The 10-20-30 Provision: Defining Persistent Poverty Counties

The 10-20-30 Provision: Defining Persistent Poverty Counties

Updated March 10, 2025 (R45100)
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Contents

Summary

Research has suggested that areas with a poverty rate 20% or greater experience more acute systemic problems than do lower-poverty areas. The poverty rate is the percentage of the population that is below poverty, or economic hardship as measured by comparing income against a dollar amount that represents a low level of need. Recent congresses have enacted antipoverty policy interventions that target resources on local communities based on the characteristics of those communities, rather than solely on those of individuals or families. One such policy, dubbed the 10-20-30 provision, was first implemented in the American Recovery and Reinvestment Act of 2009 (ARRA, P.L. 111-5). Title I, Section 105 of ARRA required the Secretary of Agriculture to allocate at least 10% of funds from three rural development program accounts to persistent poverty counties—counties that maintained poverty rates of 20% or more for the past 30 years, as measured by the 1980, 1990, and 2000 decennial censuses.

One notable characteristic of this provision is that it did not increase spending for the rural development programs addressed in ARRA, but rather targeted existing funds differently. Since ARRA, Congress has applied the 10-20-30 provision for other programs in addition to rural development programs, and may continue to do so, using more recent estimates of poverty rates. Doing this, however, requires updating the list of counties with persistent poverty, and that requires making certain decisions about the data that will be used to compile the list.

Poverty rates are computed using data from household surveys fielded by the U.S. Census Bureau. The list of counties identified as persistently poor may differ by roughly 60 to 100 counties in a particular year, depending on the surveys selected to compile the list and the rounding method used for the poverty rate estimates. In the past, the decennial census was the only source of county poverty estimates across the entire country (there are 3,144 counties or county-equivalent areas, nationwide). After 2000, however, the decennial census is no longer used to collect income data. There are two newer data sources that may be used to provide poverty estimates for all U.S. counties: the American Community Survey (ACS) and the Small Area Income and Poverty Estimates program (SAIPE). The Census Bureau implemented both the ACS and SAIPE in the mid-1990s. Therefore, to determine whether an area is persistently poor in a time span that ends after the year 2000, policymakers and researchers must first decide whether ACS or SAIPE poverty estimates will be used for the later part of that time span. Which of these surveys is the best data source to use for compiling an updated list of counties with persistent poverty may differ based on the specific area or policy for which the antipoverty intervention is intended.

When defining persistent poverty counties in order to target funds for programs or services, the following factors may be relevant:

  • Characteristics of interest: SAIPE is suited for analysis focused solely on poverty or median income; ACS for poverty and income and other topics (e.g., housing characteristics, disability, education level, occupation, veteran status).
  • Geographic areas of interest: SAIPE is recommended for counties and school districts only; ACS may be used to produce estimates for other small geographic areas as well (such as cities, towns, and census tracts).
  • Reference period of estimate: Both data sources produce annual estimates. The SAIPE estimate is based on one prior year of data while ACS estimates draw on data from the past five years.
  • Rounding method for poverty rates: Rounding to one decimal place (e.g., not including a county with a poverty rate of 19.9% because it is less than 20.0%) yields a shorter list of counties with persistent poverty than rounding to a whole number (e.g., including a county with a poverty rate of 19.9% because it rounds up to 20%).
  • Special populations:
  • Poverty status is not defined for all persons. This includes unrelated household members under age 15 (e.g., children in foster care), institutionalized persons, and residents of college dormitories.
  • Persons without housing are not included in household surveys.
  • Areas with large numbers of college students living off-campus may have higher poverty rates than might be expected, because poverty is measured using cash income and does not include student loans.

Introduction

Antipoverty interventions that provide resources to local communities, based on the characteristics of those communities, have been of interest to Congress. One such policy, dubbed the 10-20-30 provision, was implemented in the American Recovery and Reinvestment Act of 2009 (ARRA, P.L. 111-5). Title I, Section 105 of ARRA required the Secretary of Agriculture to allocate at least 10% of funds provided in that act from three rural development program accounts to persistent poverty counties; that is, to counties that have had poverty rates of 20% or more for the past 30 years, as measured by the 1980, 1990, and 2000 decennial censuses.1

One notable characteristic of this provision is that it did not increase spending for the rural development programs addressed in ARRA, but rather targeted existing funds differently. Given Congress's interest both in addressing poverty (economic hardship as measured by comparing income against a dollar amount that represents a low level of need)2 and being mindful about levels of federal spending, the 113th through the 118th Congresses included 10-20-30 language in multiple appropriations bills, some of which were enacted into law.3 However, the original language used in ARRA could not be re-used verbatim, because the decennial census—the data source used by ARRA to define persistent poverty—stopped collecting income information. As a consequence, the appropriations bills varied slightly in their definitions of persistent poverty counties as applied to various programs and departments. This variation occurred even within different sections of the same bill if the bill included language relating to different programs. In turn, because the definitions of persistent poverty differed, so did the lists of counties identified as persistently poor and subject to the 10-20-30 provision. The bills included legislation for rural development, public works and economic development, technological innovation, and brownfields site assessment and remediation.

More recently, through the end of the 118th Congress much of the language used in these previous bills was included in P.L. 118-42 (the Consolidated Appropriations Act, 2024) and P.L. 118-47 (the Further Consolidated Appropriations Act, 2024).4 Additionally, 76 other bills introduced in the 118th Congress that were not enacted also referred to persistent poverty, with or without referring to counties as the relevant geographic area or requiring a 10% set-aside specifically.

This report discusses how data source selection and the rounding of poverty estimates can affect the list of counties identified as persistently poor. After briefly explaining why targeting funds to persistent poverty counties might be of interest, this report explores how persistent poverty is defined and measured, and how different interpretations of the definition and different data source selections could yield different lists of counties identified as persistently poor. This report does not compare the 10-20-30 provision's advantages and disadvantages against other policy options for addressing poverty, nor does it examine the range of programs or policy goals for which the 10-20-30 provision might be an appropriate policy tool.

Motivation for Targeting Funds to Persistent Poverty Counties

Research has suggested that areas for which the poverty rate (the percentage of the population that is below poverty) reaches 20% experience systemic problems that are more acute than in lower-poverty areas.5 The poverty rate of 20% as a critical point has been discussed in academic literature as relevant for examining social characteristics of high-poverty versus low-poverty areas.6 For instance, property values in high-poverty areas do not yield as high a return on investment as in low-poverty areas, and that low return provides a financial disincentive for property owners to spend money on maintaining and improving property.7 The ill effects of high poverty rates have been documented both for urban and rural areas.8 Depending on the years in which poverty is measured and the data sources used, between 300 and 500 counties have been identified as persistent poverty counties, out of a total of 3,144 counties or county-equivalent areas nationwide.9 Therefore, policy interventions at the community level, and not only at the individual or family level, have been and may continue to be of interest to Congress.10

Defining Persistent Poverty Counties

Persistent poverty counties are counties that have had poverty rates of 20% or greater for at least 30 years. The county poverty rates for 1999 and previous years have traditionally been measured using decennial census data. For more recent years, either the Small Area Income and Poverty Estimates (SAIPE) or the American Community Survey (ACS) are used. Both of these Census Bureau data sources were first implemented in the mid-1990s and both provide poverty estimates no longer available from the decennial census.11 The data sources used, and the level of precision of rounding for the poverty rate, affects the list of counties identified as persistent poverty counties, as will be described below.

Computing the Poverty Rate for an Area

Poverty rates are computed by the Census Bureau for the nation, states, and smaller geographic areas such as counties.12 The official definition of poverty in the United States is based on the money income of families and unrelated individuals. Income from each family member (if family members are present) is added together and compared against a dollar amount called a poverty threshold, which represents a level of economic hardship and varies according to the size and characteristics of the family (ranging from one person to nine persons or more). Families (or unrelated individuals) whose income is less than their respective poverty threshold are considered to be in poverty (sometimes also described as below poverty).13

Every person in a family has the same poverty status. Thus, it is possible to compute a poverty rate based on counts of persons. This is done by dividing the number of persons below poverty within a county by the county's total population,14 and multiplying by 100 to express the rate as a percentage.

Data Sources Used in Identifying Persistent Poverty Counties

Poverty rates are computed using data from household surveys. Currently, the only data sources that provide poverty estimates for all U.S. counties are the ACS and SAIPE. Before the mid-1990s, the only poverty data available at the county level came from the Decennial Census of Population and Housing, which is collected once every 10 years. In the past, these data were the only source of estimates that could determine whether a county had persistently high poverty rates (ARRA referred explicitly to decennial census poverty estimates for that purpose). However, after Census 2000, the decennial census has no longer collected income information in the 50 states, the District of Columbia, and Puerto Rico, and as a result cannot be used to compute poverty estimates.15 Therefore, to determine whether an area is persistently poor in a time span that ends after 2000, it must first be decided whether ACS or SAIPE poverty estimates will be used for the later part of that time span.16

The ACS and the SAIPE program serve different purposes. The ACS was developed to provide continuous measurement of a wide range of topics similar to that formerly provided by the decennial census long form, available down to the local community level. ACS data for all counties are available annually, but are based on responses over the previous five-year time span (e.g., 2019-2023). The SAIPE program was developed specifically for estimating poverty at the county level for school-age children and for the overall population, for use in funding allocations for the Improving America's Schools Act of 1994 (P.L. 103-382). SAIPE data are also available annually, and reflect one calendar year, not five. However, unlike the ACS, SAIPE does not provide estimates for a wide array of topics. For further details about the data sources for county poverty estimates, see the Appendix.

