of literature on the training, credentialing, and associated
maternity care outcomes for certified nurse-midwives
(CNMs) attending births across all settings—home,4–6 birth
center,7–9 and hospital,10–12—comparatively little is known
about training, credentialing, and associated maternity care
outcomes for CPMs (for exceptions, see Cheyney et al13 and
Johnson and Daviss14). This article begins to address this gap
by reporting findings from the 2011 North American Reg-
istry of Midwives (NARM) Survey—a collaborative project
Address correspondence to Melissa Che yney, PhD, CPM, LDM, Depart-
ment of Anthropology, Oregon State University, Waldo Hall 238, Corval-
lis, OR 97331. E-mail: melissa.cheyney@oregonstate.edu
between NARM, the certifying organization for CPMs, and
researchers at Oregon State University.
In 2013, the International Confederation of Midwives
(ICM) amended their Global Standards for Midwifery
Education15 as part of their ongoing efforts to strengthen
midwifery worldwide by ensuring the preparation of highly
qualified midwives capable of providing evidence-based care
to women, newborns, and families. ICM developed these
standards with the goal of assisting 3 groups of potential users:
1) countries without basic midwifery education working to
establish programs to meet the need for qualified providers;
2) countries with basic midwifery education programs that
vary in content and quality that aim to improve and/or stan-
dardize the quality of midwifery education; and 3) countries
with standards for midwifery education that would benefit
from a clear set of minimum standards by which to evaluate
the existing programs.
In the United States today, CPMs are regulated in only 28
states, making any coordinated, national assessment of CPM
quality and preparedness challenging. The 2011 NARM Sur-
vey was designed to examine 3 research questions: 1) who are
CPMs in the United States, and how are they getting their ed-
ucation? 2) are there differences between CPMs practicing in
regulated and unregulated states in terms of training routes
or nonmidwifery education levels? and 3) who are CPMs
1526-9523/09/$36.00 doi:10.1111/jmwh.12367 c!2015 by the American College of Nurse-Midwives 1
More than 90% of currently practicing certified professional midwives (CPMs) attended at least some college, and 47.1%
hold a bachelor’s degree or greater.
CPMs spent a median of 3 years (intraquartile range, 2-5 years)intrainingbeforebeginningtoattendbirthsasaprimary
midwife; 61% met the International Confederation of Midwives-recommended 3 years of training.
CPM pathways to certification varied: 48.5% utilized the portfolio evaluation process (PEP); 36.9% graduated from an
accredited school; 14.5% were already licensed by a state as a direct-entry midwife; and 0.7% already were a certified
nurse-midwife or certified midwife.
Whereas 31.8% of CPM respondents reported that 95% or more of their clients were white, 5.2% serve populations that are
90% or more nonwhite. CPMs of color are significantly more likely to serve clients of color (P!.001).
serving and how do they practice? This article uses data from
the 2011 NARM Survey and was designed to assess the de-
gree to which US CPMs meet the ICM education standards,
which have been endorsed by both the American College of
Nurse-Midwives (ACNM) and the American College of Ob-
stetricians and Gynecologists. A concurrent, nonresearch aim
was to provide updated information about the CPM creden-
tial; such information does not currently appear in the peer-
reviewed literature.
The Certified Professional Midwife Credential in
Social and Historical Context
The United States is unique cross-culturally in having 3 cre-
dentialing routes within the profession of midwifery: the
CNM, the certified midwife (CM), and the CPM (Table 1).
Although largely distinct, these credentials do share a few key
similarities. For example, all have standards for nationally ac-
credited certification and distinguish themselves from lay or
traditional midwives who practice without having demon-
strated the ability to meet formal training and certification
requirements. The CPM, CNM, and CM credentials are ac-
credited by the National Commission for Certifying Agencies,
which is the accrediting arm of the Institute of Credentialing
Excellence.
Key differences between these credentials are tied to
the unique cultural and sociopolitical histories of obstetrics
and regional midwifery traditions in the United States (see
Craven16 for an excellent recent review). The majority of
CNMs/CMs attend births in hospitals, with a smaller number
attending home and birth center births. In addition to
maternity care, CNMs provide primary and gynecologic care.
CPMs, in contrast, provide home- and birth center-based
maternity care, with their scope of practice commonly limited
to the childbearing year.17,18 The CPM credential is also more
recent than the CNM credential. The national certification
examination to confer the CNM credential was instituted
by ACNM in 1971,19,20 whereas the first CPMs were not
credentialed until 1994.21,22 Additionally, although CNM
applicants must first hold a bachelor’s degree and registered
nurse license, NARM requires a high school diploma or the
equivalent as the basis of entry into training for the profession.
Unlike nurse-midwifery education programs, there is only
one university-based CPM training option (Bastyr University,
Kenmore, WA).
NARM’s approach to certif ication of CPMs relies on
highly flexible, competency-based pathways, which require
students to attain essential knowledge, skills, and experience
but allows them to do so through a variety of means, includ-
ing accredited brick-and-mortar schools, accredited distance
learning programs, self-study, apprenticeship with a senior
midwife preceptor(s), and/or internship at a birth center(s).
As a result, it is possible to acquire the CPM credential with-
out ever having attended a formal, accredited midwifery ed-
ucation program.23,24 The competency-based approach used
by NARM focuses on what has been learned, independently
of where or how it was learned, and whether a candidate
can successfully apply knowledge and skills in various clini-
cal enocunters.15,25,26 CPM credentialing is premised on this
type of competency-based education27 for both ideological
and practical reasons. It was designed to ameliorate the 3
key barriers to training described by prospective CPMs: for-
mal, accredited schools are few and far between (10 nation-
wide at the time of this writing), are very expensive relative to
the income a practicing CPM can hope to generate, and are
unavailable in regions of the United States where CPMs are
unregulated.
Routes to the Certified Professional Midwife
Credential
Prospective CPMs document the qualifications needed to sit
for the NARM examination through multiple routes; the 2
primary routes are the Portfolio Evaluation Process (PEP)
and graduation from a program accredited by the Midwifery
Education Accreditation Council (MEAC). NARM has also
evaluated requirements and set criteria for reciprocity for
midwives licensed through state established programs that
predate the CPM credential, midwives who are CNMs/CMs,
and some internationally educated midwives. In the former
case, the state criteria for licensure must meet or exceed
those set by NARM for entry-level CPMs, and the National
Assessment Institute must have deemed the state licensure
examination equivalent to the NARM examination.
2Vol u me 0 0, No. 0 , x xx 2 0 15
Table 1. Credentia ling Routes for the Midwifery P rofession in the United Sta tes
Certied Certied Professional
Nurse-Midwife Certied Midwife Midwife
Professional Association(s) ACNM ACNM MANA and NACPM
Certification Requirements 1. Graduation from an accredi-
tedanurse-midwifery educa-
tion program;
and
2. Verification of education pro-
gram completion;
and
3. Current RN license
1. Graduation from an accred-
itedamidwifery education
program;
and
2. Verification of education pro-
gram completion
1. Completion of NARM’s
Portfolio Evaluation Pro-
cess pathway;
or
2. Graduation from an
accreditedbmidwifery
education program;
or
3. AMCB-certified CNM or
CM;
or
4. Completion of state licen-
sure program
Certifying OrganizationcAMCB AMCB NARM
Legal StatusdLegally permitted to practice in
all 50 states, District of
Columbia, and US territories
Legally permitted to practice in
New Jersey, New York, Rhode
Island. Delaware, Missouri
Legally permitted to
practice in 28 states
Abbrev iation s: ACNM, A merican College of Nurse-Mi dwives; ACME, Ac credit ation C ommission for Mi dwife ry Education; AMCB, Am erican Midwi fery C ertification
Board; CNM, certified nurse-midwife; CM, certified midwife; CPM, certified professional midwife; MANA, Midwives Alliance of North America; MEAC, Midwifer y
Education Accreditation Council; NACPM, National Association of Certified Professional Midwives; NARM, North American Registry of Midwives; RN, registered nurse.
Source: American College of Nurse-Midwives.19
aThe program must be accredited by ACME. ACME is authorized by the US Department of Education to accredit midwifery education institutions and programs.
bThe program must be accredited by MEAC. MEAC is authorized by the US Department of Education to accredit midwifery education institutions and programs.
cBoth AMCB and NARM are accredited by the National Commission for Certifying Agencies.
dPractice is considered legally permitted if licensure, permit, registration, or certification is avai lable at the state level.
CPM applicants who have not completed a MEAC-
accredited midwifery program (and are not already
CNMs/CMs or state licensed) must demonstrate their
skills through the PEP, which is a comprehensive evaluation
method for documenting the skills, knowledge, and com-
petencies of the midwife candidate (Table 2). There are 3
PEP categories: entry-level, internationally educated, and
experienced midwives. The entry-level PEP requirements in-
clude documentation that the candidate has fulfilled NARM’s
general education requirements; verification from NARM-
approved preceptors that the candidate is proficient in
the skills, knowledge, and abilities required by the profes-
sion; certification in adult cardiopulmonary resuscitation
(CPR) and neonatal resuscitation; affidavits from preceptors
attesting that the candidate has developed and utilized
practice guidelines, informed disclosure documents,28 and
an emergency care plan; 3 professional letters of reference;
completion of a cultural competency course; and a passing
score on the NARM skills assessment practical examination.
