TIME USE IN FOOD PREPARATION
BY MEN AND WOMEN AGE SIXTY-FIVE AND OLDER
By
Betty Ann Olson
A THESIS
Submitted to
Michigan State University
in partial fulfillment of the requirements
for the degree of
MASTER OF ARTS
Department of Family Ecology
1978
ABSTRACT
TIME USE IN FOOD PREPARATION
BY MEN AND WOMEN AGE SIXTY-FIVE AND OLDER
By
Betty Ann Olson
A sample of 50 homemakers age 65 and older living in
one- and two-member independent households was interviewed to
determine the amount of time and the variables that influenced
time used in food preparation as part of household production.
A time-record chart and an interview schedule were used to
record time use and gather related data. Housing type and
physical health of the homemaker were found to be effective
estimators of time use in food preparation work. Age, number
of household members, socioeconomic status, level of liking
for food preparation activities, and level of satisfaction
with food preparation facilities were tested and determined
to be ineffective time-use estimators for older homemakers.
ACKNOWLEDGMENTS
The writer wishes to express sincere appreciation
to Dr. Jean Schlater for her guidance and encouragement
to strive for an always higher level of sophistication in
the planning and preparation of this thesis.
Appreciation is expressed to Dr. Linda Nelson and
to Dr. J. Allan Beegle for their helpful suggestions.
The writer is grateful to Dr. Jean Warren for the
afternoon she spent discussing this thesis with her, and
to Dr. Kathryn Walker for her letters of support and
encouragement.
Special gratitude is expressed to the 50 homemakers
and their spouses for their participation in the study.
TABLE OF CONTENTS
LIST OF TABLES . . . . . . . . . . .
Chapter
I. INTRODUCTION . . . . . . . .
The Older Family . . . . .
Independent Households . .
Household Production: Food
Relevance of Data . . . .
Objectives of the Study
Definition of Terms . .
Objectives . . . . . . .
Hypotheses . . . . . . .
II. REVIEW OF LITERATURE . . . .
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Studies of Time Use in Household
The 1920s and 1930s . .
The 19hOs and 19508 . .
The 19605 and 19703 . .
Studies of Homemaking Work
III. PROCEDURE . . . . . . . . . .
Selection of Variables .
Selection of Sample . .
Selection of Instruments
Time-record Chart . .
Interview Schedule .
InterVieWS o o o o o
Validity and Reliabili y
Coding the Data . . . .
Time-record Chart . .
Interview Schedule .
Methods of Analysis . .
Descriptive Statistical
Inferential Statistical
Limitations of Study . . .
Correlational Analysis.
sample 0 n o o o o o o
Socioeconomic Status Measurement
iii
Units
Analysis
Analysis
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iv
Chapter
IV. ANALYSIS AND DISCUSSION . . . . . . . . . . . .
Descriptive Statistical Analysis . . . .
Characteristics of Independent Variables.
Characteristics and Content of the Work .
Inferential Statistical Analysis
by Hypotheses o I o o I o o o o o a
DISCUSSlon... coon-000.co-
Amount of Time Used . . . . . . .
Characteristics and Content of the Work
Findings Related to Hypotheses . . . .
V. SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS . . .
Summary . . . . . . . . . . . . . . . . . .
Conclusions . . . . . . . . . . . . .
Recommendations for Further Research . . . .
APPENDICES I I I I I I I I I I I I I I I I I . I I I I I
A. FOOD PREPARATION SURVEY . . . .
B. FLYER . . . .
C. STATEMENT OF RESEARCH ETHICS . .
D. INTERVIEWER TRAINING PROCEDURE .
E. INTERVIEWING OLDER MEN AND WOMEN:
SOME CONSIDERATIONS . . . . . . . . . . .
