The Review of Black Political Economy

, Volume 38, Issue 1, pp 83–101 | Cite as

The Economic Determinants of the Number of Minority Farmers in the Southeast Region of the United States, 1969-1997

Open Access
Article

Abstract

The primary purpose of this research was to identify and quantify the determinants of the number of minority farmers in the Southeast region of the United States during the time period, 1969 to 1997. A second objective was to determine the potential impacts of globalization and international trade agreements on the number of minority farmers in the Southeast region of the United States. Regression results indicated that the number of minority farm owners was responsive to the returns to agricultural labor relative to nonfarm labor returns, as well as to cotton and rice prices. An increase in the cotton price was associated with a smaller rate of minority migration out of agriculture in the Southeast region of the United States. To the extent that globalization is likely to result in higher cotton export prices, international agricultural trade agreements are likely to result in decreased movement of minority farmers out of agriculture in the Southeast region of the United States. A third objective was to compare occupational migration rates out of agriculture of minorities with farmers of all races in the Southeast region. The data demonstrate that minority farm owners exhibited distinctly different migration patterns relative to all farm owners during 1969–1997.

Keywords

Minority farmers Migration out of agriculture Global trade agreements Labor migration model 

Introduction

One of the most interesting and important issues that many economists and other social scientists have raised is the continually decreasing number of minority farmers in the United States, as illustrated in Fig. 1. According to Brown and Larson (1977), the number of Black-operated farms reached a peak of 925,710 in 1920. By 1969, the number of Black-operated farms had dropped 90.6% to 87,393, compared with a drop of 64% for all farms in the South and 57.7% for all farms in the nation. According to by Calvin Beale (1966), the rural population for African-Americans was highly concentrated in agriculture, and 97% of it was in the South. He also stated that African Americans migrated away from southern farms as a result of new opportunities in the industrial Northern part of the United States (U.S.) and that a decline in the total rural black population took place that had never been reversed until the time of writing, 1966. However, the USDA National Agricultural Statistics Service (USDA/NASS 2008) released their 2002 Census of Agriculture results in June 2008 that showed an increase in the percentage of land ownership among Black or African American principal operators since the previous Census. According to the 2002 Census of Agriculture news release, ninety-one percent of Black or African American principal operators represented 1.4% of all principal farm operators in the U.S., indicating an increase in the representation of small minority operated farmers compared to prior Censuses. This result was unexpected, and will be explained below.
Fig. 1

Number of minority farmers, Southeast States, 1920–2002

According to Gilbert, Sharp, and Felin (2001), the total number of African-American farmers decreased over time because of the loss of landownership and farming operations, as well as other contributing factors. Beale (1971) believed that the displacement over the last 20 years was due to voluntary withdrawal or old age of the great majority of black farm operators. The principal role of African-American farmers has changed over time from hired farm workers to machinery operators.

The main objective of this research was to identify and quantify the determinants of the number of minority farmers in Southeast Region of the United States from the period 1969 to 1997. A second objective was to determine the potential impact of international trade agreements on the number of minority farmers in their career choices to either stay or migrate into another career field. A third objective is to compare occupational migration rates of minorities out of agriculture with all farmers in the Southeast Region. Discovering the core motives that led to a significant decrease in minority farmers over the period 1969 to 1997 extends the literature on minority migration out of agriculture in the United States. Previous literature has shown that many minority farmers have moved from rural areas into the urban sector largely due to financial resources. Wood and Gilbert (1998) found that most African-American farmers depended principally on off-farm income, with farming as a secondary source. A limited number of studies, mostly census-based, provided evidence for the continuing decrease in the number of African-Americans entering the field of agriculture, and the likelihood of more minority farmers in the future. This research will explore the potential relationship between the number of minority farmers rates of return to agriculture and nonagriculture, and international trade, based on the number of farmers who have migrated out of the farming sector during the years 1969 to 1997.

Literature review

Previous migration research dealt mainly with forces that affect migration. In what follows, we review the literature on off-farm migration among minorities in the United States, emphasizing the economic determinants of occupational migration out of agriculture. We highlight the lack of previous research that examines the economic motivations for moving out of agriculture, a gap that this research seeks to address. Greenwood (1975) defined migration as farmers moving from one occupation to another for better opportunities, or economic motivations. Stark (2003) described migration as an individual response to a wage differential. Here, we define migration as when a person leaves farming to migrate to another career. The focus of this research is on minority farm opertors, as defined by the U.S. Census Bureau (U.S. Department of Commerce, Bureau of the Census). While our primary interest is on African-American farmers, data definitions and availability resulted in our study of farm operators of all minority groups. The Census defines the category, “Black and other races” to include Blacks, American Indians (Native Americans), Asian or Pacific Islanders, and all other racial groups other than White. We will further explore this definition in the data section below.

Salamon (1976) provided additional evidence that African Americans who owned land were losing their ability to maintain ownership, due to an inability to generate adequate income. Schulman (1989) discovered that both the average gross income and average total acres operated for non-white farmers were less than half that of white farmers, leaving non-white farmers at a higher risk of migration. Dawra (1990) asked why a farmer would want to explore other opportunities to maintain a decent level of living. One reason might be that a majority of small-scale farmers had been adversely affected by a decline in prices, which has caused an increase in debt. A second possible reason was the steady downward trend in prices, as well as a lack of resources. A third possible reason could be because farming is among the least cost-effective occupations in their region, which gives them the option to look into other career fields (Dawra 1990).