Considerations When Identifying and Targeting Persistent Poverty Counties

Selecting the Data Source: Strengths and Limitations of ACS and SAIPE Poverty Data

Because poverty estimates can be obtained from multiple data sources, the Census Bureau has provided guidance on the most suitable data source to use for various purposes.17

Characteristics of Interest: SAIPE for Poverty Alone; ACS for Other Topics in Addition to Poverty

The Census Bureau recommends using SAIPE poverty estimates when estimates are needed at the county level, especially for counties with small populations, and when additional demographic and economic detail is not needed at that level.18 When additional detail is required, such as for county-level poverty estimates by race and Hispanic origin, detailed age groups (aside from the elementary and secondary school-age population), housing characteristics, or education level, the ACS is the data source recommended by the Census Bureau.

Geographic Area of Interest: SAIPE for Counties and School Districts Only; ACS for Other Small Areas

For counties (and school districts) of small population size, SAIPE data have an advantage over ACS data in that the SAIPE model uses administrative data to help reduce the uncertainty of the estimates. However, ACS estimates are available for a wider array of geographic levels, such as ZIP code tabulation areas, census tracts (subcounty areas of roughly 1,200 to 8,000 people), cities and towns, and greater metropolitan areas.19

Reference Period of Estimate: SAIPE for One Year, ACS for a Five-Year Span

While the ACS has greater flexibility in the topics measured and the geographic areas provided, it can only provide estimates in five-year ranges for the smallest geographic areas. Five years of survey responses are needed to obtain a sample large enough to produce meaningful estimates for populations below 65,000 persons. In this sense the SAIPE data, because they are based on a single year, are more current than the data of the ACS. The distinction has to do with the reference period of the data—both data sources release data on an annual basis; the ACS estimates for small areas are based on the prior five years, not the prior year alone.

Other Considerations

Treatment of Special Populations in the Official Poverty Definition

Regardless of the data source used to measure it, poverty status is not defined for persons in institutions, such as nursing homes or prisons, nor for persons residing in military barracks. These populations are excluded from totals when computing poverty statistics. Furthermore, the homeless population is not counted explicitly in poverty statistics. The ACS is a household survey, thus homeless individuals who are not in shelters are not counted. SAIPE estimates are partially based on Supplemental Nutrition Assistance Program (SNAP) administrative data and tax data, so the part of the homeless population that either filed tax returns or received SNAP benefits might be reflected in the estimates, but only implicitly.

In the decennial census, ACS, and SAIPE estimates, poverty status also is not defined for persons living in college dormitories.20 However, students who live in off-campus housing are included. Because college students tend to have lower money income (which does not include school loans) than average, counties that have large populations of students living off-campus may exhibit higher poverty rates than one might expect given other economic measures for the area, such as the unemployment rate.21

Given the ways that the special populations above either are or are not reflected in poverty statistics, it may be worthwhile to consider whether counties that have large numbers of people in those populations would receive an equitable allocation of funds. Other economic measures may be of use, depending on the type of program for which funds are being targeted.

Persistence Versus Flexibility to Recent Situations

The 10-20-30 provision was developed to identify counties with persistently high poverty rates. Therefore, using that funding approach by itself would not allow flexibility to target counties that have recently experienced economic hardship, such as counties that had a large manufacturing plant close within the past three years. Other interventions besides the 10-20-30 provision may be more appropriate for counties that have had a recent spike in the poverty rate.

Effects of Rounding and Data Source Selection on Lists of Counties

In ARRA, persistent poverty counties were defined as "any county that has had 20 percent or more of its population living in poverty over the past 30 years, as measured by the 1980, 1990, and 2000 decennial censuses."22 Poverty rates published by the Census Bureau are typically reported to one decimal place. The numeral used in the ARRA language was the whole number 20. Thus, for any collection of poverty data, two reasonable approaches to compiling a list of persistent poverty counties include using poverty rates of at least 20.0% in all three years, or using poverty rates that round up to the whole number 20% or greater in all three years (i.e., poverty rates of 19.5% or more in all three years). The former approach is more restrictive and results in a shorter list of counties; the latter approach is more inclusive.23

Table 1 illustrates the number of counties identified as persistent poverty counties using the 1990 and 2000 decennial censuses, and various ACS and SAIPE datasets for the last data point, under both rounding schemes. The rounding method and data source selection can each have large impacts on the number of counties listed. In most years, using SAIPE for the latest year resulted in more counties being identified as persistently poor than were identified by using the ACS; the exceptions were 2019 and 2020. Compared to using 20.0% as the cutoff (rounded to one decimal place), rounding up to 20% from 19.5% adds approximately 40 to 60 counties to the list. Taking both the data source and the rounding method together (Table 2), the list of persistent poverty counties could vary by roughly 60 to 100 counties in a given year depending on the method used.

Table 1. Number of Counties Identified as Persistently Poor, Using Different Datasets and Rounding Methods

Counties identified as having poverty rates of 20% or more (applying rounding methods as indicated below) in 1989 (from 1990 Census), 1999 (from Census 2000), and latest year from datasets indicated below.

Dataset

Rounded to One Decimal Place (20.0% or Greater)

Rounded to Whole Number (19.5% or Greater)

Difference Between Rounding Methods

ACS, 2007-2011a

397

445

48

ACS, 2008-2012

404

456

52

ACS, 2009-2013

402

458

56

ACS, 2010-2014

401

456

55

ACS, 2011-2015

397

453

56

ACS, 2012-2016

392

446

54

ACS, 2013-2017b

386

436

50

ACS, 2014-2018b

384

430

46

ACS, 2015-2019

375

418

43

ACS, 2016-2020c

355

397

42

ACS, 2017-2021

344

387

43

ACS, 2018-2022

348

386

38

ACS, 2019-2023

326

361

35

Mean difference: 47.5

SAIPE, 2011

433

495

62

SAIPE, 2012

435

491

56

SAIPE, 2013

427

490

63

SAIPE, 2014

427

486

59

SAIPE, 2015

419

476

57

SAIPE, 2016

420

469

49

SAIPE, 2017

411

460

49

SAIPE, 2018

395

443

48

SAIPE, 2019

361

407

46

SAIPE, 2020

306

354

48

SAIPE, 2021

362

414

52

SAIPE, 2022

360

417

57

SAIPE, 2023

340

393

53

Mean difference: 53.8

Differences between datasets released in same year

Difference, SAIPE 2011 minus ACS 2007-2011

36

50

Difference, SAIPE 2012 minus ACS 2008-2012

31

35

Difference, SAIPE 2013 minus ACS 2009-2013

25

32

Difference, SAIPE 2014 minus ACS 2010-2014

26

30

Difference, SAIPE 2015 minus ACS 2011-2015

22

23

Difference, SAIPE 2016 minus ACS 2012-2016

28

23

Difference, SAIPE 2017 minus ACS 2013-2017

25

24

Difference, SAIPE 2018 minus ACS 2014-2018

11

13

Difference, ACS 2015-2019 minus SAIPE 2019

14

11

Difference, ACS 2016-2020 minus SAIPE 2020

49

43

Difference, SAIPE 2021 minus ACS 2017-2021

18

27

Difference, SAIPE 2022 minus ACS 2018-2022

12

31

Difference, SAIPE 2023 minus ACS 2019-2023

14

32

Mean difference:

23.9

28.8

Source: Congressional Research Service (CRS) tabulation of data from U.S. Census Bureau, 1990 Census, Census 2000, 2012-2023 Small Area Income and Poverty Estimates, and American Community Survey Five-Year Estimates for 2007-2011, 2008-2012, 2009-2013, 2010-2014, 2011-2015, 2012-2016, 2013-2017, 2014-2018, 2015-2019, 2016-2020, 2017-2021, 2018-2022, and 2019-2023.

Notes: ACS: American Community Survey. SAIPE: Small Area Income and Poverty Estimates. Comparisons between ACS and SAIPE estimates are between datasets released in the same year (both are typically released in December of the year following the reference period). There are 3,144 county-type areas in the United States.

a. These data were used to define persistent poverty in Section 736 of the Consolidated Appropriations Act, 2024 (P.L. 118-42), in reference to a variety of rural development programs.

b. These counts include Rio Arriba County, New Mexico, despite an ACS data collection error that occurred in that county in both 2017 and 2018. The Census Bureau detected the error after the five-year data for 2013-2017 had been released, but before the 2014-2018 data had been released. As a result, the 2014-2018 poverty rate for Rio Arriba County was not published, and the 2013-2017 poverty rate (formerly reported as 26.4%) was removed from the Census Bureau website. The 2012-2016 ACS poverty rate for Rio Arriba County was 23.4%, and the 2018 SAIPE poverty rate was 22.0%. Because the ACS poverty rate immediately before the error (2012-2016) and the SAIPE poverty rate were both above 20.0%, Rio Arriba County is included in this table's counts of persistent poverty counties. For details see https://www.census.gov/programs-surveys/acs/technical-documentation/errata/125.html.

c. These data were used to define persistent poverty in Division B, Title I of the Further Consolidated Appropriations Act, 2024 (P.L. 118-47), in reference to the Community Development Financial Institutions Fund in the Department of the Treasury.

Table 2. Maximum Differences in the Number of Persistent Poverty Counties
by Data Source and Rounding Method

Counties identified as having poverty rates of 20% or more (applying rounding methods as indicated below) in 1989 (from 1990 Census), 1999 (from Census 2000), and latest year from datasets indicated below.