Internationally educated PEP candidates must demonstrate
educational validation on approved International Credential
Associations, Inc. forms; verification of skills and experiences
as a primary midwife or primary under supervision; satis-
faction of skills verification requirements; certification in
adult CPR and neonatal resuscitation; written verification of
practice guidelines, emergency care plans, informed disclo-
sure, and informed consent documents; and completion of a
cultural competency course. Candidates applying through the
experienced midwife PEP route must demonstrate extensive
out-of-hospital birth experience; satisfaction of skills verifi-
cation requirements; certification in adult CPR and neonatal
resuscitation; written verification of their practice guidelines,
emergency care plans, informed disclosure, and informed
consent documents; and completion of a cultural competency
course. Once all requirements have been completed success-
fully and documentation verified, the candidate may sit for
the NARM written examination, which, if passed, is the final
step in the process of qualifying to earn a CPM credential.
Alternatively, aspiring midwives may establish their can-
didacy through successful completion of a MEAC-accredited
midwifery education program. All MEAC-accredited schools
in the United States incorporate NARM competency require-
ments into their curricula and are reviewed every 3 to 5
years to verify that students are provided with the necessary
learning opportunities and are being taught and evaluated
by qualified faculty. Students in MEAC-accredited schools
receive 4 benefits that students who utilize the PEP are
not necessarily guaranteed: faculty standards and oversight;
fiduciary solvency; access to Title IV federal financial aid; and
formal evaluation of curriculum adherence to the compe-
tencies outlined by NARM and the ICM. MEAC-accredited
programs vary in terms of instructional delivery and may
include classroom-based courses, online courses, hybrid
classroom/online courses, and/or independent study. In all
Journal of Midwifer y & Women’s Health !www.jmwh.org 3
Table 2. Current NARM Requirements for Entry-L evel PEP for
CPM Credentia ling
Activitya
Attend a nce at bir th sa,b
10 as an observer (in any capacity, any setting)
20 as an assistant under supervision
25 as primary midwife under supervisionc
Prenatal visitsa
25 as an assistant under supervision
75 as primary midwife under supervision
Postpartum visitsa
10 as an assistant under supervision
40 as primary midwife under supervision
Newborn exami na tionsa
20 as an assistant under supervision
20 as primary midwife under supervision
At lea st 2 y ea rs of supervi se d practi ce
Ve r i ca ti o n o f ma st e r y i n c o m pr e h e n s iv e kn o w l e d ge a n d s k i l l s
core competencies essentia l for safe midwifery practice,
includes >750 individual skills assessed through practice
examination
Completion of an approved module on cultural competency for
health professionals
Maintain a dult CPR certica tion and neonata l resuscitation
certica tion
High school diploma or e quiv alent
Abbreviations: CM, certified midwife; CNM, certified nurse-midwife; CPM,
certified professional midwife; CPR, cardiopulmonary resuscitation; LM, licensed
midwife; NARM, North American Registry of Midwives; PEP, Portfolio
Examination Process.
aAttendance of these clinical activities as either an assistant or primary must be
engaged under the supervision of a qualified preceptor who must be credentialed
as a CPM, CNM, CM, or LM. The preceptor must have an additional 3 years of
experience or 50 births, including 10 continuity of care births, beyond the
experience requirements for CPM certification. Preceptors must have attended at
least 10 births in the last 3 years and be approved by NARM. Numbers of births,
visits, and examinations represent minimal requirements.
bWithi n these bir th requirem ents, a mini mum of 5 home births mus t be atte nded
in any role, and a minimum of 2 planned hospital births must be attended in any
role in order to meet the “experience in specific settings” subrequirement.
cAt least 5 of these births must be with full continuity of care, and 10 more must be
with at least one prenatal visit under supervision. Full continuity of care is defined
as being primary midwife under supervision for 5 prenatal appointments across 2
trimesters, the labor and birth, the newborn examination, and 2 postpartum
examinations within the first 6 weeks of the birth for a given client.
MEAC-accredited programs, clinical education takes place
in home or birth center settings, and students’ skills are
verified by program-approved preceptors during the provi-
sion of supervised care or by using simulation rather than
via the skills examination used by PEP-route candidates.
Graduates of MEAC-accredited programs are eligible to
take the NARM written examination, which they, like their
PEP-route counterparts, must pass in order to have the CPM
credential conferred. In addition, students in MEAC-
accredited programs may concurrently earn a certificate or
an associate’s, bachelor’s, or master’s degree in midwifery,
depending on the program.
Peterson29 has argued that a comparison of CPM certifi-
cation requirements with those of CNMs/CMs indicates that
both branches of professional midwifery in the United States
utilize similar core competencies; have established similar
clinical training requirements; and use examinations nearly
identical in terms of content, structure, and depth and breadth
of knowledge required. Yet, the CPM credential, and particu-
larly the PEP routes to certification, remains controversial.30
The main argument against use of the PEP is that it is not
an accredited education pathway because it relies primarily
on summative and not formative processes; thus, it cannot be
seen as a training program but simply as a postlearning eval-
uation process. In addition, although the CPM credential is
accredited, the PEP itself is not.
METHODS
Data Collection
The data reported here come from a survey conducted
between July and October 2011. All then-current CPMs were
sent an e-mail and postcard invitation from the NARM board
in July 2011. The invitation included an explanation of why
NARM was conducting the survey, a link to the Web-based
survey, and an incentive for participation (5.0 continuing
education units to be applied upon completion of the survey).
Aremindere-mailwassent2weeksaftertheinitialinvitation,
and a final reminder was sent 2 weeks after that. The survey
included 73 items and solicited information about practice
style, education, and routes to the credential (56 items);
demographic characteristics (5 items); and CPMs’ opinions
regarding potential changes to credentialing standards (12
items). Questions used either 4- or 5-point Likert scale
answer options or allowed semistructured, open-ended re-
sponses for descriptive replies. A copy of the survey, including
precise question wording, can be viewed online (Supporting
Information: Appendix S1).
Because of a change in study personnel and institutional
review board (IRB) requirements from Oregon State Univer-
sity, a second e-mail invitation was sent to all of the initial re-
spondents in March 2012. This invitation asked respondents
to give explicit consent for their deidentified survey responses
to be shared with external (ie, non-NARM) researchers for
analysis and possible publication.
In order to assess generalizability to the entire popula-
tion of practicing CPMs, we completed a nonresponse bias
analysis.31 This entailed calling a random 10% subsample of
the initial nonrespondents and asking them an abbreviated
version of the survey over the phone. This process was de-
veloped in conjunction with, and approved by, Oregon State
University’s IRB. C ont acting nonres ponders was allowed be-
cause NARM personnel had sole responsibility for the pro-
cess; researchers at OSU were only given aggregated data
from nonresponders. The abbreviated version of the survey
used in the nonresponse bias analysis focused on educa-
tion and routes to the credential, practice characteristics, and
demographics.
Statistical Analyses
We used d e s c ript i v e stat i s t ics to ex a m i ne midw i ves’ b a s ic
demographic, education, and certification characteristics.
We then u s e d c hi-squ a re test s , S pearma n’s c o r rela t i on
4Vol u me 0 0, No. 0 , x xx 2 0 15
coefficients, and point-biserial correlations32 for bivariable
analyses. Point-biserial correlations are mathematically
equivalent to Pearson’s correlation coefficients but com-
pare one continuous variable to one dichotomous variable;
Spearman’s and Pearson’s correlation coefficients require 2
continuous variables.32 All analyses were conducted using
IBM SPSS Statistics version 19.0 (IBM Corp., Armonk, NY).33
RESULTS
The initial invitation was sent to 1391 CPMs and 849 (61%)
responded. Two e-mail invitations bounced, indicating that
2potentialrespondentsdidnothaveaworkinge-mailad-
dress on file with NARM. Of the 849 initial respondents who
received the second e-mail invitation, 568 provided consent
for their responses to be analyzed and 281 did not respond.
Therefore, the final response rate was 41%.
Nonresponder Analysis
The original respondents and the nonrespondent (n =67)
group did not differ in terms of the number of new clients
in the last 3 years, usual fee, number of birth center births
attended in the last 3 years, or number of hospital births at-
tended in the last 3 years (P".20 for all). There were also
no significant differences in the number of home births at-
tended in the last 3 years (P=.13), whether the midwife
carries malpractice insurance (P=.12), the level of non-
midwifery education (P=.07), whether the midwife identi-
fied as a person of color (P=.08), or the certification route
(P=.09), although these might have become statistically sig-
nificant if additional nonresponders were sampled. The full
subset of nonrespondent’s questions is noted in the complete
survey (see Supporting Information: Appendix S1).
Demographic Characteristics
Nearly all respondents (99.8%) were female, although a few
male CPMs are currently practicing in the United States.