Greenwood (1975), stated, “a finding common to a number of gross migration studies is that income (and job) opportunities provide a better explanation of in-migration than they do of out-migration” (p. 400). Household responsibilities are the general effects that would cause an individual to migrate for newer and better opportunities such as employment (Lee and Roseman 1999). According to Bass and Alexander (1972), the choice of where to work due to the environment and climate may be as significant as to work and for whom to work for. Their research indicated that Whites were more attracted to better climatic and economic conditions relative to Nonwhites, who were more attracted to better economic conditions alone. This result suggests a potential divergence between migration patterns between white and minority farm operators, a hypothesis which is thoroughly analyzed and reported in this study below. Brown, Christy, and Gebremldhin (1994) studied the influence of technical and institutional forces that affects the population increase of African American farmers. They argued that the changes in the structure of agriculture had a significant impact on small-scale farmers by constraining the strategies available to farmers to increasing their farm size.

Grim (1995) stated that between the 1950’s and the 1970’s, in spite of the farm programs such as loan increases to Black Farmers, there were still a large amount of farmers who left the field to search for better jobs, valuable educations, better housings, and more recreation. Reynolds (2003) stated that increases in land ownership after the early 1900’s were partly due to a significant rise in cotton prices that lasted until the outbreak of World War I in 1914. Reynolds’ research was consistent with Gilbert, Sharp, and Felin (2001). The authors stated that the difference in the Census reports from the 1997 to 2002 is that it shows a significant increase in the South, but particularly with black tenant farmers and sharecroppers. According to Ponder (1971), land ownership was of prime consideration to remaining in farming because the tenant had to give up his land when the owner wishes it and because of this the probability of minority farmers staying in the agricultural field would be low.

Browne (1973) studied the effects of agricultural technology, farm subsidy programs, and general tendency for farm youth to gravitate toward urbanized areas. This has been an issue for some time according to Gilbert, Sharp, and Wood, (2002) who discussed how out of all private agricultural land, Whites accounted for 96% of the owners, 97% of the value, and 98% of the acre; while 25 million acres of land is owned by minorities. Their paper discussed the social, economic, cultural, and political consequences that are a result of land ownership. Molnar, Thompson, and Beauford (1988) identified another cause of this decrease as the advent of machinery that encouraged large farms and eliminated the need for small-scale tenant farmers. They also believed that African Americans faced great structural barriers such as discriminatory attitudes that often blocked their advancement in agriculture.

Wood and Gilbert (1998) asserted that farming may be less attractive to the younger generation due to the fact that it is looked at as a memory of slavery and sharecropping. Their beliefs are that we are wasting our time on trying to convince others to enter farming but to encourage the improvement of poor rural communities through education, training, and economic development. They believe that if agriculture would be a more viable business and a way of life by encouraging land retention and recovery efforts from the past, then the decline of African-American farmers and landowners could be reversed. Wood and Gilbert (2000) stated that the primary reason for decline of African-American farmers was due to the twin engines of increased mechanization and the dismantling of the sharecropping system. The research primarily targeted African-American farmers in the Mississippi Delta. However, these previous studies showed that a significant amount of African-American farmers still owned their land and would like to return but due to public policies, economic pressures, and racial oppression, many minority farmers find it impossible to return.

Several studies have attempted to investigate the relationships between the flow of labor out of agriculture and economic variables. Barkley (1990) analyzed a migration model, and found that when farm income increased relative to nonfarm income, the level of agricultural employment increased. Mundlak’s (2000) research was similar to Barkley’s, and he also hypothesized that if nonagricultural jobs were more attractive than agricultural jobs, then a decrease in farm labor is likely; if agriculture was more attractive than nonagriculture, an increase in farm labor is expected. In the research reported here, we use the economic approach of Barkley (1990) to explain minority migration of out of agriculture, as modeled formally in the next section. This approach emphasizes the economic differences between agriculture and the nonfarm sector. Institutions and structural changes have been shown to be important determinants of minority migration out of agriculture, but here influence labor movements only through their impact on economic variables, primarily the returns to labor in each sector.

Theory of migration and how populations change

Following Barkley (1990), a migration equation model was developed to examine the determinants of the number of minority farm owners in the Southeast Region of the United States. The Census of Agriculture defines a minority farm operator as an individual who farms the land; note that this category does not include hired farm workers. The category, “Black and other races” includes Blacks, American Indians (Native Americans), Asian or Pacific Islanders, and all other racial groups other than White (U.S. Department of Commerce, Bureau of the Census). The Census definition is for race and ethnicity; the data in these categories include both men and women. Thus, white females are not included in the minority data reported here.