Data Source and Year, Rounding Method,
and Number of Counties

Maximum Difference
(Number of Counties)

Most Counties

Fewest Counties

SAIPE 2011, whole number

495

ACS, 2007-2011, one decimal

397

98

SAIPE 2012, whole number

491

ACS, 2008-2012, one decimal

404

87

SAIPE 2013, whole number

490

ACS, 2009-2013, one decimal

402

88

SAIPE 2014, whole number

486

ACS, 2010-2014, one decimal

401

85

SAIPE 2015, whole number

476

ACS, 2011-2015, one decimal

397

79

SAIPE 2016, whole number

469

ACS, 2012-2016, one decimal

392

77

SAIPE 2017, whole number

460

ACS, 2013-2017, one decimal

386

74

SAIPE 2018, whole number

443

ACS, 2014-2018, one decimal

384

59

ACS, 2015-2019, whole number

418

SAIPE 2019, one decimal

361

57

ACS, 2016-2020, whole number

397

SAIPE 2020, one decimal

306

91

SAIPE 2021, whole number

414

ACS, 2017-2021, one decimal

344

70

SAIPE 2022, whole number

417

ACS, 2018-2022, one decimal

348

69

SAIPE 2023, whole number

393

ACS, 2019-2023, one decimal

326

67

Mean difference:

77.0

Source: Congressional Research Service (CRS) tabulation of data from U.S. Census Bureau, 1990 Census, Census 2000, 2012-2023 Small Area Income and Poverty Estimates, and American Community Survey Five-Year Estimates for 2007-2011, 2008-2012, 2009-2013, 2010-2014, 2011-2015, 2012-2016, 2013-2017, 2014-2018, 2015-2019, 2016-2020, 2017-2021, 2018-2022, and 2019-2023.

Notes: ACS: American Community Survey. SAIPE: Small Area Income and Poverty Estimates. The selection of the data source and rounding method has a large effect on the number of counties identified as being in persistent poverty. The longest list of persistent poverty counties minus the shortest list of persistent poverty counties yields the maximum difference. For example, in 2023 the longest list used SAIPE poverty rates of 19.5% or greater, that is, rounded up to the whole number 20%, while the shortest list used the 2019-2023 ACS Five-Year Estimates, using poverty rates 20.0% or greater. The lists of persistent poverty counties vary by 77 counties on average, depending on which data source is used for the most recent poverty rate estimate, and which rounding method is applied to identify persistent poverty. Comparisons between ACS and SAIPE estimates are between datasets released in the same year (both are typically released in December of the year following the reference period). There are 3,144 county-type areas in the United States.

Example List of Persistent Poverty Counties

The list of persistent poverty counties below (Table 3)24 is based on data from the 1993 SAIPE, Census 2000, and the 2021 SAIPE estimates, and includes the 393 counties with poverty rates of 19.5% or greater (that is, counties with poverty rates that were at least 20% with rounding applied to the whole number). These same counties are mapped in Figure 1.

This list of 393 counties (out of a total of 3,144 nationwide) is similar but not identical to a list that would be compiled if ACS data were used with 1990 and 2000 Census data to determine counties with persistent poverty.

Table 3. List of Persistent Poverty Counties, Based on 1993 Small Area Income and Poverty Estimates (SAIPE), Census 2000, and 2023 SAIPE, Using Poverty Rates of 19.5% or Greater

Count

FIPS Geographic Identification Code

State

County

Congressional District(s) Representing the Countya

Poverty Rate, 1993 (from SAIPE)

Poverty Rate, 1999 (from Census 2000)

Poverty Rate, 2023 (from SAIPE)