Twe nty-one pe rce nt of res pon dents i dentif ied a s per sons of
color, a category that included Native American/Alaskan
Native, Asian, black, Native Hawaiian/Pacific Islander, and
Hispanic/Latina (Table 3). The median age at which respon-
dents began attending births as a primary midwife was 31
years (intraquartile range [IQR], 27-37). More than 90% of
respondents attended at least some college; 47.1% have a
bachelor’s degree or greater; and 30.6% completed additional
formal education after receiving the CPM credential. Many
respondents (42.1%) reported being involved in midwifery
advocacy and more than half (54.6%) in midwifery education.
Survey responses came from midwives living in all states,
except for Mississippi, Rhode Island, Wyoming, and the
District of Columbia.
Training an d Certification
Survey respondents represent a wide range of training and
experience pathways leading to application for certification.
Respondents reported spending a median of 3 years (IQR,
2-5 years) in training before beginning to attend births as a
Table 3. Participant a nd Prac tice Chara cteristics of 568 Certied
Professional Midwives
Characteristic
Gender, %
Female 99.83
Male 0.17
Race/ethnicity, %
Persons of Color 21
White 79
Highest level of educa tion, %
Graduate degree (MS, PhD, DNP) 12.1
Graduate-level midwifery training
(CNM/CM)
0.8
Bachelor’s degree (BA or BS) 34.2
RN degreea5.3
Some college (includes AD) 38.1
High school diploma or equivalent 8.9
Did not complete high school 0.5
Age when began attending births as a primary
midwife without supervision, median
(IQR), y
31 (27-37)
Length of tra ining before attendingbirths as
aprimarymidwifewithoutsupervision,
median ( IQR), y
3(2-5)
Route to certication used when a pplying for the CPM
credential, %
Portfolio e valuation process 48.5
Entry-level 29.8
Experienced midwife 17.5
Internationally educated midwife 1.3
Graduation from a MEAC-accredited
school
36.9
Already licensed by a state as a direct-entry
midwife
14.5
Already a CNM or CM 0.7
Tot a l c o st o f m i dw if e r y e d uc a t i o n a n d
training, median (IQR, range)
$15,000
($5,000-
$20,000,
$0-$100,000)
Reside in sta te that licenses and regula tes
CPMs, %
76.2
Participa tion, %
Midwifery advocacy 42.1
Midwifery education 54.6
Practiced within the last 3 years, % 86.2
Clients with whom care was initiated in the
preceding 3 years regardless of setting,
median ( IQR), n
40 (10-82)
(Continued.)
Journal of Midwifer y & Women’s Health !www.jmwh.org 5
Table 3. Participant a nd Prac tice Chara cteristics of 568 Certied
Professional Midwives
Characteristic
Attend h ome bir ths, % 82.4
Home births attended in the preceding
3years,median(IQR),n
31 (10.25-67)
Attend b ir th cent er bir ths, % 26.9
Birth center births a ttended in the preceding
3years,median(IQR),n
22 (5-63.75)
Attend h ospita l births, % 12
Hospita l births a ttended in the preceding
3years,median(IQR),n
3 (1.5-13)
Birth types attended, %
Vaginal birth after cesarean 86.9
Twi ns 36.4
Planned vaginal breech births 62.4
Ty pe o f p ra c t i ce , %
Solo 64.8
Partnership with another fully trained
midwife
21.4
Group practice of 3 or more midwives 13.8
Not eligible for Medica id rei mbur sement, % 72.8
Usua lly receive i nsurance reimbursement, % 25.3
Provider fee (excluding fa cility fees), media n
(IQR)
$3000 ($2200-
$3500)
Geographic area of client base, %
Urban 30. 7
Rural 32.5
Suburban 36.8
Race/ethnicity composition of client base served, %
95% or more of clients are white 31.8
90% or more are nonwhite 5.2
Abbreviations: AD, associate’s degree; BA, bachelor of arts; BS, bachelor of science;
CM, certified midwife; CNM, certified nurse-midwife; CPM, certified professional
midwife; DNP, doctor of nursing practice; IQR, intraquartile range; MEAC,
Midwifery Education Accreditation Council; MS, master of science; PhD, doctor of
philosophy; RN, registered nurse.
aThe researchers recognize that RN is a licensure and not a degree. However, this is
how the answer choice was worded on the survey. Midwives indicating RN degree
as their highest level of education were not counted as having completed a
bachelor’s degree, although it is likely that several in fact did.
primary midwife without supervision, and 38.9% of respon-
dents had less than 3 years of training prior to assuming this
role. A small number of participants (5.7%) reported zero
years in practice before operating as primary without super-
vision.
Respondents were asked which route to certification they
used when applying for the CPM credential. Nearly half
(48.5%) indicated PEP (29.8% entry level, 17.5% experienced
midwife, 1.3% internationally educated midwife); 36.9% grad-
uated from a MEAC-accredited school; 14.5% were already
licensed by a state as a direct-entry midwife; and 0.7% were
already a CNM or CM. Because the CNM/CM group consti-
tuted just 4 individuals, they were excluded from all further
analyses. The highest level of education achieved was com-
pared between the PEP, MEAC-accredited school, and state li-
censed midwife pathway groups; and no significant difference
was found (Table 4). However, there were some differences in
training and educational experiences used toward certifica-
tion among these groups (Table 5). Midwives who utilized the
MEAC-accredited school pathway more commonly reported
acquiring at least half of their training in birth centers or inter-
national clinics and via onsite and online schools. Conversely,
PEP-pathway CPMs more commonly reported acquiring at
least half of their training via home birth apprenticeship. Table
6showcasesaselectionof10differenteducationpathways,as
described by 10 individual survey participants, illustrating the
complexity and variation in how prospective CPMs acquire
their training, regardless of route to certification.
Respondents were also asked to estimate the total cost
of their midwifery education and training; the median was
$15,000 (IQR, $5,000-$20,000; range $0-$100,000). A number
of survey questions asked respondents about the mix of dif-
ferent training experiences; results are presented in Table 7.
Briefly, 71.5% of midwives (n =405) reported attending a
midwifery school of some sort (onsite, online, and/or cor-
respondence) for at least part of their training; 86.7% (n =
491) reported that a home birth apprenticeship constituted at
least part of their training; and 53.4% (n =302) received at
least some training at a birth center. In addition, 43.3% (n =
245) reported at least some hospital-based training. Almost
all midwives supplemented their formal didactic and clini-
cal skills training with self-study, formal study groups, and/or
workshops.
The regulatory status of the CPM credential in each re-
spondent’s state was also examined to determine if there was
an association with the certification pathway chosen by mid-
wives. The majority of midwives (76.2%) reported residing
in states that license and regulate CPMs. Chi-square analy-
sis showed a significant difference (P!.001) between certi-
fication pathways chosen by midwives residing in regulated
versus unregulated states. The PEP process was more likely
to be used in unregulated states, whereas MEAC-accredited
schools and the state licensed midwife pathway were more
likely to be used in states where CPMs are licensed and
regulated.
Practice Characteristics
Most mi dwives (86.2%) indicated they have been in midwifery
practice within the last 3 years. CPMs who indicated they were
not in active practice within the last 3 years (n =78) were
excluded from analyses of practice characteristics. Respon-
dents were asked to report the number of clients they have
cared for and the number of births they have attended across
all birth sites. Midwives reported initiating care, with a me-
dian of 40 (IQR, 10-82) clients total in the last 3 years. The
majority (82.4%) of CPMs attended home births during this
time frame, with a median of 31 (IQR, 10.25-67) births in
that setting over the preceding 3 years. A smaller proportion
of respondents indicated they attended births in birth centers
(26.9%) and hospitals (12.0%) in the last 3 years. The median
3-year number of birth center and hospital birt hs was 22 (IQR,
5-63.75) and 3 (IQR, 1.5-13), respectively.
6Vol u me 0 0, No. 0 , x xx 2 0 15
Table 4. Education Level by Certica tion Routea
Highest Level of Education PEP, n () MEAC-Accredited school, n () State-Licensed Midwife, n ()
Graduate degree (MS, PhD, DNP) or CNM/CM 31(12.0) 24 (12.2) 9 (11.3)
RN or bachelor’s degree (BA or BS) 93 (35.9) 87 (44.2) 31 (38.8)
Some college (includes AD) 99 (38.2) 76 (38.6) 34 (42.5)
High school diploma or equivalent 33 (12.7) 10 (5.1) 6 (7.5)
Did not complete high school 3 (1.2) 0 (0) 0 (0)
Abbreviations: AD, associate’s degree; BA, bachelor of arts; BS, bachelor of science; CM, certified midwife; CNM, certified nurse-midwife; DNP, doctor of nursing practice;
MEAC, Midwifery Education Accreditation Council; MS, master of science; PEP, Portfolio Evaluation Process; PhD, doctor of philosophy; RN, registered nurse.
aAtable-widePearsonChi-squaretestwasperformed,andnosignificantdifferenceswerefoundinhighestlevelofeducationachievedwhencomparedbyrouteto
certification (x2=12.965, P=.113).