Historically, the decline in the share of agriculture in the farm labor force has occurred over centuries (Barkley 1990). The term migration is an approximation to actual occupational migration out of production agriculture, and it considers only changes in the number of jobs in the farm sector. There are two ways of measuring changes in the number of workers in a given occupation such as agriculture: (1) the level of labor (L), and (2) changes in this level, or the rate of migration (M). All abbreviations in what follows are listed in Table 1. To determine the total amount of Labor in agriculture, we defined of Lag to be a function of wages in agriculture (Wag), nonagricultural wages (Wnonag), and agricultural output prices (Pc, Pr). Eq. (1) through (5) were used to determine the total amount of labor employed in agriculture.
$$ {{\hbox{L}}_{\rm{ag}}} = {\hbox{f}}\left( {{{\hbox{W}}_{\rm{ag}}},{{\hbox{W}}_{\rm{nonag}}},{{\hbox{P}}_{{\rm{c}},}}{{\hbox{P}}_{\rm{r}}}} \right) $$
(1)
where
$$ {{\hbox{W}}_{\rm{ag}}} = {\hbox{GD}}{{\hbox{P}}_{\rm{ag}}}/{{\hbox{L}}_{\rm{ag}}} $$
(2)
and
$$ {{\hbox{W}}_{\rm{nonag}}} = {\hbox{GD}}{{\hbox{P}}_{\rm{nonag}}}/{{\hbox{L}}_{\rm{nonag}}}. $$
(3)
Table 1

Abbreviations of included variables

Variable

Description

Lag

Number of minority farmers in each Southeast State

Lnonag

Labor in non agriculture in each Southeast State

M

Labor migration

D

non agriculture GDP per person/agriculture GDP per person

g

labor in non agriculture/labor in agriculture = Lnonag/Lag

Pr

real price of rice

Pc

real price of cotton

AL

Alabama

AR

Arkansas

FL

Florida

GA

Georgia

KY

Kentucky

LA

Louisiana

MS

Mississippi

NC

North Carolina

SC

South Carolina

TN

Tennessee

TX

Texas

VA

Virginia

WV

West Virginia

Wag

wage rates in agriculture

Wnonag

wage rates in non agriculture

GDPag

gross domestic product in agriculture

GDPnonag

gross domestic product in nonagriculture

Regression results are reported for two data sets: (1) twelve Southeastern States, and (2) twelve Southeastern States and Texas.

The variable Pc is the cotton price and Pr is the rice price. Eq. (4) is the definition of D, the returns to labor in nonagriculture relative to the returns to labor in agriculture. The variable D is defined as the total non agriculture GDP per person divided by the total agricultural GDP per person.
$$ {\hbox{D}} = \left( {{\hbox{GD}}{{\hbox{P}}_{\rm{nonag}}}/{{\hbox{L}}_{\rm{nonag}}}} \right)/\left( {{\hbox{GD}}{{\hbox{P}}_{\rm{ag}}}/{{\hbox{L}}_{\rm{ag}}}} \right) $$
(4)
Following Mundlak (2000) and Barkley (1990), the relative size of the labor force (g) is introduced into the migration equation by defining the variable g to be equal to the total amount of labor in non agriculture divided by the total amount of labor in agriculture, as in Eq. (5).
$$ {\hbox{g}} = {{\hbox{L}}_{\rm{nonag}}}/{{\hbox{L}}_{\rm{ag}}} $$
(5)

The size of the agricultural labor force relative to the nonfarm labor force is included in the model to capture the ability of the nonfarm sector to absorb farmers exiting the agricultural sector. A large nonfarm economy provides much better prospects for successful occupational change out of farming. Thus, the size of agriculture relative to the nonfarm economy is captured in the variable g, and included in the empirical model.

In Eq. (6), we also used the real price indexes (Pc and Pr) of two different crops, cotton and rice, to determine the level of migration. For an example, if the price of cotton (Pc) increases; than the number of minority farmers migrating into agriculture would be expected to increase as well. The number of workers in agriculture (Lag) is expected to depend on the relative size of the labor force in each sector, reflecting the probability of obtaining employment in each sector. Where D = non-agriculture GDP per person/agriculture GDP per person, g = labor in non-agriculture/labor in agriculture, Pc is the real price of cotton, and Pr is the real price of rice.
$$ {{\hbox{L}}_{\rm{ag}}} = {\hbox{f }}\left( {{\hbox{D}},{\hbox{g}},{{\hbox{P}}_{\rm{c}}},{{\hbox{P}}_{\rm{r}}},} \right) $$
(6)

A regression was estimated with the dependent variable equal to the total number of minority farmers in each state, and the independent (explanatory) variables include D, g, and cotton and rice prices. We estimated alternative regressions with using dummy variables of the twelve southern states and years of 1969–1997. Also we tested several other potential explanatory variables including the prices of corn, soybeans, and sorghum.

However, each of these variables was statistically insignificant in regression trials. Four out of the six crop price variables were eliminated due to potential multicollinearity (Kennedy 2008). Collinearity exists across the commodity price time series, since commodity prices are highly correlated due to market forces. This approach has been used extensively in models that include commodity prices, including Blank and Ayer (1987), Bailey and Womack (1985), and Chambers and Just (1979). Out of the six crop prices that were originally included in the regression, two were found to have statistical significance in preliminary regressions: cotton and rice. The model is specified in (7).
$$ {{\hbox{L}}_{\rm{ag}}} = {\beta_0} + {\beta_1}{\hbox{D}} + {\beta_2}{\hbox{g}} + {\beta_3}{{\hbox{P}}_{\rm{r}}} + {\beta_4}{{\hbox{P}}_{\rm{C}}} + {\hbox{e}} $$
(7)
Where:
Lag

Labor in agriculture

Β0

The intercept of the regression line produced by the model

D

The total percentage of returns for non agriculture relative to returns for agriculture workers

g

The total size of the labor force in nonagriculture relative to labor in agriculture

Pr

The annual price of rice in the USA

Pc

The annual price of cotton in the USA

e

The error produced by the regression model.