1

01005

Alabama

Barbour

2

25.0

26.8

25.5

2

01011

Alabama

Bullock

2

33.0

33.5

33.6

3

01013

Alabama

Butler

2

27.1

24.6

23.6

4

01023

Alabama

Choctaw

7

25.0

24.5

24.8

5

01035

Alabama

Conecuh

2

27.4

26.6

26.5

6

01041

Alabama

Crenshaw

2

22.8

22.1

19.5

7

01047

Alabama

Dallas

7

34.2

31.1

31.4

8

01053

Alabama

Escambia

1

24.4

20.9

21.3

9

01063

Alabama

Greene

7

38.8

34.3

31.0

10

01065

Alabama

Hale

7

31.4

26.9

23.0

11

01085

Alabama

Lowndes

7

36.3

31.4

29.4

12

01087

Alabama

Macon

2

35.3

32.8

28.8

13

01091

Alabama

Marengo

7

28.4

25.9

23.5

14

01105

Alabama

Perry

7

42.4

35.4

33.8

15

01107

Alabama

Pickens

7

25.7

24.9

21.5

16

01109

Alabama

Pike

2

25.6

23.1

23.8

17

01119

Alabama

Sumter

7

35.2

38.7

33.5

18

01131

Alabama

Wilcox

7

41.3

39.9

32.7

19

02050

Alaska

Bethel Census Area

at large

33.2

20.6

29.3

20

02070

Alaska

Dillingham Census Area

at large

20.5

21.4

23.4

21

02158

Alaska

Kusilvak Census Areab

at large

41.4

26.2

30.8

22

02290

Alaska

Yukon-Koyukuk Census Area

at large

29.6

23.8

21.9

23

04001

Arizona

Apache

2

40.8

37.8

29.6

24

04017

Arizona

Navajo

2

31.2

29.5

24.7

25

04023

Arizona

Santa Cruz

7

27.4

24.5

20.1

26

05011

Arkansas

Bradley

4

23.8

26.3

23.2

27

05017

Arkansas

Chicot

1

38.8

28.6

29.7

28

05027

Arkansas

Columbia

4

23.6

21.1

23.3

29

05035

Arkansas

Crittenden

1

28.0

25.3

20.6

30

05041

Arkansas

Desha

1

30.6

28.9

25.0

31

05069

Arkansas

Jefferson

4

27.6

20.5

24.3

32

05073

Arkansas

Lafayette

4

30.0

23.2

22.8

33

05077

Arkansas

Lee

1

45.4

29.9

38.7

34

05079

Arkansas

Lincoln

1

29.0

19.5

26.2

35

05093

Arkansas

Mississippi

1

26.2

23.0

24.9

36

05095

Arkansas

Monroe

1

33.0

27.5

26.3

37

05099

Arkansas

Nevada

4

19.9

22.8

23.2

38

05107

Arkansas

Phillips

1

42.7

32.7

34.2

39

05123

Arkansas

St. Francis

1

35.7

27.5

34.3

40

05129

Arkansas

Searcy

1

26.8

23.8

20.2

41

05147

Arkansas

Woodruff

1

31.8

27.0

24.4

42

08003

Colorado

Alamosa

3

24.0

21.3

21.7

43

08011

Colorado

Bent

4

20.0

19.5

28.6

44

08023

Colorado

Costilla

3

33.5

26.8

22.6

45

08099

Colorado

Prowers

4

21.3

19.5

20.1

46

08109

Colorado

Saguache

3

30.5

22.6

20.6

47

12013

Florida

Calhoun

2

22.3

20.0

22.9

48

12039

Florida

Gadsden

2

29.2

19.9

21.5

49

12047

Florida

Hamilton

3

24.3

26.0

21.9

50

12049

Florida

Hardee

18

27.0

24.6

20.5

51

12051

Florida

Hendry

18

22.9

24.1

22.1

52

12077

Florida

Liberty

2

19.8

19.9

20.8

53

12079

Florida

Madison

2

23.8

23.1

19.8

54

12107

Florida

Putnam

6

24.3

20.9

21.1

55

13003

Georgia

Atkinson

8

24.2

23.0

22.4

56

13005

Georgia

Bacon

1

24.2

23.7

22.9

57

13007

Georgia

Baker

2

26.8

23.4

26.2

58

13017

Georgia

Ben Hill

8

23.7

22.3

24.4

59

13027

Georgia

Brooks

8

29.8

23.4

22.8

60

13031

Georgia

Bulloch

12

22.4

24.5

23.7

61

13033

Georgia

Burke

12

29.2

28.7

21.2

62

13037

Georgia

Calhoun

2

29.2

26.5

35.5

63

13043

Georgia

Candler

12

25.5

26.1

21.5

64

13049

Georgia

Charlton

1

21.3

20.9

26.2

65

13059

Georgia

Clarke

10

22.3

28.3

24.1

66

13061

Georgia

Clay

2

35.4

31.3

26.4

67

13065

Georgia

Clinch

8

25.0

23.4

23.3

68

13071

Georgia

Colquitt

8

25.8

19.8

23.4

69

13075

Georgia

Cook

8

22.5

20.7

19.9

70

13081

Georgia

Crisp

8

30.4

29.3

26.0

71

13087

Georgia

Decatur

2

26.9

22.7

22.3

72

13093

Georgia

Dooly

2

29.0

22.1

22.5

73

13095

Georgia

Dougherty

2

27.6

24.8

26.4

74

13099

Georgia

Early

2

32.0

25.7

25.5

75

13101

Georgia

Echols

8

22.9

28.7

21.6

76

13107

Georgia

Emanuel

12

28.4

27.4

26.1

77

13109

Georgia

Evans

12

25.6

27.0

23.7

78

13131

Georgia

Grady

2

24.9

21.3

19.7

79

13141

Georgia

Hancock

10

28.8

29.4

30.3

80

13163

Georgia

Jefferson

12

27.7

23.0

22.5

81

13165

Georgia

Jenkins

12

25.2

28.4

28.9

82

13167

Georgia

Johnson

12

24.5

22.6

26.2

83

13193

Georgia

Macon

2

30.2

25.8

31.6

84

13197

Georgia

Marion

2

24.1

22.4

24.2

85

13201

Georgia

Miller

2

24.0

21.2

21.1

86

13205

Georgia

Mitchell

2

30.7

26.4

23.8

87

13209

Georgia

Montgomery

12

23.1

19.9

20.7

88

13239

Georgia

Quitman

2

28.0

21.9

23.7

89

13243

Georgia

Randolph

2

34.9

27.7

26.7

90

13245

Georgia

Richmond

12

21.9

19.6

22.2

91

13251

Georgia

Screven

12

22.3

20.1

22.5

92

13253

Georgia

Seminole

2

27.6

23.2

22.3

93

13259

Georgia

Stewart

2

29.8

22.2

32.5

94

13261

Georgia

Sumter

2

26.0

21.4

26.3

95

13263

Georgia

Talbot

2

22.3

24.2

27.3

96

13265

Georgia

Taliaferro

10

27.6

23.4

24.5

97

13267

Georgia

Tattnall

12

26.2

23.9

25.7

98

13269

Georgia

Taylor

2

25.6

26.0

26.6

99

13271

Georgia

Telfair

8

26.3

21.2

30.1

100

13273

Georgia

Terrell

2

30.9

28.6

28.1

101

13279

Georgia

Toombs

12

25.0

23.9

22.8

102

13283

Georgia

Treutlen

12

27.0

26.3

24.0

103

13287

Georgia

Turner

8

29.8

26.7

23.9

104

13289

Georgia

Twiggs

8

22.5

19.7

21.3

105

13299

Georgia

Ware

1

22.6

20.5

19.9

106

13301

Georgia

Warren

12

27.1

27.0

24.2

107

13303

Georgia

Washington

12

23.4

22.9

21.6

108

13309

Georgia

Wheeler

12

26.2

25.3

36.3

109

13315

Georgia

Wilcox

8

27.4

21.0

28.4

110

17003

Illinois

Alexander

12

30.1

26.1

25.8

111

17077

Illinois

Jackson

12

21.3

25.2

20.7

112

17153

Illinois

Pulaski

12

25.5

24.7

22.4

113

21001

Kentucky

Adair

1

24.2

24.0

22.1

114

21013

Kentucky

Bell

5

34.8

31.1

28.9

115

21025

Kentucky

Breathitt

5

40.3

33.2

30.3

116

21045

Kentucky

Casey

1

27.3

25.5

21.1

117

21051

Kentucky

Clay

5

40.3

39.7

37.2

118

21053

Kentucky

Clinton

1

35.2

25.8

23.6

119

21057

Kentucky

Cumberland

1

30.5

23.8

23.1

120

21063

Kentucky

Elliott

5

34.4

25.9

25.8

121

21065

Kentucky

Estill

6

29.5

26.4

22.7

122

21071

Kentucky

Floyd

5

32.4

30.3

26.5

123

21075

Kentucky

Fulton

1

29.2

23.1

25.9

124

21095

Kentucky

Harlan

5

33.6

32.5

29.7

125

21109

Kentucky

Jackson

5

36.1

30.2

23.9

126

21115

Kentucky

Johnson

5

29.2

26.6

25.0

127

21119

Kentucky

Knott

5

35.5

31.1

26.1

128

21121

Kentucky

Knox

5

37.9

34.8

35.0

129

21125

Kentucky

Laurel

5

25.3

21.3

21.8

130

21127

Kentucky

Lawrence

5

32.8

30.7

20.6

131

21129

Kentucky

Lee

5

39.3

30.4

31.1

132

21131

Kentucky

Leslie

5

34.1

32.7

26.7

133

21133

Kentucky

Letcher

5

31.8

27.1

23.8

134

21135

Kentucky

Lewis

4

29.0

28.5

22.1

135

21147

Kentucky

McCreary

5

43.8

32.2

35.9

136

21153

Kentucky

Magoffin

5

39.1

36.6

29.2

137

21159

Kentucky

Martin

5

33.0

37.0

48.1

138

21165

Kentucky

Menifee

5

31.6

29.6

25.1

139

21169

Kentucky

Metcalfe

1

25.3

23.6

24.2

140

21171

Kentucky

Monroe

1

24.3

23.4

23.7

141

21175

Kentucky

Morgan

5

37.4

27.2

24.7

142

21177

Kentucky

Muhlenberg

2

22.5

19.7

20.2

143

21189

Kentucky

Owsley

5

46.4

45.4

33.1

144

21193

Kentucky

Perry

5

32.5

29.1

29.7

145

21195

Kentucky

Pike

5

26.0

23.4

23.4

146

21197

Kentucky

Powell

6

28.3

23.5

22.1

147

21201

Kentucky

Robertson

4

21.8

22.2

19.6

148

21203

Kentucky

Rockcastle

5

29.7

23.1

21.8

149

21205

Kentucky

Rowan

5

27.3

21.3

24.0

150

21207

Kentucky

Russell

1

24.1

24.3

22.3

151

21231

Kentucky

Wayne

5

34.3

29.4

25.0

152

21235

Kentucky

Whitley

5

30.6

26.4

26.9

153

21237

Kentucky

Wolfe

5

40.0

35.9

28.6

154

22001

Louisiana

Acadia Parish

3

27.6

24.5

25.0

155

22003

Louisiana

Allen Parish

4

30.5

19.9

20.1

156

22009

Louisiana

Avoyelles Parish

5, 6

34.1

25.9

27.0

157

22013

Louisiana

Bienville Parish

4

27.3

26.1

25.3

158

22017

Louisiana

Caddo Parish

4, 6

25.3

21.1

22.8

159

22021

Louisiana

Caldwell Parish

5

24.3

21.2

20.3

160

22025

Louisiana

Catahoula Parish

5

30.7

28.1

30.0

161

22027

Louisiana

Claiborne Parish

4

29.4

26.5

29.2

162

22029

Louisiana

Concordia Parish

5

29.3

29.1

25.2

163

22035

Louisiana

East Carroll Parish

5

52.0

40.5

46.5

164

22037

Louisiana

East Feliciana Parish

5

25.6

23.0

19.9

165

22039

Louisiana

Evangeline Parish

4

31.1

32.2

22.2

166

22041

Louisiana

Franklin Parish

5

33.2

28.4

23.9

167

22043

Louisiana

Grant Parish

4

23.5

21.5

20.4

168

22045

Louisiana

Iberia Parish

3

23.9

23.6

22.1

169

22047

Louisiana

Iberville Parish

2

27.6

23.1

20.2

170

22061

Louisiana

Lincoln Parish

4

24.4

26.5

28.4

171

22065

Louisiana

Madison Parish

5

39.8

36.7

34.1

172

22067

Louisiana

Morehouse Parish

5

31.5

26.8

31.3

173

22069

Louisiana

Natchitoches Parish

6

31.0

26.5

24.3

174

22071

Louisiana

Orleans Parish

1, 2

37.9

27.9

23.1

175

22073

Louisiana

Ouachita Parish

4, 5

25.1

20.7

21.4

176

22077

Louisiana

Pointe Coupee Parish

6

26.1

23.1

20.1

177

22079

Louisiana

Rapides Parish

4, 6

24.1

20.5

19.9

178

22081

Louisiana

Red River Parish

4

29.3

29.9

24.5

179

22083

Louisiana

Richland Parish

5

32.3

27.9

25.1

180

22091

Louisiana

St. Helena Parish

5

30.1

26.8

22.8

181

22097

Louisiana

St. Landry Parish

6

32.6

29.3

23.2

182

22101