LIST OF REFERENCES I I I I I I I I I I I I I I I I I I
Page
47
47
£18
58
73
87
87
91
96
101
106
109
109
125
128
129
132
140
LIST OF TABLES
Table Page
1. Distribution of Age Categories of Homemakers
by Household and Number of Household Members . . 51
2. Distribution of Age Categories by Sex,
Homemaker and Spouse . . . . . . . . . . . . . . 52
3. Distribution of Households by Housing Type . . . 53
A. Distribution of Homemakers by Level of'Liking
for Food Preparation Activities . . . . . . . . . 54
5. Distribution of Levels of Socioeconomic Status. . 55
6. Distribution of Homemakers and Spouses
by Educational Level . . . . . . . . . . . . . . 56
7. Distribution of Homemakers and Spouses
by Occupational Level . . . . . . . . . . . . . . 57
8. Distribution of Households by Record Days
Of the week I I I I I I I I I I I ‘ I I I I I I I I 64
9. Average Daily Time for Thirteen Household Work
Activities and Percentage of Each in Total
Household Work Time . . . . . . . . . . . . . . . 65
10. Work Space Available in Kitchens
by Selected Variables . . . . . . . . . . . . . . 66
11. Storage Space Available in Kitchens
by Selected Variables . . . . . . . . . . . . . . 67
12. Equipment Available for Food Preparation and
After-meal Cleanup by Selected Variables . . . . 68
13. Percentage of Households Using Selected Kitchen
Equipment on the Record Days and During the
Previous Seven Days . . . . . . . . . . . . . . . 69
14. Distribution of Factors That Determine
Eating Out or Eating at Home . . . . . . . . . . 70
vi
Table Page
15. Types of Breakfasts, Lunches, and Dinners
Served on Record Days by Age of Homemaker . . . . 71
16. Types of Breakfasts, Lunches, and Dinners
Served on Record Days by Number of Household
Members I I I I I I I I I I I I I I I I I I I I I 72
17. Rank and Partial Rank Correlation Coefficients
for Food Preparation Time of Homemakers
and Variables . . . . . . . . . . . . . . . . . . 79
18. Food Preparation Time of Homemakers by Age
and Number of Household Members . . . . . . . . . 80
19. Food Preparation Time of Homemakers
by Housing Type . . . . . . . . . . . . . . . . . 81
20. Food Preparation Time of Homemakers
by Number of Household Members . . . . . . . . . 82
21. Food Preparation Time of Homemakers by Level of
Liking for Food Preparation Activities . . . . . 83
22. Food Preparation Time of Homemakers
by Social Position Classes . . . . . . . . . . . 84
23. Food Preparation Time of Homemakers
by Level of Satisfaction with Physical Health . . 85
24. Food Preparation Time of Homemakers by Level of
Satisfaction with Food Preparation Facilities . . 86
Chapter I
INTRODUCTION
All life and all things exist within boundaries.
This is a basic premise of the family ecosystem conceptual
approach. The meaning of anything, whether it is an object,
a feeling, or a relationship, is defined in part by its
boundaries. Life is similarly defined and understood, in
part, by conception, birth, and death, and is organized in
terms of these time boundaries. The knowledge of the cer—
tainty of death influences the planning and organizing of
time and alters the meaning of the way in which time is used.
Time possesses unique qualities. It is available to
each person in finite quantity. It provides a common frame
of reference for structuring life's activities. It is
irreversible and irreplaceable. And time is a central and
integrative resource; when any other resource is being used,
time is also being used.
These qualities make time an advantageous vehicle for
research. Time-use research provides a quantitative measure
of the temporal distribution of human activity that can, in
turn, establish a basis for qualitative understanding of
particular social groups. Time-use research also provides
a potential measure of social change. Heirich (1964) views
1
2
time, as an explanatory factor, a causal link between other
variables, a quantitative measure of them, and a qualitative
measure of their interplay, as central to models of social
change. Studies were conducted during the 1960s by Szalai
(1972. 1975). Chapin (1974), and Walker and Woods (1976)
that employed time use as an indicator of current economic
and social problems of the family. These studies will serve
as points for comparison with future findings as indicators
of social change.
THE OLDER FAMILY
The family continues to be the basic social unit in
America. In recent years the stage in the family life cycle
of the older family has become an important area for re-
search. The number of older families is growing. Most older
people live in families that consist of married couples (U.S.
Department of Commerce, 1976:#5). Presently, there are
about 23 million Americans over the age of 65. This growing
minority is expected to increase to 31 million by the
year 2000.
Formal interest in the older family in America did
not begin until the 1940s. The enactment of the Social
Security Act in 1935 set 65 as the age of eligibility for
pensions and established a formal definition of the lower
limit of old age. The Committee on Social Adjustments in
Old Age was established by Ewald Burgess in 1993, and the
gggggal_g§_§gggntglggy began publication in 19#6. The
relatively new fields of geriatrics and gerontology are
3
focusing on the problems and needs of older persons and are
providing impetus to the creation of policies and programs
designed to cope with the personal, social, health, housing,
and economic problems of aging and life extension.
INDEPENDENT HOUSEHOLDS
Approximately 75 percent of American men and women
aged 65 and older live in independent households. The pro-
portion of older individuals maintaining their own house-
holds has increased in the last decade. Such "primary"
individuals represented about 15 percent of the men and
37 percent of the women aged 65 and older in 1975, repre-
senting increases of 1 percent for men and 7 percent for
women from 1965 figures. During the same period there was a
considerable decline in the proportion of older persons
living with their children or other relatives. About 96 per-
cent of these individuals occupied their own housing entirely
alone as "one-person" households in 1975. Contrary to popu-
lar view, less than 5 percent of the older population lives
in institutions (U.S. Department of Commerce, 19761U9).
HOUSEHOLD PRODUCTION: FOOD PREPARATION
Men and women living in independent households
generally assume responsibility for their own household
production. Walker and Woods (1976sxx) define household
production or household work as "purposeful activities per-
formed in individual households to create the goods and
services that make it possible for a family to function as
4
a family." Using the term "household production" implies a
two-part process: production and consumption. The investi-
gator limited this study to those aspects of food prepara-
tion relevant to production by the homemaker. Time used for
consuming (eating) the food prepared, therefore, was outside
the context of food preparation as household production.