Note that this model is specified without race included; the specification is general enough to accommodate occupational migration for any racial group. We estimated the model for minorities in American agriculture, to extend the results of Barkley (1990), who estimated the same model for all farmers in the United States. Additionally, we compare migration rates out of agriculture in the Southeast Region across white farmers and minority farmers. These populations changes are further discussed in the next section, where differences between minority and white farm owner migration is highlighted. In the model estimated here, the expected signs of the coefficients are (all other variables remaining constant):
  • β1 < 0 As returns to labor in the nonagricultural sector increase relative to farm returns, we expect the number of farm workers to decrease due to better economic opportunities.

  • β2 < 0 As the nonagricultural labor force increases relative to the farm labor force, we expect the number of farm workers to decrease, since a large nonfarm sector is more capable of absorbing off-farm migrants.

  • β3 > 0 As the price of rice increases, we expect the total number of farm workers to increase, due to expanded incomes and opportunities in rice growing areas, holding constant the overall returns to labor in agriculture relative to nonfarm returns.

  • β4 > 0 As the price of cotton increases, we expect the total number of farm workers to increase, due to expanded incomes and opportunities in cotton growing areas, holding constant the overall returns to labor in agriculture relative to nonfarm returns.

We hypothesize that if farming in the Southeast were to become more economically attractive, more minority farmers are likely to remain in agriculture in the Southeast region. As farming revenues and the prices for crop variables increase, we expect for the total number of minority farmers to increase, or, since the overall trend in the number of farmers is downward, decrease at a decreasing rate.

There is an interesting alternative hypothesis regarding the estimated coefficients on the commodity prices. Higher commodity prices could provide the necessary level of income to cover the cost of migration, in which case the coefficients β3 and β4 would have a negative sign. In this case, the supply of labor to agriculture would be “backward bending,” or the income effect would outweigh the effect of supply response to higher earnings (Hanoch 1965). The regression model estimated here would also allow for this possibility, and the empirical results will demonstrate which hypothesis is supported by the data.

Data

The data were taken from the Bureau of the Census (US Department of Commerce) for the number of white and minority farmers in the Southeast. We selected the Southeast due to the fact that the Southeast Region is historically more prominent in minority farming than other regions in the United States. According to the Census, in 1964 there were a total of 199,952 nonwhite farm operators in the United States, and of this total, 92% were African Americans and 8% were classified as other nonwhite. Ninety-two percent of all nonwhite operators were in the South, and of these 98% were black and so being that the South had a larger percentage of African Americans (Ponder 1971). Therefore, our targeted areas were the 12 states in the Southeast Region, including Alabama, Arkansas, Florida, Georgia, Kentucky, Louisiana, Mississippi, North Carolina, South Carolina, Tennessee, Virginia, and West Virginia. Texas was excluded from the original data set, as it was considered to have more in common with the semi-arid Great Plains agriculture, rather than the Southeastern region examined here. In an alternative specification of the model, Texas was included to find the similarities and differences in minority migration out of agriculture between Texas and the Southeast region.

Data on the number of farmers in all twelve Southern states were collected from the United States Department of Commerce, Census Bureau. Real per capita gross domestic product (GDP) data were collected from the United States Department of Commerce Bureau of Economic Analysis (BEA). The data included the years of 1969 to 1997 for the twelve Southern states. We originally desired to start the data with the year of 1920, but due to lack of data availability for Gross Domestic Product in agriculture and nonagriculture and an accurate account for the total of minority farmers, we were constrained to start the data in 1969. The ending data was 1997, since the 2002 Census data had been redefined, and were no longer consistent with the data from the earlier time period. Specifically, beginning in 2002, multiple operators per farm were counted, leading to significantly larger numbers of minority farmers included, compared to previous years, as evident in Table 2 and Fig. 1.
Table 2

Number of minority farmers, twelve Southeastern States and Texas, 1964–2002

State

2002

1997

1992

1987

1982

1978

1974

1969

1964

Alabama

4,066

2,251

1,535

1,902

2,813

4,883

3,962

9,873

20,951

Arkansas

2,783

780

848

912

1,368

2,196

1,822

3,775

8,595

Florida

6,257

807

1,126

974

59

2,478

968

1,365

2,832

Georgia

3,374

1,487

1,177

1,297

2,102

4,551

2,963

5,571

11,239

Kentucky

2,049

593

714

747

1,006

1,210

1,053

1,753

2,483

Louisiana

3,172

1,580

1,182

1,253

1,951

3,400

2,723

5,518

12,300

Mississippi

6,935

3,925

2,523

3,033

4,831

8,887

8,173

17,184

37,715

North Carolina

3,677

2,212

2,498

3,303

5,352

9,289

8,605

13,111

29,926

South Carolina

2,794

1,949

1,819

2,038

3,170

6,489

4,606

9,535

19,616

Tennessee

2,700

1,201

1,042

1,278

1,672

2,477

2,391

4,930

10,660

Virginia

2,900

1,456

1,384

1,756

2,772

3,978

3,977

5,453

11,621

West Virginia

393

31

44

466

613

65

33

45

92

Texas

8,486

7,862

6,001

5,579

5,433

4,938

3,698

5,375

11,630

Source: USDA/NASS.