Louisiana

St. Mary Parish

3

26.6

23.6

21.4

183

22107

Louisiana

Tensas Parish

5

40.1

36.3

30.8

184

22117

Louisiana

Washington Parish

5

31.0

24.7

23.3

185

22119

Louisiana

Webster Parish

4

22.7

20.2

20.3

186

22123

Louisiana

West Carroll Parish

5

27.3

23.4

19.6

187

22125

Louisiana

West Feliciana Parish

5

28.7

19.9

22.3

188

22127

Louisiana

Winn Parish

4

26.6

21.5

24.2

189

24039

Maryland

Somerset

1

22.3

20.1

22.9

190

24510

Maryland

Baltimore city

2, 7

25.7

22.9

20.2

191

28001

Mississippi

Adams

2

29.2

25.9

25.2

192

28005

Mississippi

Amite

2

27.0

22.6

22.8

193

28009

Mississippi

Benton

1

28.1

23.2

20.0

194

28011

Mississippi

Bolivar

2

40.1

33.3

38.7

195

28017

Mississippi

Chickasaw

1

20.9

20.0

19.6

196

28021

Mississippi

Claiborne

2

40.4

32.4

32.7

197

28025

Mississippi

Clay

1

26.2

23.5

20.7

198

28027

Mississippi

Coahoma

2

42.2

35.9

30.8

199

28029

Mississippi

Copiah

2

31.2

25.1

21.4

200

28041

Mississippi

Greene

4

26.6

19.6

22.1

201

28043

Mississippi

Grenada

2

23.3

20.9

20.9

202

28049

Mississippi

Hinds

2, 3

26.1

19.9

21.0

203

28051

Mississippi

Holmes

2

50.0

41.1

35.6

204

28053

Mississippi

Humphreys

2

41.9

38.2

32.8

205

28055

Mississippi

Issaquena

2

40.0

33.2

49.6

206

28061

Mississippi

Jasper

3

26.2

22.7

20.1

207

28063

Mississippi

Jefferson

2

39.3

36.0

30.2

208

28065

Mississippi

Jefferson Davis

3

34.8

28.2

25.0

209

28069

Mississippi

Kemper

3

29.8

26.0

25.9

210

28075

Mississippi

Lauderdale

3

23.6

20.8

23.6

211

28079

Mississippi

Leake

2

27.5

23.3

20.6

212

28083

Mississippi

Leflore

2

37.6

34.8

28.8

213

28087

Mississippi

Lowndes

1

21.7

21.3

19.9

214

28091

Mississippi

Marion

3

31.8

24.8

21.5

215

28093

Mississippi

Marshall

1

28.3

21.9

21.1

216

28097

Mississippi

Montgomery

2

28.0

24.3

21.6

217

28099

Mississippi

Neshoba

3

24.6

21.0

20.5

218

28103

Mississippi

Noxubee

3

36.9

32.8

28.9

219

28105

Mississippi

Oktibbeha

1, 3

26.1

28.2

25.5

220

28107

Mississippi

Panola

2

29.6

25.3

26.2

221

28111

Mississippi

Perry

4

26.3

22.0

19.6

222

28113

Mississippi

Pike

3

30.8

25.3

23.6

223

28119

Mississippi

Quitman

2

40.2

33.1

32.1

224

28123

Mississippi

Scott

3

24.1

20.7

21.1

225

28125

Mississippi

Sharkey

2

44.3

38.3

34.5

226

28127

Mississippi

Simpson

3

23.0

21.6

20.1

227

28133

Mississippi

Sunflower

2

45.9

30.0

32.5

228

28135

Mississippi

Tallahatchie

2

38.9

32.2

31.2

229

28143

Mississippi

Tunica

2

43.4

33.1

27.6

230

28147

Mississippi

Walthall

3

37.4

27.8

20.6

231

28151

Mississippi

Washington

2

35.8

29.2

35.5

232

28153

Mississippi

Wayne

4

29.2

25.4

21.0

233

28157

Mississippi

Wilkinson

2

36.5

37.7

32.2

234

28159

Mississippi

Winston

3

26.9

23.7

27.4

235

28161

Mississippi

Yalobusha

2

26.1

21.8

20.7

236

28163

Mississippi

Yazoo

2

38.2

31.9

30.9

237

29069

Missouri

Dunklin

8

28.2

24.5

23.0

238

29133

Missouri

Mississippi

8

30.4

23.7

20.5

239

29143

Missouri

New Madrid

8

25.9

22.1

19.9

240

29153

Missouri

Ozark

8

23.0

21.6

20.2

241

29155

Missouri

Pemiscot

8

34.7

30.4

27.4

242

29179

Missouri

Reynolds

8

23.9

20.1

19.8

243

29181

Missouri

Ripley

8

30.4

22.0

20.5

244

29203

Missouri

Shannon

8

27.5

26.9

22.9

245

29215

Missouri

Texas

8

22.4

21.4

20.3

246

29221

Missouri

Washington

3

28.1

20.8

19.7

247

29223

Missouri

Wayne

8

27.5

21.9

22.4

248

29510

Missouri

St. Louis city

1

32.5

24.6

20.1

249

30003

Montana

Big Horn

2

30.2

29.2

21.7

250

30005

Montana

Blaine

2

22.2

28.1

20.5

251

30035

Montana

Glacier

1

31.4

27.3

28.0

252

30085

Montana

Roosevelt

2

26.9

32.4

24.3

253

31173

Nebraska

Thurston

3

23.9

25.6

19.6

254

35005

New Mexico

Chaves

1, 2, 3

24.9

21.3

20.1

255

35006

New Mexico

Cibola

2

28.1

24.8

23.7

256

35013

New Mexico

Doña Ana

2

30.0

25.4

19.8

257

35019

New Mexico

Guadalupe

1

31.0

21.6

24.9

258

35023

New Mexico

Hidalgo

2

23.4

27.3

24.0

259

35029

New Mexico

Luna

2

34.3

32.9

26.4

260

35031

New Mexico

McKinley

2, 3

38.7

36.1

34.3

261

35033

New Mexico

Mora

3

30.7

25.4

20.9

262

35037

New Mexico

Quay

3

27.7

20.9

22.8

263

35045

New Mexico

San Juan

3

22.3

21.5

19.9

264

35047

New Mexico

San Miguel

3

30.5

24.4

24.7

265

35051

New Mexico

Sierra

2

23.1

20.9

23.5

266

35053

New Mexico

Socorro

2

31.2

31.7

25.2

267

36005

New York

Bronx

13, 14, 15, 16

33.3

30.7

27.7

268

37015

North Carolina

Bertie

1

25.3

23.5

24.3

269

37047

North Carolina

Columbus

7

23.7

22.7

20.1

270

37065

North Carolina

Edgecombe

1

23.1

19.6

22.6

271

37083

North Carolina

Halifax

1

26.4

23.9

25.5

272

37131

North Carolina

Northampton

1

24.5

21.3

20.7

273

37155

North Carolina

Robeson

7, 8

24.5

22.8

27.7

274

37165

North Carolina

Scotland

8

20.3

20.6

28.6

275

37177

North Carolina

Tyrrell

1

26.1

23.3

21.4

276

37181

North Carolina

Vance

1

20.5

20.5

23.2

277

37187

North Carolina

Washington

1

21.0

21.8

22.6

278

38005

North Dakota

Benson

at large

29.3

29.1

22.7

279

38079

North Dakota

Rolette

at large

33.8

31.0

23.5

280

38085

North Dakota

Sioux

at large

37.0

39.2

34.9

281

39009

Ohio

Athens

12

23.4

27.4

25.3

282

39105

Ohio

Meigs

2

23.2

19.8

20.8

283

40001

Oklahoma

Adair

2

25.0

23.2

23.1

284

40005

Oklahoma

Atoka

2

28.3

19.8

20.0

285

40015

Oklahoma

Caddo

3

26.6

21.7

21.1

286

40023

Oklahoma

Choctaw

2

33.3

24.3

23.5

287

40029

Oklahoma

Coal

2

25.9

23.1

21.3

288

40055

Oklahoma

Greer

3

26.2

19.6

25.7

289

40057

Oklahoma

Harmon

3

33.9

29.7

25.1

290

40063

Oklahoma

Hughes

2

26.4

21.9

24.2

291

40069

Oklahoma

Johnston

2

26.7

22.0

19.9

292

40077

Oklahoma

Latimer

2

24.9

22.7

23.1

293

40089

Oklahoma

McCurtain

2

31.4

24.7

22.2

294

40107

Oklahoma

Okfuskee

2

29.4

23.0

25.0

295

40127

Oklahoma

Pushmataha

2

30.2

23.2

23.6

296

40135

Oklahoma

Sequoyah

2

23.6

19.8

22.3

297

40141

Oklahoma

Tillman

4

25.6

21.9

19.7

298

42101

Pennsylvania

Philadelphia

2, 3, 5

26.5

22.9

20.3

299

45005

South Carolina

Allendale

6

34.3

34.5

32.6

300

45009

South Carolina

Bamberg

6

27.9

27.8

27.7

301

45011

South Carolina

Barnwell

2

21.9

20.9

27.2

302

45027

South Carolina

Clarendon

6

29.8

23.1

20.0

303

45029

South Carolina

Colleton

1, 6

24.1

21.1

23.0

304

45031

South Carolina

Darlington

7

21.8

20.3

22.3

305

45033

South Carolina

Dillon

7

28.4

24.2

24.4

306

45039

South Carolina

Fairfield

5

22.2

19.6

20.7

307

45049

South Carolina

Hampton

6

24.4

21.8

24.2

308

45061

South Carolina

Lee

5

31.4

21.8

24.5

309

45067

South Carolina

Marion

7

26.3

23.2

25.4

310

45069

South Carolina

Marlboro

7

24.1

21.7

27.2

311

45075

South Carolina

Orangeburg

2, 6

25.6

21.4

21.7

312

45089

South Carolina

Williamsburg

6

28.0

27.9

24.8

313

46007

South Dakota

Bennett

at large

33.4

39.2

27.7

314

46017

South Dakota

Buffalo

at large

28.9

56.9

33.1

315

46023

South Dakota

Charles Mix

at large

23.1

26.9

21.4

316

46031

South Dakota

Corson

at large

34.5

41.0

33.7

317

46041

South Dakota

Dewey

at large

32.0

33.6

26.2

318

46071

South Dakota

Jackson

at large

31.0

36.5

29.8

319

46095

South Dakota

Mellette

at large

33.4

35.8

26.0

320

46102

South Dakota

Oglala Lakotac

at large

49.9

52.3

37.1

321

46121

South Dakota

Todd

at large

44.5

48.3

35.6

322

46137

South Dakota

Ziebach

at large

41.7

49.9

46.2

323

47013

Tennessee

Campbell

2, 3

28.0

22.8

20.6

324

47029

Tennessee

Cocke

1

25.2

22.5

20.4

325

47061

Tennessee

Grundy

4

27.7

25.8

22.8

326

47067

Tennessee

Hancock

1

33.9

29.4

26.7

327

47069

Tennessee

Hardeman

8

24.1

19.7

21.5

328

47075

Tennessee

Haywood

8

27.6

19.5

21.0

329

47091

Tennessee

Johnson

1

24.4

22.6

20.9

330

47095

Tennessee

Lake

8

33.2

23.6

34.0

331

47151

Tennessee

Scott

3, 6

30.5

20.2

21.0

332

48025

Texas

Bee

27

28.2

24.0

24.9

333

48041

Texas

Brazos

10

19.9

26.9

23.7

334

48047

Texas

Brooks

15

38.2

40.2

29.7

335

48061

Texas

Cameron

34

38.5

33.1

23.5

336

48079

Texas

Cochran

19

28.6

27.0

22.0

337

48107

Texas

Crosby

19

29.2

28.1

21.7

338

48109

Texas

Culberson

23

31.3

25.1

20.5

339

48115

Texas

Dawson

19

28.1

19.7

19.7

340

48127

Texas

Dimmit

23

40.3

33.2

27.3

341

48131

Texas

Duval

28

34.3

27.2

29.1

342

48137

Texas

Edwards

23

29.1

31.6

19.7

343

48145

Texas

Falls

17

28.0

22.6

20.1

344

48153

Texas

Floyd

19

27.4

21.5

20.3

345

48163

Texas

Frio

23

35.0

29.0

25.6

346

48191

Texas

Hall

13

27.7

26.3

22.1

347

48215

Texas

Hidalgo

15, 34

41.1

35.9

26.9

348

48225

Texas

Houston

17

25.2

21.0

21.8

349

48229

Texas

Hudspeth

23

28.4

35.8

32.0

350

48247

Texas

Jim Hogg

28

30.8

25.9

24.6

351

48249

Texas

Jim Wells

15

29.5

24.1

21.2

352

48255

Texas

Karnes

15

28.6

21.9

23.6

353

48271

Texas

Kinney

23

26.5

24.0

21.0

354

48273

Texas

Kleberg

34

26.0

26.7

22.1

355

48275

Texas

Knox

13