Table 5. Education and TrainingExperiences by Route to Certicationa
Education or Training Experience PEP, bMEAC, bLM, bAll Respondents, b
Home birth apprenticeship 85.5 58.7 81.3 75.1
Birth center 25.1 63.2 48.4 43.3
Hospital 6.0 3.2 5.2 6.0
Onsite school 17.8 69.4 41.1 43.2
Online school 4.6 19.6 11.5 11.2
International clinic 3.0 20.0 8.7 10.8
Abbreviations: LM, licensed midwife; MEAC, Midwifery Education Accreditation Council; PEP, Portfolio Examination Process.
aA table-wide 6 ×3Chi-squaretestwasperformedandsignificantdifferenceswerefoundineducationandtrainingexperienceswhencomparedbyroutetocertification
(P!.001)
bThe percentage of midwives who reported this education or training experience comprised half or more of their educational and training path toward becoming a midwife.
Percentages t otal mo re than 100% because re spond ents answered f or each e ducation and training expe rience sepa rately.
Table 6. Education and Experience Pathways of 10 CPM Survey Participantsa
Aspiring Onsite Online Home Birth Birth International Clinic Verication of Testing and
CPMs SchoolbSchoolbApprenticeship C ente r Hospital Experience Experience and Skills Certication
1√√PEP (entry-level,
experienced, trained
internationally)
NARM
examination
CPM
2√√
3
4√√
5√√
6√√ √
MEAC school graduate
7√√
8√√
9State-licensed midwife
10 √√ CNM or CM
Abbrev iation s: CNM, c erti fied nurse-m idwife; CM, certified midwife; CP M, cer tifie d professional midwife; MEAC, Midwifery E ducation and Acc reditation Council; NARM,
North American Registr y of Midwives; PEP, Portfolio Ev aluation Process.
aOther training and experience activities included self-study, workshops, US clinics, correspondence courses, and study groups.
bThe survey did not distinguish between MEAC-accredited and non-MEAC-accredited schools.
Respondents were asked a variety of additional questions
about their practices. The majority (64.8%) reported operat-
ing as a solo practice, typically attending births with a trained
assistant, apprentice, or both. Some (21.4%) midwives work
in partnerships with another fully trained midwife, whereas a
smaller number (13.8%) reported working in a group of 3 or
more. Those in partnerships and groups also reported that as-
sistants, apprentices, and/or other midwives attend births with
them.
Most respondents (72.8%) indicated that they are not el-
igible for Medicaid reimbursement, and only one respondent
in 4 (25.3%) said that insurance reimbursement was “usually”
received. Respondents were asked how much they charge as
aproviderfee,excludingfacilityfees.ProviderfeesforCPMs
typically include all prenatal, birth, and postpartum care. The
median response was $3000 (IQR, $2200-$3500).
Respondents were also asked about attending vaginal
births after cesarean (VBACs), multiple gestation births, and
Journal of Midwifer y & Women’s Health !www.jmwh.org 7
Table 7. Ty pes o f Tra ini ng Used b y M i dw i v es in P urs u it o f the C P M Cre den tia l
Approx imate Percent of Overall Midwifery Training
Typ e of Tr ai ninga, n (), n (), n (), n (), n () Skipped by Respondent,bn()
Onsite midwifery schoolc180 (34) 69 (13.1) 108 (20.5) 9 (1.7) 32 (6.1) 128 (24.3)
Online midwifery schoolc291 (51.4) 50 (8.8) 23 (4.1) 17 (3.0) 3 (0.5) 182 (32.1)
Correspondence schoolc239 (42.2) 86 (15.2) 66 (11.7) 13 (2.3) 9 (1.6) 153 (27.0)
Self-study 31 (5.5) 167 (29.5) 202 (35.7) 89 (15.7) 15 (2.7) 62 (11.0)
Formal study group 153 (27.0) 207 (36.6) 60 (10.7) 5 (0.9) 0 (0) 141 (24.9)
Workshops 38 (6.7) 362 (64.0) 67 (11.8) 6 (1.1) 0 (0) 93 (16.4)
Home birth apprenticeship 39 (6.9) 93 (16.4) 203 (35.9) 152 (26.9) 43 (7.6) 36 (6.4)
Birth center apprenticeship 148 (26.1) 107 (18.9) 118 (20.8) 60 (10.6) 17 (3.0) 116 (20.5)
Hospital-based
apprenticeship
187 (33.0) 219 (38.7) 20 (3.5) 5 (0.9) 1 (0.2) 134 (23.7)
Short-term,ddomestic,
precepted clinical
experience
272 (48.1) 81 (14.3) 31 (5.5) 4 (0.7) 1 (0.2) 177 (31.2)
Short-term,dinternational,
precepted clinical
experience
274 (48.4) 107 (18.9) 14 (2.5) 3 (0.5) 1 (0.2) 167 (29.5)
Long-term,edomestic,
precepted clinical
experience
266 (47.0) 18 (3.2) 31 (5.5) 41 (7.2) 18 (3.2) 192 (33.9)
Long-term,einternational,
precepted clinical
experience
318 (56.2) 9 (1.6) 4 (0.7) 18 (3.2) 17 (3.0) 200 (35.3)
Abbrev iation s: MEAC, M idwifery Edu cation and Accre ditation Coun cil.
aSome types might be counted more than once. For example, a birth center preceptorship might also have been counted as either a short- or long-term, domestic or
international clinic training site. Exact wording for these and all other survey questions are available in Supporting Information: Appendix S1.
bBecause the proportion of skipped answers for any given type of training was so high, we looked closely at these data. It seems as though many respondentssimplyskipped
all that did not apply to them rather than taking the time to check every box where the answer was zero.
cThe survey did not distinguish between MEAC-accredited and non-MEAC-accredited schools.
dLess than 6 months.
eGreater than 6 months.
planned vaginal breech births. The majority of CPMs in the
sample (86.9%) reported that they attend VBACs. Of those,
83.2% had done so within the last 3 years, with a median
of 3 (IQR, 1-6; maximum 100) attempted VBACs. One-third
(36.4%) indicated that they attend births with multiple ges-
tations. Of that group, 63.4% had done so in the last 3 years,
with a median of one (IQR, 0-2; maximum 15) twin birth dur-
ing this time. One-third (34.7%) also said they attend planned
vaginal breech births. More than half (62.4%) of that group
had done so, with a median of one (IQR, 0-2; maximum 9)
vaginal breech birth in the last 3 years.
About half of the respondents (50.5%) indicated they
provide well woman care in addition to maternity services,
and 18.8% provide extended postpartum and newborn care
("6weeks).Whenaskedaboutappointmentschedulesand
length, most respondents (86.9%) follow a similar, standard-
ized prenatal schedule, with monthly appointments up to
28 weeks’ completed gestation, biweekly appointments from
28 to 36 weeks’ gestation, and weekly appointments after 36
weeks’ gestation. Most respondents (80.8%) indicated that
prenatal appointments typically last 45 minutes or longer,
with 40.6% citing 45- to 60-minute visits, and 40.2% reporting
60 or greater minutes as normative. Midwives reported more
variability in postpartum appointment schedules: 48.0%
typically have 5 appointments in the postpartum period;
35.6% have 6 visits; and the remainder provide between 7
and 12 visits between birth and 6 weeks postpartum. The
most common schedule was one visit in the first 24 hours
after birth, one visit on the second day, between one and
3visitsfrom2daysto2weeksafterthebirth,anotherone
to 3 visits between 2 and 4 weeks, and one final visit in the
fifth or sixth week. Postpartum visits are also generally 45
minutes or longer; 38.7% said visits lasted 45 to 60 min-
utes; and 43.6% indicate visits of 60 or greater minutes are
typical.
Some questions were asked to better understand the
women who CPMs typically serve. Midwives reported 30.7%
urban, 32.5% rural, and 36.8% suburban residency for the
majority of their clients. Respondents were also asked to
estimate what percentage of their client base was white, black,
Hispanic or Latino, Native American/Alaskan Native, Asian,
or Native Hawaiian/Pacific Islander. Whereas 31.8% of CPM
respondents said that 95% or more of their clients were white,
5.2% serve populations that are 90% or more nonwhite.
8Vol u me 0 0, No. 0 , x xx 2 0 15
Using a point-biserial correlat ion, we fou nd t hat midwives
of color are significantly more likely to have a higher pro-
portion of clients of color (P!.001). In a separate question,
midwives were also asked to estimate what percentage of
their client base is Amish, Mennonite, Mormon, Muslim, or
Hassidic Jew. Whereas some midwives (1.6%) serve almost
exclusively (95%-100%) within these populations, most work
primarily outside of these groups.
DISCUSSION
Higher education was common among CPMs: 90.6% at-
tended some college, and 47.1% completed a bachelor’s
degree or higher. An additional 5.3% reported that they had
earned RN licensure, which may or may not have included
a4-yeardegreemeaningthat47.1%islikelyanunderesti-
mate. Although much has been made of the fact that, until
recently (2012), NARM did not require successful completion
of secondary education, only 0.5% of respondents (n =3)
did not have high school degrees or the equivalent in 2011.
These 3 CPMs were likely members of Plain communities,
where formal education beyond eighth grade is uncommon,
because each reported serving a high proportion of Amish
and Mennonite clientele.