Regression results are reported for two data sets: (1) twelve Southeastern States, and (2) twelve Southeastern States and Texas.

Also, beginning with the 1997 Census of Agriculture, the National Agricultural Statistical Service (NASS) directed the Census, instead of the Department of Commerce. This change led to special efforts to more accurately measure women and minority farmers, particularly in the 2002 Census (USDA/NASS Quick Stats). These activities included, but were not limited to, obtaining mail lists from organizations likely to contain names and addresses of minority farm operators and conducting pre-census promotion activities that targeted women, American Indian and Alaska Native, Black and African American, and Spanish, Hispanic, or Latino origin farm operators (USDA/NASS Quick Stats). Gilbert, Sharp, and Felin (2001) provided an outstanding review and summary of these data issues, and concluded, “Despite the drawbacks of the Census of Agriculture, it is the best source of data on farmers. It is the most comprehensive compiling national data down to the county level. It recurs every 5 years, is accessible, and easy to use.” Thus, we use the Census data in this research, but limit our time period to before 2002, due to the change in statistical methodology.

The GDP data were taken from the United States Department of Commerce/BEA website located under the “Regional” section for Gross Domestic Product by State. The GDP in agriculture data were also taken from the same section but under the section named agriculture, forestry, fishing, and hunting. The GDP in Non Agriculture data were calculated by subtracting the total GDP for each state from the total amount of GDP in agriculture for each state. The total amount of Employment was taken from the U.S. Department of Commerce BEA website located under Regional Economic Accounts and State Annual Personal Income.

The second set of data required inflation adjusted prices of rice and cotton. This information was taken from the annual publications of the (USDA/NASS Agricultural Prices). To adjust for inflation, the Consumer Price Index (CPI) was used, taken from the Bureau of Labor Statistics (United States Department of Labor, Bureau of Labor Statistics 2008). Dollars were adjusted to 100 in 2007.

The first included crop price was cotton. Cotton in the South is a very dominant cash crop and generates three-fourths of the world’s cotton supply. “Cotton is the single most important textile fiber in the world, accounting for nearly 40% of the total world fiber production. While some 80 countries from around the globe produce cotton, the United States, China, and India together provide over half the world’s cotton. The U.S. cotton industry typically generates over 400,000 jobs in the industry sectors from farm to textile mill” (USDA/ERS Briefing Room Cotton, 2008). Rice was first planted in the USA in South Carolina and found its place in society mainly in the southern states such as Arkansas, Louisiana, and east Texas since the 1800 s. “Rice is produced worldwide and is the primary staple for more than half the world’s population. In the United States, rice farming is a high-cost, high-yielding, large-scale production sector that depends on the global market for almost half its annual sales.” (USDA/ERS Briefing Room Rice 2008).

Table 2 shows the total number of minority farmers from the years of 1964–2002 (United States Department of Commerce, Bureau of the Census). Table 3 is the total number of white farmers for the time period 1964–2002 (United States Department of Commerce, Bureau of the Census). Table 4 reports the total number of white and non white farmer’s form the years of 1964–2002. This Census data were also collected from the United States Department of Commerce, Bureau of the Census. Although much effort was expended making the census mail list (CML) as complete as possible by National Agricultural Statistics Service (NASS), the total coverage of farms was considered inadequate. Gilbert, Sharp, and Felin (2001) reported definitional changes in the census instrument resulted in large changes in the number of minorities in agriculture. Because of these major changes, we excluded the 2002 census numbers due to lack of comparability, as detailed below.
Table 3

Number of white farm operators, twelve Southeastern States and Texas, 1964–2002

State

2002

1997

1992

1987

1982

1978

1974

1969

1964

AL

57,863

39,658

36,370

42,265

45,635

47,573

52,716

62,618

71,579

AR

65,838

44,208

43,089

47,330

49,157

50,063

49,137

56,658

71,303

FL

60,195

33,481

34,078

35,582

35,366

34,939

31,498

34,221

37,710

GA

63,239

39,005

39,582

42,255

47,528

48,691

51,948

61,860

72,127

KY

119,703

81,567

89,567

91,706

100,636

101,117

101,000

123,316

130,555

LA

35,170

22,657

25,470

26,097

29,677

29,353

30,517

36,751

50,166

MS

50,069

29,094

29,475

31,041

37,584

39,038

45,447

55,393

71,426

NC

71,052

47,295

49,356

55,981

67,440

74,740

82,675

106,275

118,276

SC

30,303

18,701

18,423

18,479

21,759

22,907

24,669

30,024

36,632

TN

118,922

75,735

74,034

78,433

88,893

85,084

91,268

116,476

122,786

VA

65,793

39,854

40,838

43,043

49,087

46,778

48,722

69,119

68,733

WV

28,946

17,702

16,976

17,191

18,688

17,423

16,876

23,097

34,412

TX

220,440

186,439

174,643

183,209

179,587

170,457

170,370

208,175

193,480

Source: USDA/NASS.