22.8

22.9

20.5

356

48283

Texas

La Salle

23

35.2

29.8

27.1

357

48315

Texas

Marion

1

27.1

22.4

21.7

358

48323

Texas

Maverick

23

44.8

34.8

22.8

359

48327

Texas

Menard

11

27.0

25.8

20.0

360

48347

Texas

Nacogdoches

17

21.8

23.3

19.6

361

48353

Texas

Nolan

19

21.7

21.7

20.4

362

48371

Texas

Pecos

23

27.0

20.4

21.2

363

48377

Texas

Presidio

23

37.6

36.4

22.9

364

48405

Texas

San Augustine

1

22.8

21.2

20.3

365

48427

Texas

Starr

28

49.9

50.9

28.8

366

48463

Texas

Uvalde

23

32.7

24.3

21.0

367

48465

Texas

Val Verde

23

33.2

26.1

20.2

368

48479

Texas

Webb

28

36.1

31.2

22.5

369

48489

Texas

Willacy

34

41.0

33.2

27.8

370

48505

Texas

Zapata

28

34.8

35.8

30.4

371

48507

Texas

Zavala

23

44.5

41.8

28.9

372

51027

Virginia

Buchanan

9

22.7

23.2

22.8

373

51105

Virginia

Lee

9

30.4

23.9

25.0

374

51540

Virginia

Charlottesville city

5

22.7

25.9

19.6

375

51590

Virginia

Danville city

5

20.1

20.0

23.4

376

51620

Virginia

Franklin city

2

21.7

19.8

19.8

377

51720

Virginia

Norton city

9

23.7

22.8

20.6

378

51730

Virginia

Petersburg city

4

24.3

19.6

21.2

379

54001

West Virginia

Barbour

2

28.2

22.6

20.0

380

54005

West Virginia

Boone

1

25.9

22.0

20.8

381

54007

West Virginia

Braxton

1

28.2

22.0

19.7

382

54013

West Virginia

Calhoun

1

30.9

25.1

21.3

383

54015

West Virginia

Clay

1

35.8

27.5

23.5

384

54021

West Virginia

Gilmer

1

32.3

25.9

26.4

385

54043

West Virginia

Lincoln

1

32.8

27.9

21.7

386

54047

West Virginia

McDowell

1

38.8

37.7

36.2

387

54055

West Virginia

Mercer

1

23.9

19.7

19.7

388

54059

West Virginia

Mingo

1

30.5

29.7

28.8

389

54087

West Virginia

Roane

1

27.9

22.6

19.6

390

54089

West Virginia

Summers

1

29.6

24.4

22.6

391

54101

West Virginia

Webster

1

36.4

31.8

26.3

392

54109

West Virginia

Wyoming

1

28.3

25.1

21.5

393

55078

Wisconsin

Menominee

8

31.0

28.8

27.4

Source: Congressional Research Service (CRS) tabulation of data from U.S. Census Bureau, 1993 and 2023 Small Area Income and Poverty Estimates, Census 2000, and 119th Congress Block Equivalency File (downloaded February 19, 2025).

Notes: FIPS: Federal Information Processing Standard.

a. Numbers are ordinal, referring to the name of the congressional district(s) present in the county. For example, Barbour County, Alabama is represented by Alabama's 2nd Congressional District (indicated by the 2). A congressional district may span multiple counties; conversely, a single county may be split among multiple congressional districts. Part of Orleans Parish, Louisiana, for example, is represented by Louisiana's 1st Congressional District (indicated by the 1) and part by the 2nd Congressional District (indicated by the 2). Counties labeled "at large" are located in states that have one member of the House of Representatives for the entire state.

b. Changed name and geographic code effective July 1, 2015, from Wade Hampton Census Area (02270) to Kusilvak Census Area (02158).

c. Changed name and geographic code effective May 1, 2015, from Shannon County (46113) to Oglala Lakota County (46102).

Figure 1. Persistent Poverty Counties Using Two Rounding Methods, Based on
1993 and 2023 Small Area Income and Poverty Estimates and Census 2000

Source: Created by the Congressional Research Service (CRS) using data from U.S. Census Bureau, 1993 and 2023 Small Area Income and Poverty Estimates, and Census 2000.

Appendix. Details on the Data Sources

Decennial Census of Population and Housing, Long Form

Poverty estimates are computed using data from household surveys, which are based on a sample of households. To obtain meaningful estimates for any geographic area, the sample has to include enough responses from that area so that selecting a different sample of households from that area would not likely result in a dramatically different estimate. If estimates for smaller geographic areas are desired, a larger sample size is needed. A national-level survey, for instance, could produce reliable estimates for the United States without obtaining any responses from many counties, particularly counties with small populations. To produce estimates for all 3,144 county areas in the nation, however, not only are responses needed from every county, but those responses have to be plentiful enough from each county so that the estimates are meaningful (i.e., their margins of error are not unhelpfully wide).

Before the mid-1990s, the only data source with a sample size large enough to provide meaningful estimates at the county level (and for other small geographic areas) was the decennial census. The other household surveys available prior to that time did not have a sample size large enough to produce meaningful estimates for small areas such as counties. Income questions were asked on the census long form, which was sent to one-sixth of all U.S. households; the rest received the census short form, which did not ask about income. While technically still a sample, one-sixth of all households was a large enough sample to provide poverty estimates for every county in the nation, and even for smaller areas such as small towns. The long form was discontinued after Census 2000, and therefore poverty data are no longer available from the decennial census for the 50 states, the District of Columbia, and Puerto Rico.25 Beginning in the mid-1990s, however, two additional data sources were developed to ensure that poverty estimates for small areas such as counties would still be available: the American Community Survey (ACS), and the Small Area Income and Poverty Estimates program (SAIPE).

American Community Survey (ACS)

The ACS replaced the decennial census long form. It was developed to accommodate the needs of local government officials and other stakeholders who needed detailed information on small communities on a more frequent basis than once every 10 years. To that end, the ACS questionnaire was designed to reflect the same topics asked in the census long form.

To produce meaningful estimates for small communities, the ACS needs to collect a number of responses comparable to what was collected in the decennial census.26 To collect that many responses while providing information more currently than once every 10 years, the ACS collects information from respondents continuously, in every month, as opposed to at one time of the year, and responses over time are pooled to provide estimates at varying geographic levels. To obtain estimates for geographic areas of 65,000 or more persons, one year's worth of responses are pooled—these are the ACS one-year estimates. For the smallest geographic levels, which include the complete set of U.S. counties, five years of monthly responses are needed: these are the ACS five-year estimates. Even though data collection is ongoing, the publication of the data takes place once every year, both for the one-year estimates and the estimates that represent the previous five-year span.

Small Area Income and Poverty Estimates (SAIPE)

The SAIPE program was developed in the 1990s in order to provide state and local government officials with poverty estimates for local areas in between the decennial census years. In the Improving America's Schools Act of 1994 (IASA, P.L. 103-382), which amended the Elementary and Secondary Education Act of 1965 (ESEA), Congress recognized that providing funding for children in disadvantaged communities created a need for poverty data for those communities that were more current than the once-a-decade census. In the IASA, Congress provided for the development and evaluation of the SAIPE program for its use in Title I-A funding allocations.27

SAIPE estimates are model-based, meaning they use a mathematical procedure to compute estimates using both survey data (ACS one-year data) and administrative data (from tax returns and numbers of participants in the Supplemental Nutrition Assistance Program, or SNAP). The modeling procedure produces estimates with less variability than estimates computed from survey data alone, especially for counties with small populations.

Guidance from the U.S. Census Bureau,
"Which Data Source to Use for Poverty"28

The CPS ASEC[29] provides the most timely and accurate national data on income and is the source of official national poverty estimates, hence it is the preferred source for national analysis. Because of its large sample size, the ACS is preferred for subnational data on income and poverty by detailed demographic characteristics. The Census Bureau recommends using the ACS for 1-year estimates of income and poverty at the state level. Users looking for consistent, state-level trends should use CPS ASEC 2-year averages and CPS ASEC 3-year averages for state to state comparisons.

For substate areas, like counties, users should consider their specific needs when picking the appropriate data source. The SAIPE program produces overall poverty and household income 1-year estimates with standard errors usually smaller than direct survey estimates. Users looking to compare estimates of the number and percentage of people in poverty for counties or school districts or the median household income for counties should use SAIPE, especially if the population is less than 65,000. Users who need other characteristics such as poverty among Hispanics or median earnings, should use the ACS, where and when available.