With regard to length of training prior to assuming the
role of primary midwife, the median for this sample is 3 years
as recommended by ICM; however, nearly 40% of currently
practicing CPMs did not meet this standard. This is at least
partially explained and mediated by the fact that grandCPMs,
who have been practicing for 25 years or more and comprise
19% of currently practicing CPMs (I. Darragh, CPM, LM,
written communication, August 2014), often began primary
practice very early in their careers and sometimes without
any formal training. These CPMs describe “being taught by
birth”, other midwives, and home birth-friendly physicians as
they pieced together their training in the 1970s and 1980s.34
It is much less common today for CPMs to enter primary
practice before the 3-year mark. In addition, because of vari-
ability in training sites, student midwives training in high-
volume birth centers can easily attend more than 100 births
per year during their 1- to 2-year internships, acquiring their
CPM prior to the internationally recommended 3-year train-
ing period; whereas student midwives in low-volume home
birth apprenticeships might take several years and qualify to
sit for the NARM examination, having attended fewer than
100 births. Thus, within the current competency-based sys-
tem of CPM education in the United States, the length of time
to primary practice may not always be the most useful way of
estimating competency. Because of this, NARM currently re-
quires CPM candidates to document a minimum number of
births attended (see Table 2) and a minimum of 2 years in
supervised practice. Although 5.7% of CPMs reported never
practicing under supervision, this would not be permitted un-
der NARM’s current standards.
Our findings also indicate that CPMs tend to work in
solo practice, attending births with assisting midwives or
students/apprentices; that medical and private insurance
reimbursement rates are low; and that costs of home birth
care are minimal relative to those of hospital births, largely
due to low rates of intervention and the absence of a facility
fee. CPMs also spend more time with clients during prenatal
visits and provide substantially more postpartum care within
the home than is common in mainstream obstetrics.21,35,36
CPM models of low-volume, highly individualized, time-
intensive, and largely in-home prenatal and postpartum care
may help explain the high rates of normal physiologic birth
and successful breastfeeding and the low rates of intervention
and surgical birth reported for CPM-attended home and birth
center births,8,13 although selection bias favoring low-risk
pregnancies clearly also plays a role. These practice charac-
teristics, when combined with sociopolitical marginalization,
may also help to explain why attrition rates (ie, the number
of CPMs who leave active practice, sometimes permanently
and sometimes cyclically as they temporarily engage more
sustainable employment) are reportedly high among CPMs.21
The relatively low volume of CPM practice raises an addi-
tional concern, particularly given that some respondents
report attending higher-risk vaginal births, including breech
presentation and multiple gestations. How are CPMs able to
acquire and maintain the unique competencies required to
attend these higher-risk births when they attend, on average,
only one to 2 twin and/or breech pregnancies in a 3-year
period?
Additionally, debates over the CPM credential have
focused on the relative merits or limitations of the 2 primary
routes to certification: graduation from a MEAC-accredited
school or successful completion of the PEP. We found that
routes to certification are far more complex than this di-
chotomy suggests. Although respondents largely cited either
the PEP or MEAC route to certification, a closer look at how
midwives’ educations were actually obtained was informative.
The vast majority of respondents patched together multiple
training opportunities over the course of their education,
depending on 2 key variables: whether they lived in a regu-
lated state with an accredited school and whether they had
sufficient funds to attend one of these schools for the entirety
of their education. Consider this common pattern: A student
midwife completes some of her didactic training at a MEAC-
accredited midwifery school but then drops out citing finan-
cial hardship. She relocates to another state where she moves
in and out of apprenticeship depending on her own childbear-
ing and intermittent need to leave apprenticeship for a paying
job. After a few years, she relocates temporarily to a state with
a busy birth center where she completes her required clinical
activities via a 6- to 8-week long, high-volume internship.
She then utilizes the PEP route to certification. This midwife
identifies as a PEP-route CPM, yet her actual academic path
is far more complicated and included at least some terms, and
perhaps several, as a student at a MEAC-accredited school.
Given the prevalence of these piecemeal training trajectories,
the MEAC or PEP dichotomy is a false one that oversim-
plifies a diverse and largely reactive, rather than optimal,
process of training that is riddled with economic and legal
barriers.
Finally, given our finding that midwives’ self-reported
ethnicity/cultural group (eg, Amish, black) is associated with
the client population served, the lack of racial, ethnic, and
cultural diversity in the profession is a major concern.37
Although it is unclear from our results whether midwives of
color seek clients of color or vice versa, it is clear that without
Journal of Midwifer y & Women’s Health !www.jmwh.org 9
more midwives of color, childbearing families of color will
have limited access to culturally matched midwifery care,
and particularly to home birth services. The proportion
of home and birth center births for non-Hispanic white
women (2.05%) in the United States is about 3 times that for
non-Hispanic black, American Indian, and Asian or Pacific
Islander women (0.49-0.81%)—and about 4 times that for
Hispanic women (0.46%).3As ACNM has observed: “Repre-
sentation of diverse groups in [midwifery] ranks strengthens
opportunities for providing midwifery care to otherwise un-
derserved communities.”38 Access to midwifery care has the
potential to redress some of the disparities in outcomes that
have been well documented in communities of color in the
United St ates, as well as in other traditionally marg inalized
groups such as adolescent or queer-identified parents.24, 39–41
Indeed, 26% of non-Hispanic, black women surveyed for the
Listening to Mothers III study42 said they would select a home
birth for their next birth. Home and birth center birth may
currently be a white middle-class phenomenon in the United
States, not because women of color prefer hospital birth but
because they have been systematically excluded from choice
in childbearing by larger structures of inequality.41,42
STUDY LIMITATIONS
This study has 3 primary limitations.43 First and foremost,
it relies on participant recall and is thus vulnerable to all of
the known weaknesses of this approach, including the intro-
duction of systematic error caused by differences in the accu-
racy or completeness of recollections reported by study par-
ticipants. Second, there is some evidence of digit preference
for a few of the survey questions. For example, more mid-
wives than expected answered round numbers in multiples of
10 for number of births in the last 3 years, reflecting both a
tendency to round larger numbers, as well as a tendency to es-
timate when acquiring a precise value might be time consum-
ing. Even given these limitations, however, estimates provided
by CPMs for the key variables analyzed here—like number of
years in training and highest degree earned—are likely to be
remembered with some degree of accuracy given their impor-
tance in individual midwives’ lives. Lastly, whereas the final
response rate of 41% and sample size (N =568)—together
with the results of the nonresponse bias analysis indicating no
significant differences between respondents and nonrespon-
dents for key variables—suggest that we may be justified in
generalizing to the CPM population,31,44 it is possible that our
findings would have varied had closer to 100% of CPMs com-
pleted the survey.
CONCLUSION
The training and nonmidwifery education levels of the ma-
jority of CPMs practicing in the United States today align
with the ICM’s Global Standards for Midwifery Education, al-
though there are still clear areas for improvement. The ICM
standards of completion of secondary education and a 3-year
minimum length of direct-entry midwifery training are met
by 99.5% and 61% of CPMs, respectively. Further evaluation
of the minimum-time versus minimum-numbers criteria in
terms of practice outcomes would be a useful addition to the
literature on this topic.
Findings from this survey indicate several significant
challenges facing the profession that will need to be addressed
if CPMs are to contribute more substantially to the mitigation
of inequities in our nation’s maternity care system. In addi-
tion to the need to expand access to midwifery training and
services for families of color, we see a critical need for uni-
versal state licensure and regulation of CPMs in accordance
with the guidelines and next steps delineated by the US Mid-
wifery Education Regulation and Association (MERA) work-
ing group.45 Licensure of CPMs is important because it allows
for greater quality assurance, as well as mechanisms for over-
sight and review of CPM practice.46,47
AUTHORS
Melissa Cheyney, PhD, CPM, LDM, is Associate Professor of
medical anthropology and reproductive biology in the De-
partment of Anthropology at Oregon State University in Cor-
vallis, Oregon. She is also a certified professional midwife,
licensed in the State of Oregon, and Chair of the Division
of Research for the Midwives Alliance of North America
(MANA).
Christine Olsen, PhD, is Research Social Scientist in the De-
partment of Forest Ecosystems and Society at Oregon State
University in Corvallis, Oregon. She also consults on mater-
nity care-related social science research and has worked for
several years as a certified childbirth educator and birth doula.
Marit Bovbjerg, PhD, MS, Instructor in the College of Pub-
lic Health and Human Sciences at Oregon State University in
Corvallis, Oregon. She is also Director of Data Quality for the
MANA Division of Research.
Courtney Everson, MA, PhD, is a Medical Anthropologist and
the Graduate Dean at the Midwives College of Utah in Salt
Lake City, Utah. She is alsothe Director of Research Education
for the MANA Division of Research.
Ida Darragh, CPM, LM, BA, is a certified professional mid-
wife and Chair of the North American Registry of Midwives
(NARM). She has been a licensed midwife in the state of
Arkansas since 1985. She has a bachelor’s degree in psychol-
ogy.
Brynne Potter is Chief Executive Officer of Maternity Neigh-
borhood, a digital health platform for maternity care. She is
also a midwife and a former member of NARM.
CONFLICT OF INTEREST
The authors have no conflicts of interest to disclose.