Regression results are reported for two data sets: (1) twelve Southeastern States, and (2) twelve Southeastern States and Texas.

Table 4

Number of white and non-white farm operators, twelve Southeastern States and Texas, 1964–2002

State

2002

1997

1992

1987

1982

1978

1974

1969

1964

AL

45,126

41,384

37,905

43,318

48,448

50,780

56,678

72,491

92,530

AR

47,483

45,142

43,937

48,242

50,525

51,751

50,959

60,433

79,898

FL

44,081

34,799

35,204

36,556

36,352

36,109

32,466

35,586

40,542

GA

49,311

40,334

40,759

43,552

49,630

51,405

54,911

67,431

83,366

KY

86,541

82,273

90,281

92,453

101,642

102,263

102,053

125,069

133,038

LA

27,413

23,823

25,652

27,350

31,628

31,370

33,240

42,269

62,466

MS

42,186

31,318

31,998

34,074

42,415

44,104

53,620

72,577

109,141

NC

53,930

49,406

51,854

59,284

72,792

81,706

91,280

119,386

148,202

SC

24,541

20,189

20,242

20,517

24,929

26,706

29,275

39,559

56,248

TN

87,595

76,818

75,076

79,711

90,565

86,910

93,659

121,406

133,446

VA

47,606

41,095

42,222

44,799

51,859

49,936

52,699

64,572

80,354

WV

20,812

17,772

17,020

17,237

18,742

17,475

16,909

23,142

34,504

TX

228,926

194,301

180,644

188,788

185,020

175,395

174,068

213,550

205,110

Source: USDA/NASS.

Regression results are reported for two data sets: (1) twelve Southeastern States, and (2) twelve Southeastern States and Texas.

Therefore, we investigated how the number of minority farmers changed over the period 1969 to 1997, and compare the rate of change to that of all farmers during the same period (Fig. 2). This allows us to see if minority occupational migration out of agriculture is similar to or different from all farmer migration. Table 5 presents data indicating the percent change in the total number of all farmers as well as the total amount of minority farmers. We took the total number of white and non-white farmers during the years of 1969 and 1997 to give us an overview of the structural trends that have taken place over that time period. The percentage of minority farmers had a higher decrease in change than the total number of all white farmers (Table 5). These results indicate that the changes in the number of minorities farming were greater than the changes in the number of white farmers over time, demonstrating that there is a difference between minority farmers and white farmers entering and exiting agriculture. For example, in Alabama, the percent change for all farmers equaled −42% between the years 1969 to 1997. The percent change for minority farmers for the years 1969 to 1997 was −77%. There was a significantly larger percentage of minority farmers entering and exiting the field of agriculture than all farmers. However, if the all farmer percentages were similar to minority farmers, then we could conclude that labor migration was similar for both minority and whites. Since the changes differ significantly, minority migration levels differ, resulting in the motivation for this study of minority farmers, to measure the impact of economic variables on minority migration out of agriculture separately from all farm operators, which was studied by Barkley (1990).
Fig. 2

Number of minority farmers, Southeast States, 1964–2002

Table 5

Structural trends in twelve Southeastern States and Texas: minority farmers and all farmers, 1969-97

 

State(s)

All Farmers

% Change

Minority Farmers

% Change

Year(s)

 

1997

1969

 

1997

1997

 

 

Alabama

41,384

72,491

−42%

2,251

9,873

−77%

Arkansas

45,142

60,433

−25%

780

3,775

−79%

Florida

34,799

35,586

−2.2%

807

1,365

−40%

Georgia

40,334

67,431

−40%

1,487

5,571

−73%

Kentucky

82,273

125,069

−34%

593

1,753

−66%

Louisiana

23,823

42,269

−43%

1,580

5,518

−71%

Mississippi

31,318

72,577

−56%

3,925

17,184

−77%

North Carolina

49,406

119,386

−58%

2,212

13,111

−83%

South Carolina

20,189

39,559

−48%

1,949

9,535

−79%

Tennessee

76,818

121,406

−36%

1,201

4,930

−75%

Virginia

41,095

64,572

−36%

1,456

5,453

−73%

West Virginia

17,772

23,142

−23%

31

45

−31%

Texasa

194,301

213,550

−9.0%

7862

5375

+46%

aTexas is not included in the primary regression, but results are reported for a second regression that included Texas.

The results for the regression that includes Texas in Table 5 demonstrate why it was excluded from the original data. During the period 1969 to 1997, the number of minority farm operators in Texas increased from 5375 to 7862. This pattern is opposite of the twelve Southeastern states excluding Texas, where large decreases of minority farmers occurred. Texas agriculture is distinct and separate from agriculture in the Southeast, as the arid Great Plains receive a much lower level of precipitation than the Southeastern states.