The SIPP[30] is the only Census Bureau source of longitudinal poverty data. As SIPP collects monthly income over 2.5 to 5 year panels, it is also a source of poverty estimates for time periods more or less than one year, including monthly poverty rates.

Table A-1 below reproduces the Census Bureau's recommendations, summarized for various geographic levels.

Table A-1. U.S. Census Bureau's Guidance on Poverty Data Sources by Geographic Level and Type of Estimate

Cross-Sectional Estimates

Geographic Level

Income/Poverty Rate

Detailed Characteristics

Year-to-Year Change

Longitudinal Estimates

United States

CPS ASEC

CPS ASEC/

ACS 1-year estimates for detailed race groups

CPS ASEC

SIPP

States

ACS 1-year estimates

CPS ASEC 3-year averages

ACS 1-year estimates

ACS 1-year estimates

Substate (areas with populations of 65,000 or more)

ACS 1-year estimates/

SAIPE for counties and school districts

ACS 1-year estimates

ACS 1-year estimates / SAIPE for counties and school districts

None

Substate (areas with populations less than 20,000)a

SAIPE for counties and school districts/

ACS using 5-year period estimates for all other geographic entities/

Decennial Census 2000 and prior

ACS 5-year estimates/

Decennial Census 2000 and prior

SAIPE for counties and school districts/

ACS using 5-year period estimates for all other geographic entitiesb

None

State-to-Nation comparison

CPS ASEC

CPS ASEC

CPS ASEC

Source: Congressional Research Service (CRS) formatted reproduction of table by U.S. Census Bureau, with an expansion to the notes. Original table downloaded from http://www.census.gov/topics/income-poverty/poverty/guidance/data-sources.html, January 25, 2023.

Notes:

ACS: American Community Survey.

CPS ASEC: Current Population Survey, Annual Social and Economic Supplement.

SAIPE: Small Area Income and Poverty Estimates.

SIPP: Survey of Income and Program Participation.

a. Data for areas with populations of 20,000 to 65,000 persons previously had produced been using ACS three-year estimates, but are now only produced using the ACS five-year estimates. ACS three-year estimates are no longer produced (with 2011-2013 data as the last in the series). For details, see https://www.census.gov/programs-surveys/acs/guidance/estimates.html.

b. Use non-overlapping periods for ACS trend analysis with multiyear estimates. For example, comparing 2006-2010 ACS five-year estimates with 2011-2015 ACS five-year estimates is preferred for identifying change.


Sarah K. Braun, CRS Research Librarian, assisted with legislative research, and Calvin DeSouza, CRS GIS Analyst, created the county map.

Footnotes

1.

While the 1980-2000 period is actually 20 years, local communities have traditionally relied upon the decennial census data for small areas up to 10 years after their publication, hence the reference to "30 years." However, since the late 1990s newer data sources have become available for small communities at intervals shorter than 10 years, which has implications that will be discussed in this report.

2.

For a more thorough discussion of how poverty is defined and measured, see CRS Report R44780, An Introduction to Poverty Measurement, by Joseph Dalaker.

3.

Additionally, in the 112th Congress, the 10-20-30 provision was proposed as an amendment to H.R. 1 that was not adopted.

4.

In the 118th Congress, the Consolidated Appropriations Act, 2024 (P.L. 118-42) included 10-20-30 language in numerous sections: Section 736, in reference to loans and grants for rural housing, business and economic development, and utilities; Section 533, in reference to grants authorized by the Public Works and Economic Development Act of 1965 and grants authorized by Section 27 of the Stevenson-Wydler Technology Innovation Act of 1980; Division E, Title II, in reference to the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA) of 1980 and its role in authorizing funding for brownfields site assessment and remediation; and Division F, Title I, for National Infrastructure Investments, though in that case a figure of 5% rather than 10% was to be set aside, among other provisions. In the Further Consolidated Appropriations Act, 2024 (P.L. 118-47), Division B Title I applied the 10-20-30 provision to the Community Development Financial Institutions (CDFI) Fund Program Account.

5.

For example, the following research articles discuss the linkages between persistent poverty and cancer, depression, and academic achievement and school quality. For a discussion of liver cancer, see Matthew Ledenko and Tushar Patel, "Association of county level poverty with mortality from primary liver cancers," Cancer Medicine, vol. 13 no. 15, August 2024, https://doi.org/10.1002/cam4.7463; for a discussion of breast cancer, see Robert B. Hines et al., "Health insurance and neighborhood poverty as mediators of racial disparities in advanced disease stage at diagnosis and nonreceipt of surgery for women with breast cancer," Cancer Medicine, vol. 12 no. 14, July 2023, https://doi.org/10.1002/cam4.6127; for diagnosis, surgery, and survival rates for small-cell lung, breast, and colorectal cancer, see Marianna V. Papageorge et al., "The Persistence of Poverty and its Impact on Cancer Diagnosis, Treatment and Survival," Annals of Surgery, vol. 277 no. 6, June 2023, https://journals.lww.com/annalsofsurgery/abstract/2023/06000/the_persistence_of_poverty_and_its_impact_on.20.aspx. For a meta-analysis of depression and persistent poverty, see Bethany M. Wood et al., "The Price of Growing Up in a Low-Income Neighborhood: A Scoping Review of Associated Depressive Symptoms and Other Mood Disorders among Children and Adolescents," International Journal of Environmental Research and Public Health, vol. 20 no. 19, October 2023, https://doi.org/10.3390/ijerph20196884. For an analysis of persistent poverty's effects on children's academic achievement as distinct from school quality's effects on their achievement, see Geoffrey T. Wodtke et al., "Are Neighborhood Effects Explained by Differences in School Quality?" American Journal of Sociology, vol. 128 no. 5, October 2023, https://www.journals.uchicago.edu/doi/10.1086/724279.

6.

For instance, George Galster of Wayne State University conducted a literature review that suggested "that the independent impacts of neighborhood poverty rates in encouraging negative outcomes for individuals like crime, school leaving, and duration of poverty spells appear to be nil unless the neighborhood exceeds about 20 percent poverty." Galster distinguishes the effects of living in a poor neighborhood from the effects of being poor oneself but not necessarily in a poor neighborhood. Cited in George C. Galster, "The Mechanism(s) of Neighborhood Effects: Theory, Evidence, and Policy Implications," presented at the Economic and Social Research Council Seminar, "Neighbourhood Effects: Theory & Evidence," St. Andrews University, Scotland, UK, February 2010.

Additionally, the Census Bureau has published a series of reports examining local areas (census tracts) with poverty rates of 20% or greater. See, for instance, Craig Benson, Alemayehu Bishaw, and Brian Glassman, "Persistent Poverty in Counties and Census Tracts," U.S. Census Bureau, American Community Survey Report ACS-51, May 2023, at https://www.census.gov/library/publications/2023/acs/acs-51.html; Alemayehu Bishaw, Craig Benson, Emily Shrider, and Brian Glassman, "Changes in Poverty Rates and Poverty Areas Over Time: 2005 to 2019," American Community Survey Brief 20-08, December 2020; Alemayehu Bishaw, "Changes in Areas With Concentrated Poverty: 2000 to 2010," U.S. Census Bureau, American Community Survey Reports ACS-27, June 2014; and Leatha Lamison-White, "Poverty Areas," U.S. Census Bureau Statistical Brief, June 1995.

7.

The effects of poverty rates on property values are explored by George C. Galster, Jackie M. Cutsinger, and Ron Malega in "The Costs of Concentrated Poverty: Neighborhood Property Markets and the Dynamics of Decline," pp. 93-113 in N. Retsinas and E. Belsky, eds., Revisiting Rental Housing: Policies, Programs, and Priorities (Washington, DC: Brookings Institution Press, 2008). They indicate that "the relationship between changes in a neighborhood's poverty rate and maintenance choices by local residential property owners will be lumpy and non-linear. Substantial variations in poverty rates in the low-moderate range yield no deviations in the owner's decision to highly maintain the building.... Past some percentage of poverty, however, the owner will switch to an undermaintenance mode whereby net depreciation will occur."

8.

For instance, see Rohit Acharya and Brett Morris, "Reducing Poverty Without Community Displacement: Indicators of Inclusive Prosperity in U.S. Neighborhoods," Brookings Institution, September 2022, pp. 9-14, at https://www.brookings.edu/research/reducing-poverty-without-community-displacement-indicators-of-inclusive-prosperity-in-u-s-neighborhoods/ and a 2008 report issued jointly by the Federal Reserve System and the Brookings Institution, "The Enduring Challenge of Concentrated Poverty in America: Case Studies from Communities Across the U.S.," David Erickson et al., eds., 2008, at https://www.brookings.edu/research/the-enduring-challenge-of-concentrated-poverty-in-america/. Additional research into concentrated poverty in both rural and urban areas has been undertaken for decades; for example, educational attainment and health disability were discussed in a rural context by Calvin Beale in "Income and Poverty," chapter 11 in Glenn V. Fuguitt, David L. Brown, and Calvin L. Beale, eds., Rural and Small Town America, Russell Sage Foundation, 1988.

9.

The state of Connecticut reorganized its counties in 2022, going from 8 to 9 (bringing the total U.S. count from 3,143 to 3,144), with all Connecticut counties undergoing boundary changes. While this represents a break in the data series, none of Connecticut's counties are persistent poverty counties. Since the Census Bureau began measuring poverty, the highest estimated poverty rates for Connecticut counties included Windham County's poverty rate of 13.3% in 1959 (from the 1960 census) and the 13.3% estimated for the Greater Bridgeport Planning Region in 2022 (from the American Community Survey, using Connecticut's new county designations for the first time)—well below the required 20% over 30 years.