ACKNOWLEDGMENTS
We would like to acknowledge respondents to the 2011
NARM Survey for their time and effort. We are grateful
for your participation. In addition, we would like to thank
members of the NARM Board of Directors, who provided
expert consultation and support for this project.
10 Vol u me 0 0, No. 0 , x xx 2 0 15
SUPPORTING INFORMATION
Additional Supporting Information may be found in the on-
line version of this article at the publisher’s Web site:
Appendi x S1 . Questionnaire used for: Practitioner and
Practice Characteristics of Certified Professional Midwives in
the United States: Results of the 2011 North American Reg-
istry of Midwives Survey.
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... CPMs spend a median of 3 years in training prior to attending births as primary midwife. 13 Education. [12][13][14] There are approximately 12,000 CNMs, 2300 CPMs, and 100 CMs in the United States. ...
... 13 Education. [12][13][14] There are approximately 12,000 CNMs, 2300 CPMs, and 100 CMs in the United States. 12 Ninety-four percent of CNMattended births occur in hospitals, 15 while the majority of CPMattended births are home births. ...
... 12 Ninety-four percent of CNMattended births occur in hospitals, 15 while the majority of CPMattended births are home births. 13 Both CNM/CMs and CPMs provide care in the midwifery-based birth center model of care; a recent American Association of Birth Centers (AABC) survey of birth centers in the US found that approximately 44% of birth centers had exclusively CNM/CM providers, 34% exclusively CPM providers, and 22% had a mix of all three types. 10 Fewer than 1% of all pregnant women in the US receive midwifery-based birth center care. ...
Article
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Objective: To assess key birth outcomes in an alternative maternity care model, midwifery-based birth center care. Data sources: The American Association of Birth Centers Perinatal Data Registry and birth certificate files, using national data collected from 2009 to 2019. Study design: This observational cohort study compared key clinical birth outcomes of women at low risk for perinatal complications, comparing those who received care in the midwifery-based birth center model versus hospital-based usual care. Linear regression analysis was used to assess key clinical outcomes in the midwifery-based group as compared with hospital-based usual care. The hospital-based group was selected using nearest neighbor matching, and the primary linear regressions were weighted using propensity score weights (PSWs). The key clinical outcomes considered were cesarean delivery, low birth weight, neonatal intensive care unit admission, breastfeeding, and neonatal death. We performed sensitivity analyses using inverse probability weights and entropy balancing weights. We also assessed the remaining role of omitted variable bias using a bounding methodology. Data collection: Women aged 16-45 with low-risk pregnancies, defined as a singleton fetus and no record of hypertension or cesarean section, were included. The sample was selected for records that overlapped in each year and state. Counties were included if there were at least 50 midwifery-based birth center births and 300 total births. After matching, the sample size of the birth center cohort was 85,842 and the hospital-based cohort was 261,439. Principal findings: Women receiving midwifery-based birth center care experienced lower rates of cesarean section (-12.2 percentage points, p < 0.001), low birth weight (-3.2 percentage points, p < 0.001), NICU admission (-5.5 percentage points, p < 0.001), neonatal death (-0.1 percentage points, p < 0.001), and higher rates of breastfeeding (9.3 percentage points, p < 0.001). Conclusions: This analysis supports midwifery-based birth center care as a high-quality model that delivers optimal outcomes for low-risk maternal/newborn dyads.
... These visits included comprehensive assessment of the family unit, including newborn care, and were typically ≥45 min. 38 However, the scope of this survey did not include a detailed description of community midwives' postpartum care model. Responding to growing interest in community midwifery in the United States, plus its global relevance and potential to address the postpartum health crisis, this qualitative article provides a detailed characterization of this model of care. ...
... In this study, we describe the community midwifery postpartum care model using qualitative data from interviews with midwives. Our findings are consistent with the only existing quantitative analysis of community midwifery postpartum care, 38 and expand on these findings by detailing key elements of the care model. Across 34 midwives, we found a consistent yet flexible model of care including: five to eight visits in the first six weeks postpartum; care for the parent-infant dyad; continuity of care; relationship-based care; planning and preparation for postpartum; and focus on rest. ...
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Introduction Postpartum health is in crisis in the United States, with rising pregnancy‐related mortality and worsening racial inequities. The World Health Organization recommends four postpartum visits during the 6 weeks after childbirth, yet standard postpartum care in the United States is generally one visit 6 weeks after birth. We present community midwifery postpartum care in the United States as a model concordant with World Health Organization guidelines, describing this model of care and its potential to improve postpartum health for birthing people and babies. Methods We conducted semi‐structured interviews with 34 community midwives providing care in birth centers and home settings in Oregon and California. A multidisciplinary team analyzed data using reflexive thematic analysis. Results A total of 24 participants were Certified Professional Midwives; 10 were certified nurse‐midwives. A total of 14 midwives identified as people of color. Most spoke multiple languages. We describe six key elements of the community midwifery model of postpartum care: (1) multiple visits, including home visits; typically five to eight over six weeks postpartum; (2) care for the parent–infant dyad; (3) continuity of personalized care; (4) relationship‐centered care; (5) planning and preparation for postpartum; and (6) focus on postpartum rest. Conclusion The community midwifery model of postpartum care is a guideline‐concordant approach to caring for the parent–infant dyad and may address rising pregnancy‐related morbidity and mortality in the United States.
... Thus, not only are their characteristics different than those who plan hospital births (though we did limit our sample to those likely to be deemed eligible for a waterbirth in a hospital setting) 35,43 but the care they receive during the prenatal, birth and postpartum periods is quite different. 44 Midwives practising in community settings are trained to support and facilitate physiologic birth, without interventions common in hospitals (e.g. synthetic oxytocin, epidural, caesarean). ...
... Secondly, midwives practising in community settings often provide more care during the postpartum period than is common in hospitalbased practices. 44 With fewer postpartum visits, postwaterbirth infections may be missed. Hospitals that implement waterbirth must consider how individuals will be monitored for infection during the postpartum period. ...
Article
Full-text available
Objective Investigate maternal and neonatal outcomes following waterbirth. Design Retrospective cohort study, with propensity score matching to address confounding. Setting Community births, United States. Sample Medical records‐based registry data from low‐risk births were used to create waterbirth and land birth groups (n = 17 530 each), propensity score‐matched on >80 demographic and pregnancy risk covariables. Methods Logistic regression models compared outcomes between the matched waterbirth and land birth groups. Main outcome measures Maternal: immediate postpartum transfer to a hospital, any genital tract trauma, severe (3rd/4th degree) trauma, haemorrhage >1000 mL, diagnosed haemorrhage regardless of estimated blood loss, uterine infection, uterine infection requiring hospitalisation, any hospitalisation in the first 6 weeks. Neonatal: umbilical cord avulsion; immediate neonatal transfer to a hospital; respiratory distress syndrome; any hospitalisation, neonatal intensive care unit (NICU) admission, or neonatal infection in the first 6 weeks; and neonatal death. Results Waterbirth was associated with improved or no difference in outcomes for most measures, including neonatal death (adjusted odds ratio [aOR] 0.56, 95% CI 0.31–1.0), and maternal or neonatal hospitalisation in the first 6 weeks (aOR 0.87, 95% CI 0.81–0.92 and aOR 0.95, 95% CI 0.90–0.99, respectively). Increased morbidity in the waterbirth group was observed for two outcomes only: uterine infection (aOR 1.25, 95% CI 1.05–1.48) (but not hospitalisation for infection) and umbilical cord avulsion (aOR 1.57, 95% CI 1.37–1.82). Our results are concordant with other studies: waterbirth is neither as harmful as some current guidelines suggest, nor as benign as some proponents claim. Tweetable abstract New study demonstrates #waterbirth is neither as harmful as some current guidelines suggest, nor as benign as some proponents claim. @TheUpliftLab @BovbjergMarit @31415926abc @NICHD_NIH.
... (The values were prepared by the Statistics and Epidemiology Unit of the Bureau of Vital Records and Health Statistics, NM Department of Health, on January 20, 2023.) Second, we aimed to capture experiences associated specifically with LMs given the distinctiveness of their training and model of care in the United States [1,16], the fact that they only practice in community birth settings (i.e., they do not have access to hospital privileges in New Mexico), and due to their unique position relative to state health systems and policies which entails "specific structural barriers to their practice" [25]. ...
Article
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Background Black, Indigenous, and people of color (BIPOC) families comprise a disproportionately low percentage of home and freestanding birth center births in New Mexico (NM), despite NM Medicaid coverage of care by Licensed Midwives (LMs) in these settings. The purpose of this study was to examine why low income BIPOC seek out LM care, how they benefit from this model of care, and which factors facilitate and obstruct access. Methods We conducted 7 focus groups with 55 low income BIPOC individuals who had birthed in New Mexico in the past 5 years. Participants in four of the groups intended to birth with an LM in the community setting; participants in three of the groups intended to birth in a hospital. Results Prior negative birthing experiences at hospitals were the most‐often discussed reason for choosing LM care. The aspects of LM care most commonly described as beneficial were: (1) the high quality of one‐to‐one individualized and holistic care offered by LMs, as well as (2) the respectfulness of care received. Medicaid coverage of LM care and special payment allowances made by LMs were cited as two important facilitators of access to LM care. Barriers to care included the lack of general awareness of LM care, the persisting stigma against community birth, the small number of LMs, and payment and insurance coverage challenges. Conclusion LM care is beneficial for many families seeking respectful and accessible care, especially in underserved areas. BIPOC birthing individuals' reflections on their experiences with LM care provide valuable information that should be considered when designing and revising perinatal care systems and policies with the intent of increasing access to high‐quality maternal and newborn care in New Mexico and, more generally, the United States.