Results

The purpose of this research was to identify and quantify the determinants of the change in the number of minority farmers in the Southeast Region of the United States, during the time period 1969 to 1997. The second objective was to determine the potential impact of international trade agreements on the number of minority farmers and their career choices in the Southeast region of the United States. Table 6 lists the descriptive statistics of the variables that were included in the migration model described in equation (7). The first variable L, total number of minority farmers, had a mean of 2977.67, standard deviation of 330.30, minimum of 0.31 and a maximum of 17184. The second variable D, the ratio of nonfarm returns divided by farm returns, had a mean of 1.24, standard deviation of 0.09, minimum of 0.23 and a maximum of 4.279. The third variable g, the relative size of the labor force in non agriculture to agriculture, had a mean of 52.54, standard deviation of 4.39, minimum of 9.65, and a maximum of 230.85. The fourth variable Pr, which is the real price of rice, had a mean of 43.77, standard deviation of 4.45, minimum of 7.48, and a maximum of 123.99. The final variable Pc, the real price of cotton, had a mean of 253.29, standard deviation of 17.56, minimum of 86.46, and a maximum of 538.54. A second data set was defined by the addition of Texas to the original twelve states. The summary statistics for Texas are included in parentheses in Table 6. Table 7 presents the regression results of the model and calculated elasticities.
Table 6

Migration model variables descriptive statistics, twelve Southeastern States

Variables

Description

Mean

Std Dev

Min

Max

L

Total number of Minority farmers in each southern state

2977.67 (3244.03)

330.20 (3124.16)

31 (31)

17184 (17184)

D

Ratio of nonfarm returns to agricultural returns in each southern state

1.24 (1.18)

0.09 (0.82)

0.23 (0.23)

4.28 (4.28)

g

Relative size of the labor force in non agriculture to agriculture in each southern state

52.54 (57.41)

4.39 (42.79)

9.65 (9.65)

230.85 (230.85)

Pr

price of rice ($/cwt) national average

43.77

4.45

7.48

123.99

Pc

price of cotton (cents/lbs) national average

253.29

17.56

86.46

538.54

Numbers reported in parentheses are for twelve Southeastern States and Texas.

Table 7

Regression results for number of minority farmers in Southeast Agriculture, 1969–97

 

12 Southeastern States

12 Southeastern States and Texas

Variable

Coefficient

t-Stat

Elasticity

Coefficient

t-Stat

Elasticity

Intercept

3477.031

2.698a

3165.640

2.403b

D

−1150.740

−2.973a

−0.48

−1194.547

−2.872a

−0.44

g

−23.546

−2.743a

−0.41

−12.782

−1.534

−0.23

Pr

−36.553

−1.129

−0.53

−32.085

−0.959

−0.43

Pc

14.870

1.787c

1.26

14.338

1.677c

1.12

 

R-Square

 

0.297

  

0.230

 

Adj. R-Square

 

0.262

  

0.194

 

Standard Error

 

2600.588

  

2804.700

 

Observations

 

84

  

91

 

F-test

 

8.35a

  

6.417a

 

aindicates statistical significance at the one percent level, bindicates statistical significance at the five percent level, and cindicates statistical significance at the ten percent level.

The regression model reported in Table 7 expands upon those utilized in previous studies undertaken by the United Stated Department of Economic Research Services and the United States Department of Bureau and Labor Statistics. In this regression model, the adjusted R2 statistic equaled 0.262, thus 26.2% of the variation in the number of minority farmers was explained by this model. Our results concluded that economic variables are statistically significant in the determinants for minority farmers migrating to and from the field of agriculture. The dependent variable of our model, (L) is the total number of minority farmers in agriculture in each southeastern state. The intercept was equal to 3477.03, indicating the “baseline” number of farmers in each Southeastern state.

Our next regression results were for the independent variables D, g, Pr, and Pc which were all significant except Pr. The first independent variable (D) defined as the ratio of nonfarm returns divided by farm returns, was significant at the (0.01) percent level. This result shows that if the total number of nonfarm returns to agricultural returns was to increase by one, then the total number of minority farmers would decrease by 1150.740 persons. Meaning that as income was to increase in the non-agricultural sector, and then more minority farmers would leave the field of agriculture for better income opportunities. The second independent variable g, defined as the relative size of labor force in nonagriculture to agriculture had a significance level of (0.01) percent. This result shows that if the relative size of the labor force in non-agriculture to agriculture was to increase by one, then the total number of minority farmers would decrease by 23.546 persons. Meaning that as the number of workers in the nonagricultural sector begins to increase; the total number of minority farmers would decrease because of the possibility of better job opportunities as measured by the variable g.

The third independent variable, Pr, had no statistically significant value and is interpreted to be not statistically significantly different than zero. The fourth variable, Pc, the price of cotton, was also found to be significant but at the (0.10) percent level. This result indicates that if the price of cotton was to increase, the total number of minority farmers in the Southeast would increase by 14.84 persons. This result provides the conclusion that as the price of cotton increases, more minority farmers would either stay or enter into the field of agriculture. This conclusion has also allowed us to forecast the potential impact of globalization and free trade agreements on minority farmers migrating to and from the field of agriculture.