10.

Two public laws enacted by the 118th Congress used the 10-20-30 provision (see footnote 4 for details). In the 117th Congress, P.L. 117-328 (the Consolidated Appropriations Act, 2023) used 10-20-30 provisions in multiple sections, as did P.L. 117-103 (the Consolidated Appropriations Act, 2022). Both P.L. 117-169 (the Inflation Reduction Act of 2022) and P.L. 117-58 (the Infrastructure Investment and Jobs Act) referred to persistent poverty counties without specifically using a figure of 10% for a set-aside, and in that same Congress 74 bills that were introduced but not enacted referred to persistent poverty counties, with or without a 10% set-aside. Of the public laws passed by the 116th Congress, P.L. 116-6 (the Consolidated Appropriations Act, 2019), P.L. 116-93 (the Consolidated Appropriations Act, 2020), and P.L. 116-94 (the Further Consolidated Appropriations Act, 2020) used the 10-20-30 provision; multiple other bills with the provision were introduced but not enacted into public law. Of the public laws passed by the 115th Congress, 10-20-30 language was included in P.L. 115-31 (the Consolidated Appropriations Act, 2017), P.L. 115-141 (the Consolidated Appropriations Act, 2018), and P.L. 115-334 (the Agriculture Improvement Act of 2018), as well as multiple introduced bills that were not enacted. In the 114th Congress, no bills containing 10-20-30 language were enacted into public law; 10-20-30 language was included in H.R. 1360 (the America's FOCUS Act of 2015), H.R. 5393 (the Commerce, Justice, Science, and Related Agencies Appropriations Act, 2017), H.R. 5054 (the Agriculture, Rural Development, Food and Drug Administration, and Related Agencies Appropriations Act, 2017), H.R. 5538 (the Department of the Interior, Environment, and Related Agencies Appropriations Act, 2017), and S. 3067/H.R. 5485 (the Financial Services and General Government Appropriations Act, 2017). The Consolidated Appropriations Acts for 2017, 2018, and 2019 used language analogous to the bills introduced in the 114th Congress, with some modification. Additionally, in the 113th Congress H.R. 5571 (the 10-20-30 Act of 2014) was introduced and referred to committee.

11.

The decennial census does not collect income information in the 50 states, the District of Columbia, and Puerto Rico. It asks for income information in American Samoa, the Commonwealth of the Northern Mariana Islands, Guam, and the U.S. Virgin Islands (areas for which neither ACS nor SAIPE data are available).

12.

There are two definitions of poverty for official use in the United States: one for statistical purposes, which is used by the Census Bureau and described in Statistical Policy Directive 14 by the Office of Management and Budget; and the other for program administration purposes, which is used by the Department of Health and Human Services and is referred to in the Omnibus Budget Reconciliation Act of 1981. Measuring the poverty rates of counties, which are in turn used in the 10-20-30 plan, is a statistical use of poverty data; thus, the statistical definition of poverty (used by the Census Bureau) applies.

13.

For further details about the official definition of poverty, see CRS Report R44780, An Introduction to Poverty Measurement, by Joseph Dalaker.

14.

Poverty rates are computed using adjusted population totals because there are some individuals whose poverty status is not determined. These include unrelated individuals under age 15, such as foster children, who are not related to anyone else in their residence by birth, marriage, or adoption and who are not asked income questions in household surveys; persons living in military barracks; and persons in institutions such as nursing homes or prisons. Some surveys (such as those described in this report) do not compute poverty status for persons living in college dormitories. These persons are excluded from the total population when computing poverty rates. Furthermore, people who have no traditional housing and who do not live in shelters are typically not sampled in household surveys.

15.

The decennial census still collects income information in American Samoa, the Commonwealth of the Northern Mariana Islands, Guam, and the U.S. Virgin Islands. Neither the ACS nor the SAIPE program is conducted for these territories; decennial census data are the only small-area poverty data available for them. The 2020 Census questionnaire for these territories covered the same topics as the ACS; see the Island Areas Censuses Operation Detailed Operational Plan at https://www.census.gov/programs-surveys/decennial-census/2020-census/planning-management/planning-docs/IAC-detailed-op-plan.html. For Puerto Rico, ACS estimates are still produced, but SAIPE estimates stopped being produced after 2003. For details see https://www.census.gov/programs-surveys/saipe/technical-documentation/methodology/puerto-rico.html. For estimates and a discussion of persistent poverty in the U.S. Island Areas and Puerto Rico, see Craig Benson and Alemayehu Bishaw, "Persistent Poverty in Puerto Rico and the U.S. Island Areas," U.S. Census Bureau, American Community Survey Report ACS-57, August 7, 2024, at https://www.census.gov/library/publications/2024/acs/acs-57.html.

16.

Eventually, a 30-year span of persistent poverty is to be able to be measured using data collected after Census 2000 exclusively. Congress has opted to use 1993 SAIPE data instead of 1990 Census data when defining persistent poverty counties for the public works grants referenced in Section 533 of P.L. 117-328 (Consolidated Appropriations Act, 2023). In the 117th Congress, H.R. 6531 as passed by the House, and S. 3552 as reported to the Senate (Targeting Resources to Communities in Need Act of 2022), both would have defined persistent poverty counties using SAIPE data only, requiring a poverty rate of not less than 20% in the latest year available, and in at least 25 of the past 30 years.

17.

This guidance is posted on the Census Bureau's website at https://www.census.gov/topics/income-poverty/poverty/guidance/data-sources.html, and is reproduced in the Appendix.

18.

SAIPE county-level estimates are available for the poverty status of the total population, persons under age 18, and related children ages 5 to 17 living in families, and for median household income.

19.

Some legislation, including Division L, Title I of P.L. 117-103 (see footnote 3), define areas of persistent poverty to include census tracts with poverty rates "not less than 20 percent" along with persistent poverty counties and "any territory or possession of the United States" per 49 U.S.C. §6702(a)(1).

20.

Details on the poverty universe in the ACS are available at https://www2.census.gov/programs-surveys/acs/tech_docs/subject_definitions/2020_ACSSubjectDefinitions.pdf#page=112 and for the SAIPE estimates at https://www.census.gov/programs-surveys/saipe/guidance/model-input-data/denominators/poverty.html.

21.

For some counties, the percentage-point difference could be large when off-campus students are excluded. Using ACS data for 2009-2011, Whitman County, WA, experienced the largest poverty rate difference among all counties when off-campus students were excluded—its poverty rate fell by 16.5 percentage points. For the United States as a whole, the poverty rate fell from 15.2% to 14.5% when off-campus students were excluded (based on the same dataset). For details, see Alemayehu Bishaw, "Examining the Effect of Off-Campus College Students on Poverty Rates," Working Paper SEHSD 2013-17, U.S. Census Bureau, May 1, 2013.

22.

P.L. 111-5, Section 105.

23.

Rounding is not the only mathematical procedure that could affect the list of counties. The U.S. Economic Development Administration also considered whether the margin of error of the estimated poverty rate includes 20%, as did a 2021 study by the Government Accountability Office. For a discussion, see Craig Benson, Alemayehu Bishaw, and Brian Glassman, "Persistent Poverty in Counties and Census Tracts," U.S. Census Bureau, American Community Survey Report ACS-51, May 2023, https://www.census.gov/library/publications/2023/acs/acs-51.html.

24.

This example list reflects the definition used in Section 533 of the Consolidated Appropriations Act, 2024 (P.L. 118-42), which applied the 10-20-30 provision to Public Works grants authorized by the Public Works and Economic Development Act of 1965 and grants authorized by Section 27 of the Stevenson-Wydler Technology and Innovation Act of 1980; this same definition was used in Division E, Title II, for the State and Tribal Assistance Grants used to carry out Section 104(k) of the Comprehensive Environmental Response, Compensation, and Liability Act of 1980.

25.

Poverty estimates from the decennial census continue to be produced for American Samoa, the Commonwealth of the Northern Mariana Islands, Guam, and the U.S. Virgin Islands. SAIPE and ACS estimates are not. See footnote 15. For estimates and a discussion of persistent poverty in the U.S. Island Areas and Puerto Rico, see Craig Benson and Alemayehu Bishaw, "Persistent Poverty in Puerto Rico and the U.S. Island Areas," U.S. Census Bureau, American Community Survey Report ACS-57, August 7, 2024, at https://www.census.gov/library/publications/2024/acs/acs-57.html.

26.

A sample of approximately 18.3 million households received the Census 2000 long form. Scott Boggess and Nikki L. Graf, "Measuring Education: A Comparison of the Decennial Census and the American Community Survey," presented at Joint Statistical Meetings, San Francisco, CA, August 7, 2003. http://census.gov/content/dam/Census/library/working-papers/2003/acs/2003_Boggess_01_doc.pdf.
From 2019 to 2023, 17.0 million housing unit addresses were sampled in the ACS. http://www.census.gov/acs/www/methodology/sample-size-and-data-quality/sample-size/index.php.

27.

Details about the origins of the SAIPE project are available on the Census Bureau's website at https://www.census.gov/programs-surveys/saipe/about/origins.html.

28.

Downloaded from http://www.census.gov/topics/income-poverty/poverty/guidance/data-sources.html, January 25, 2023.

29.

CPS ASEC: Current Population Survey Annual Social and Economic Supplement.

30.

SIPP: Survey of Income and Program Participation; mentioned here only as part of the quotation.

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