... Data collection protocols and evidence of reliability and validity for both registries are described elsewhere. 11,12 Briefly, midwives use medical records to enter clinical and demographic data for each patient prospectively, beginning with the first prenatal visit and extending through birth, until the final postpartum visit (at 6-8 wk 14 ). Both midwives and pregnant individuals provide consent for their data to be used for research. ...
Article
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Objective There are lingering concerns in the United States about home birth. We used 2 large (n = 50,043; n = 62,984), national community birth registries to compare maternal and neonatal outcomes for planned home versus planned birth center births. Methods To compare outcomes by intended birth site, we used logistic regressions, controlling for demographic and pregnancy risk variables. Maternal outcomes included intrapartum or postpartum transfer to hospital, hospitalization, cesarean, and hemorrhage; neonatal outcomes included neonatal transfer, hospitalization, neonatal intensive care unit admission, and intrapartum or neonatal death. Analyses were conducted twice, once in each dataset. Results Individuals who planned home births had a lower incidence of all types of transfers, compared with those who planned birth center births, but in one dataset only, experienced more cesareans [adjusted odds ratio (95% CI): 1.32 (1.02–1.70); 0.95 (0.88–1.03)]. Planned home birth was associated with lower adjusted odds of maternal hospitalization in one dataset but not the other [0.97 (0.54–1.74); 0.85 (0.76–0.95)], and was not associated with hemorrhage. Neonatal outcomes likewise were either not associated with a planned birthplace or suggested home birth was safer: hospitalization [0.77 (0.53–1.11), 0.90 (0.82–0.98)], neonatal intensive care unit admission [0.54 (0.28–1.00), 0.97 (0.86–1.10)]. There was no observable association with intrapartum or neonatal death: 1.07 (0.68–1.67; only calculated once because of small numbers of events). Conclusions Planned home births are as safe as planned birth center births for low-risk pregnancies. Current guidelines advising against planned home births are not supported by these data.
... Most CPMs and state licensed, or certified direct entry midwives (LMs), attend births at home or in birth centers; however, they may work in hospitals in some states. 11 Most CNMs and CMs work in clinical and hospital settings, with a growing number working in community birth settings (home and birth centers) (ACNM, 2019). 12 As of 2020, all accredited US midwifery educational programs for CPMs, CNMs, and CMs meet or exceed the criteria for ICM's Global Standards for Midwifery Education. ...
Article
Full-text available
Objectives Interest in expanding access to the birth center model is growing. The purpose of this research is to describe birth center staffing models and business characteristics and explore relationships to perinatal outcomes. Methods This descriptive analysis includes a convenience sample of all 84 birth center sites that participated in the AABC Site Survey and AABC Perinatal Data Registry between 2012 and 2020. Selected independent variables include staffing model (CNM/CM or CPM/LM), legal entity status, birth volume/year, and hours of midwifery call/week. Perinatal outcomes include rates of induction of labor, cesarean birth, exclusive breastfeeding, birthweight in pounds, low APGAR scores, and neonatal intensive care admission. Results The birth center model of care is demonstrated to be safe and effective, across a variety of staffing and business models. Outcomes for both CNM/CM and CPM/LM models of care exceed national benchmarks for perinatal quality with low induction, cesarean, NICU admission, and high rates of breastfeeding. Within the sample of medically low‐risk multiparas, variations in clinical outcomes were correlated with business characteristics of the birth center, specifically annual birth volume. Increased induction of labor and cesarean birth, with decreased success breastfeeding, were present within practices characterized as high volume (>200 births/year). The research demonstrates decreased access to the birth center model of care for Black and Hispanic populations. Conclusions for Practice Between 2012 and 2020, 84 birth centers across the United States engaged in 90,580 episodes of perinatal care. Continued policy development is necessary to provide risk‐appropriate care for populations of healthy, medically low‐risk consumers.
... The benefits of perinatal 1 care by Licensed Midwives (LMs) and other directentry midwives 2,3 who practice in "community settings" (homes or freestanding birth centers 4 ) have been identified in various studies. Of particular note in these previous studies are high scores on respect and autonomy indexes 5,6 the safety of planned home births for low-risk birthing people 7,8,9,10,11,12 , substantially lower costs 13,14 , and the potential to positively impact maternal*/infant health inequities 5,6,15,16,17,18,19,20,21 . ...
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Background: Black, Indigenous and people of color (BIPOC) families comprise a disproportionately low percentage of home and freestanding birth center births in New Mexico, despite NM Medicaid coverage of care by Licensed Midwives (LMs) in these settings. This research explored why low income BIPOC seek out and benefit from care by LMs, as well as the factors that facilitate and obstruct access. Methods: We held 7 focus groups with 55 low income BIPOC who had birthed in New Mexico in the past 5 years. Participants in four of the groups intended to birth with an LM; participants in three of the groups intended to birth in a hospital. Results: The aspects of LM care most often mentioned as supportive were: basic standards of LM care (such as a non-interventionist approach, bodyfeeding support and extended postpartum care), and the respectful care received. Prior negative birthing experiences at hospitals were the most-often mentioned reason for choosing LM care. Medicaid coverage of LM care and special payment allowances made by LMs were brought up as two important facilitators of access to LM care. The barriers to care mentioned were: the lack of general knowledge regarding LM care, the small number of LMs, various payment and coverage challenges, and the persisting stigma against community birth. Conclusions: The insights that participants shared regarding the benefits of LM care point toward the value and importance of LMs for many in our communities. They deserve careful consideration when designing and revising systems and policies related to perinatal care.
... If a midwife answered "yes, " she was asked to report that client's score. Midwives who used the EPDS tool did so at the last postpartum visit, which typically occurs at 6-8 weeks postpartum [26]. To define PPD using EPDS, we used two cutoff points advocated in the literature: ≥ 11 and ≥ 13 [27,28]. ...
Article
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Background Preventing postpartum depression (PPD) is the most common self-reported motivation for human maternal placentophagy, yet very little systematic research has assessed mental health following placenta consumption. Our aim was to compare PPD screening scores of placenta consumers and non-consumers in a community birth setting, using propensity score matching to address anticipated extensive confounding. Methods We used a medical records-based data set (n = 6038) containing pregnancy, birth, and postpartum information for US women who planned and completed community births. We first compared PPD screening scores as measured by the Edinburgh Postpartum Depression Scale (EPDS) of individuals who consumed their placenta to those who did not, with regard to demographics, pregnancy characteristics, and history of mental health challenges. Matching placentophagic (n = 1876) and non-placentophagic (n = 1876) groups were then created using propensity scores. The propensity score model included more than 90 variables describing medical and obstetric history, demographics, pregnancy characteristics, and intrapartum and postpartum complications, thus addressing confounding by all of these variables. We then used logistic regression to compare placentophagic to non-placentophagic groups based on commonly-cited EPDS cutoff values (≥ 11; ≥ 13) for likely PPD. Results In the unmatched and unadjusted analysis, placentophagy was associated with an increased risk of PPD. In the matched sample, 9.9% of women who ate their placentas reported EPDS ≥ 11, compared to 8.4% of women who did not (5.5% and 4.8%, respectively, EPDS ≥ 13 or greater). After controlling for over 90 variables (including prior mental health challenges) in the matched and adjusted analysis, placentophagy was associated with an increased risk of PPD between 15 and 20%, depending on the published EPDS cutoff point used. Numerous sensitivity analyses did not alter this general finding. Conclusions Placentophagic individuals in our study scored higher on an EPDS screening than carefully matched non-placentophagic controls. Why placentophagic women score higher on the EPDS remains unclear, but we suspect reverse causality plays an important role. Future research could assess psychosocial factors that may motivate some individuals to engage in placentophagy, and that may also indicate greater risk of PPD.
... The global fee reimbursement model was intended to create an incentive for health care providers to provide both quality and cost-effective care. 35 However, some health care providers do not accept state-based insurance because of the low-reimbursement rates, 36 further restricting already limited health care options. For example, birth center and home births are not always covered by state-based or private insurance plans. ...