Currently, international trade in both cotton and rice is subject to trade barriers, primarily import tariffs and quotas that serve to subsidize cotton and rice producers in importing nations. A large body of published research suggests that commodity prices would increase with the removal of these trade barriers. The International Cotton Advisory Committee (ICAC 2003) reported that average cotton prices during the 200-01 and 2001-02 season s would have been 17 and 31 cents a pound higher, respectively, in the absence of direct subsides (Baffes 2005, p. 269). According to Quirke (2002), the elimination of cotton production and export subsidies by the U.S. and the E.U. would result in a 10.7% increase in the world cotton price. FAPRI (2002) found that removal of trade barriers and domestic support of all commodity sectors would result in an increase in the world cotton price of 12.7% over a 10-year period (Baffes 2005, p. 268, Table 14.4). Durland-Morat and Wailes (2003) showed a significant expansion of rice trade and large price adjustments as a result of the potential elimination of import tariffs and export subsidies. Complete liberalization would have resulted in a significant expansion in global rice trade and an average export price increase of 32.8% (Wailes 2005, p. 186).

If free trade barriers in international cotton and rice markets were to be liberalized, the prices of cotton in the United States are most likely to increase (FAPRI 2002; Baffe 2005; Durlant-Morat and Wailes 2003; Wailes 2005; Quirke 2002) and cause minority farmers income to increase as well, giving them a reason to remain in the field of agriculture. Given this result, to the extent that trade agreements are likely to increase commodity prices through increased exports from the USA, globalization and international trade agreements are likely to increase the number of minority farmers in the Southeast region of the United States, or slow the outmigration of minority farmers out of the region. This is likely to be true for rice, but the estimated coefficient on the price of rice was found to be statistically insignificant. Therefore, the number of minority farm operators in the Southeastern region was found to be not statistically related to the price of rice, holding all else constant.

The results in Table 7 also include elasticities, which allow for comparison of impact of each in dependent variable on the number of minority farmers. The first independent variable (D), the ratio of nonfarm returns divided by farm returns, had an elasticity of negative 0.48. The second independent variable g, the ratio of the size of labor force in nonagriculture to agriculture, had an elasticity unit of negative 0.41. The third independent variable, Pr, price of rice, had no statistically significant value, and its elasticity was interpreted as not statistically significantly different as zero. The fourth variable, Pc, the price of cotton, had an elasticity of 1.26, indicating that the number of minority farmers was most responsive to cotton prices during the time period under investigation. Qualitative results for the regression including Texas are identical, although some differences in magnitude of the estimated coefficients exist. The most prominent difference is the estimated coefficient on the relative size of the labor force (g). The elasticity of the number of minority farmers with respect to the variable g equaled −0.41 for the twelve Southeastern states, but was equal to −0.23 when Texas was included (Table 7). This indicates that minority farmers in Texas were less responsive to the size of the nonfarm labor force, compared to Southeastern minority farmers, reflecting differences in agriculture in the two regions.

Conclusions and implications

This study has provided empirical evidence that (a) minority farmers’ response to economic conditions in the Southeastern Region of the United States is statistically significant and (b) the returns to farming, relative to nonfarm occupations returns to labor is associated with a direct correlation with a minority farmer’s decision to migrate into or out of the field of agriculture and (c) globalization and international trade are likely to cause a response to minority farmers migration. In today’s society, farming is neither an option nor a necessity unless there is an economic benefit for farmers. For this reason, it has caused fewer minority farmers to continue into the field of agriculture. The responsiveness of labor to migrate in or out of agriculture based on labor returns is one primary determinant of minority farmer’s occupational choice. Our research has shown that economic determinants have a direct effect on the number of minority farmers migrating in and out of the field of agriculture. Our results have also demonstrated that if income was to increase in the nonagricultural sector, then the total number of minority farmers would decrease due to better income opportunities. Our results also show that if more people were employed the nonagricultural sector, than minority farmers would also decrease because of the assumption of better job opportunities. The final conclusion was the impact of price of cotton, which was found to have a statistically significant impact on the migration of minority labor out of agriculture in the Southeastern region.

Cotton is produced globally, and one of the most important textile fibers in the world, including in China and India. Our results demonstrated that if the export price of cotton were to increase, then the number of minority farmers in the American Southeast would increase. This analysis was a good indicator that the impact of international trade could have a strong effect on the determinants of minority farmers migration out of agriculture. Historically, the United States Department of Agriculture and other Agriculture Extension Agencies have made several attempts to make the field of agriculture as attractive as possible to minority farmers, along with a few trials and errors. Agriculture Secretary Ann M. Veneman (2003) stated on September 3, 2003 in Washington, D.C.:

We are committed to helping the nation’s minority and disadvantaged farmers... The grants will help many farmers and ranchers to successfully acquire, own, operate and retain farms and ranches by delivering a wide range of outreach and assistance activities including farm management, financial management and marketing.

To the extent that trade agreements increase commodity export prices, globalization and trade are consistent with this stated policy. Therefore, our research results indicate that globalization and international trade agreements may be complementary to other public policies intended to support minority farmers.

Notes

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Copyright information

© The Author(s) 2011

Authors and Affiliations

  1. 1.Department of Agricultural EconomicsKansas State UniversityManhattanUSA

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