Article
Full-text available
CHOICES: Memphis Center for Reproductive Health staff is passionate about ensuring that everyone has access to the full continuum of comprehensive reproductive health care (including abortion, gender‐affirming care, miscarriage management, and community birth) regardless of race, gender identity, sexual orientation, HIV status, economic status, or religious beliefs. Memphis, Tennessee, has a history of limited community birth options (birthing outside of hospital walls). In 2017, when home birth services were added to CHOICES and plans for opening Memphis’ first freestanding birth center were being imagined, it was intentional to create a model in which midwifery care could be accessible for patients who may be eligible for state‐funded health care services, those considered at higher health risk than traditional low‐risk midwifery patients, or both. In fact, individuals and their families with limited out‐of‐pocket funds and those historically marginalized would purposely receive holistic, individualized care based on their unique health care needs and personal desires, driven by a reproductive justice framework. In this article, we outline the success and challenges of addressing the reproductive health needs of marginalized communities, including the benefits of a nonprofit business model, operationalizing reproductive justice concepts, and the reclamation of Black midwifery. We also discuss the challenges of caring for Black birthing people and providing abortion and gender‐affirming care in a politically hostile environment. Although individuals have complex needs, at its core, CHOICES believes that every person must be seen as whole human beings and that each can be cared for by a midwife. The CHOICES approach is informed by evidence‐based information, clinical judgment, and an intentional partnership with and investment in a people who have historically been and are presently pushed to the margins, neglected, and blamed for poor health outcomes and demise. Striving to adapt the CHOICES model of care in other parts of the country is important now more than ever following the Supreme Court decision to overturn Roe v. Wade.
Article
Increasingly, pregnant people in the United States are choosing to give at birth at home, and certified professional midwives (CPMs) often attend these births. Care by midwives, including home birth midwives, has the potential to decrease unnecessary medical interventions and their associated health care costs, as well as to improve maternal satisfaction with care. However, lack of integration into the health care system affects the ability of CPMs to access standard medications and testing for their clients, including prenatal screening. Genetics and genomics are now a routine part of prenatal screening, and genetic testing can contribute to identifying candidates for planned home birth. However, research on genetics and midwifery care has not, to date, included the subset of midwives who attend the majority of planned home births, CPMs. The purpose of this study was to examine CPMs’ access to, and perspectives on, one aspect of prenatal testing, genetic counselors, and genetic counseling services. Using semi-structured interviews and a modified grounded theory approach to narrative analysis, we identified three key themes: (1) systems-level issues with accessing information about genetic counseling and genetic testing; (2) practice-level patterns in information delivery and self-awareness about knowledge limitations; and (3) client-level concerns about the value of genetic testing relative to difficulties with access and stress caused by the information. The results of this study can be used to develop decision aids that include information about genetic testing and genetic counseling access for pregnant people intending home births in the United States.
Article
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The purpose of this study was to explore the contested space of home-to-hospital transfers that occur during labor or in the immediate postpartum period, as a means of identifying the mechanisms that maintain philosophical and practice divides between homebirth midwives and hospital-based clinicians in the United States. Using data collected from open-ended, semistructured interviews, participant observation, and reciprocal ethnography, we identified six key themes-three from each provider type. Collectively, providers' narratives illuminate the central stressors that characterize home-to-hospital transfers, and from these, we identify three larger sociopolitical mechanisms that we argue are functioning to maintain fractured articulations at the time of transfer. These mechanisms impede efficient and mutually respectful interactions and can result in costly delays. However, they also contain the seeds of possible solutions, and thus are important starting points for developing an integrated maternity system premised on mutual accommodation and seamless articulations across all delivery locations.
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Introduction: The safety and effectiveness of birth center care have been demonstrated in previous studies, including the National Birth Center Study and the San Diego Birth Center Study. This study examines outcomes of birth center care in the present maternity care environment. Methods: This was a prospective cohort study of women receiving care in 79 midwifery-led birth centers in 33 US states from 2007 to 2010. Data were entered into the American Association of Birth Centers Uniform Data Set after obtaining informed consent. Analysis was by intention to treat, with descriptive statistics calculated for maternal and neonatal outcomes for all women presenting to birth centers in labor including those requiring transfer to hospital care. Results: Of 15,574 women who planned and were eligible for birth center birth at the onset of labor, 84% gave birth at the birth center. Four percent were transferred to a hospital prior to birth center admission, and 12% were transferred in labor after admission. Regardless of where they gave birth, 93% of women had a spontaneous vaginal birth, 1% an assisted vaginal birth, and 6% a cesarean birth. Of women giving birth in the birth center, 2.4% required transfer postpartum, whereas 2.6% of newborns were transferred after birth. Most transfers were nonemergent, with 1.9% of mothers or newborns requiring emergent transfer during labor or after birth. There were no maternal deaths. The intrapartum fetal mortality rate for women admitted to the birth center in labor was 0.47/1000. The neonatal mortality rate was 0.40/1000 excluding anomalies. Discussion: This study demonstrates the safety of the midwifery-led birth center model of collaborative care as well as continued low obstetric intervention rates, similar to previous studies of birth center care. These findings are particularly remarkable in an era characterized by increases in obstetric intervention and cesarean birth nationwide.
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Midwives are primary providers of care for childbearing women around the world. However, there is a lack of synthesised information to establish whether there are differences in morbidity and mortality, effectiveness and psychosocial outcomes between midwife-led continuity models and other models of care. To compare midwife-led continuity models of care with other models of care for childbearing women and their infants. We searched the Cochrane Pregnancy and Childbirth Group's Trials Register (28 January 2013) and reference lists of retrieved studies. All published and unpublished trials in which pregnant women are randomly allocated to midwife-led continuity models of care or other models of care during pregnancy and birth. All review authors evaluated methodological quality. Two review authors checked data extraction. We included 13 trials involving 16,242 women. Women who had midwife-led continuity models of care were less likely to experience regional analgesia (average risk ratio (RR) 0.83, 95% confidence interval (CI) 0.76 to 0.90), episiotomy (average RR 0.84, 95% CI 0.76 to 0.92), and instrumental birth (average RR 0.88, 95% CI 0.81 to 0.96), and were more likely to experience no intrapartum analgesia/anaesthesia (average RR 1.16, 95% CI 1.04 to 1.31), spontaneous vaginal birth (average RR 1.05, 95% CI 1.03 to 1.08), attendance at birth by a known midwife (average RR 7.83, 95% CI 4.15 to 14.80), and a longer mean length of labour (hours) (mean difference (hours) 0.50, 95% CI 0.27 to 0.74). There were no differences between groups for caesarean births (average RR 0.93, 95% CI 0.84 to 1.02).Women who were randomised to receive midwife-led continuity models of care were less likely to experience preterm birth (average RR 0.77, 95% CI 0.62 to 0.94) and fetal loss before 24 weeks' gestation (average RR 0.81, 95% CI 0.66 to 0.99), although there were no differences in fetal loss/neonatal death of at least 24 weeks (average RR 1.00, 95% CI 0.67 to 1.51) or in overall fetal/neonatal death (average RR 0.84, 95% CI 0.71 to 1.00).Due to a lack of consistency in measuring women's satisfaction and assessing the cost of various maternity models, these outcomes were reported narratively. The majority of included studies reported a higher rate of maternal satisfaction in the midwifery-led continuity care model. Similarly there was a trend towards a cost-saving effect for midwife-led continuity care compared to other care models. Most women should be offered midwife-led continuity models of care and women should be encouraged to ask for this option although caution should be exercised in applying this advice to women with substantial medical or obstetric complications.
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Explored in this study is the role of digit preference as a response style that helps explain the problems of recall and nonresponse bias in self‐report surveys of recreation participation. Digit preference is a tendency to guess participation by rounding estimates to values that end in zero or five. Recall bias was assessed by comparing three separate recall periods: extended, intermediate, and short. Nonresponse bias was assessed by conducting telephone interviews with subjects who had not responded to the initial requests. The dependent variable was the total number of days fished per month from April to June 1989. Analysis of variance and chi‐Square were used to explore the relationships among the three sources of bias. A significant Recall × Nonresponse × Digit Preference interaction was found. Results suggest that bias traditionally attributable to recall and nonresponse may be a function of digit preference. Ways of controlling for the effects of the three sources of bias on recreation participation estimates are discussed.
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Introduction: In this study, we examined the perinatal outcomes of planned home births over a 25-year period (1983-2008) in a group of primarily Amish women (98%) attended by certified nurse-midwives (CNMs) in southeastern Pennsylvania. Methods: This was a retrospective, descriptive analysis of data (N = 1836 births) from several CNM practices. Data were abstracted for 25 items, including demographics, labor, and birth. Initially, 2 investigators abstracted 15 records to compare assessments and standardize definitions. Charts were then divided and abstracted individually by one investigator. Several relationships were examined in 2 by 2 tables using the chi-square procedure for the difference in proportions. Maternal and newborn transfers to the hospital were included in the analysis. Results: Of the women who planned home birth for 1836 pregnancies, 1733 of the births occurred at home. Although more than one-third of the women were of high parity (gravida 5-13), rates of postpartum hemorrhage were low (n = 96, 5.5%). There were no maternal deaths. Nearly half of the maternal transfers to the hospital (n = 103, 5.6%) were for ruptured membranes without labor (n = 25, 1.4%) and/or failure to progress (n = 23, 1.3%). The neonatal hospital admission rate also was low (n = 13, 0.75%). Of the 7 (0.4%) early neonatal deaths, all were attributed to lethal congenital anomalies that are common to this population. Discussion: This study is the first to describe the outcomes of planned home births in a primarily Amish population cared for by CNMs. It also adds to the literature on planned home births in the United States and supports the findings from previous studies that women who have home births attended by CNMs have safety profiles equal to or better than profiles of women who had hospital births in similar populations.