Also, time used in food preparation was limited to that
actually Spent preparing food in the household and did not
include shopping or menu planning, which were categorized as
marketing and management.
Beyer and Woods (1962) found that nine out of ten
older persons living alone prepared their own food, regard-
less of sex or age. Of all respondents aged 65 or older,
99 percent engaged in food preparation. Of all household
activities, preparing, eating, and cleaning up after meals
used the greatest amount of time; the median number of hours
was two and one-half, with 60 percent spending from two to
three hours per day. Food preparation is, therefore, a
large part of the daily experience of nearly all older men
and women.
In the present study, food preparation was composed
of three activities: regular meal preparation, special food
preparation, and afterameal cleanup. How much time is used
by men and women age 65 and older in these activities? What
is the variable most closely related to the time of home-
makers for all food preparation? What variables are the
most effective time-use estimators for older persons in the
area of food preparation? Specifically, does time use
5
increase as the age of the homemaker increases? Does time
use increase as level of satisfaction with health increases?
Is the socioeconomic level of the homemaker a factor that
affects time use? Is satisfaction with food preparation
facilities a significant factor? Are housing type or number
of household members factors?
RELEVANCE OF DATA
The answers to the questions above are significant.
They facilitate the identification of basic characteristics
and basic needs in a particular area of a considerable por-
tion of American society. Ethel Shanas (1966), one of the
few persons who has surveyed large numbers of older people,
has indicated that research on basic characteristics and
needs of older persons can have substantial impact on social
policy. The absence of data about the characteristics of
older people has led to an imbalance in research. Concen-
tration has been upon institutional development rather than
upon community services. According to Shanas, to order the
allocation of resources in behalf of older people on some
logical basis, some research must be directed toward the
accumlation of basic information on the characteristics of
older people.
From an ecological perspective, the data have human
and nonhuman resource-use and resource-allocation implica-
tions. The data are useful for identifying the resources
being used by older families in food preparation. For
example, how many and what appliances are being used? What
6
human and nonhuman resources are being used? Time is also
a resource; these data have value as time-use predictors for
this stage in the family life cycle. And a current measure
of resource use provides a basis for future comparisons.
How much food preparation will older people be doing
in the future? In a study conducted by Lopata (1966316),
the older women mentioned that they were "eating out a lot"
at this stage in the life cycle. And the number of opportué
nities for eating out for older people is increasing. The
1972 Nutrition Program for the Elderly Act provides low-cost
nutritious meals daily at conveniently located settings for
older people. An estimated five million Americans qualify
for this program. Some economists estimate that Americans
spend about 29 percent of their total food bill for eating
out. The Agriculture Department estimates that 37 percent
of the food bill is spent this way. Beyer and Woods (1962)
reported that about 90 percent of the older people they
interviewed sometimes ate out. Data from the present on the
amount of time used in food preparation in the home by older
men and women could be useful for future comparisons.
Most people experience a number of role changes at
retirement. Through the study of daily food preparation, an
activity in which nearly all older people engage, some new
insight could be gained regarding any changes in this area
that may be occuring in the division of labor or in sex
roles. Despite a reduction of gender differences in the
occupational world in recent years, the role of the home-
maker remains generally feminine. The questions may be
7
raised as to whether retirement affects this role, or if
marriages become more egalitarian in this stage of the fam-
ily life cycle. Data were collected in this study on the
amount of time used by spouses in food preparation as well
as in other household work.
And finally, the role of the unpaid household worker
has rarely been studied seriously or systematically. A
growing body of literature is currently drawing attention to
the disadvantaged position of homemakers in society. Ameri-
cans value that which can be equated in dollars and cents.
In this context, many political and economic implications
exist regarding household production, particularly as they
relate to the older family. Literature is also drawing
attention to a growing phenomenon of respectability in old
age, with creative performance, with its aspects of personal
dignity, with individuals, and with independence. The em-
phasis is shifting from the decrements of old age and their
remedies to the merits and positive qualities of aging.
Recognition of the services older people perform for them-
selves, particularly household production and in this study,
food preparation, reinforces the positive image of aging.
OBJECTIVES OF THE STUDY
The overall objective of this investigation was to
study time use in food preparation work of men and women age
65 and older living in independent households. The amount
of time used in food preparation by 50 homemakers was meas-
ured using a time-record chart. An interview schedule was
8
employed to gather data relative to (1) the variables most
closely related to time use by homemakers for all food prep-
aration work and (2) the variables most effective as time-
use estimators for older homemakers in food preparation
work.
DEFINITION OF TERMS
Household production ggfihouseholg;work refers to pur-
poseful activities performed in individual households to
create the goods and services that make it possible for a
family to function as a family (Walker and Woods, 1976zxx).
Independent household or household refers to the in-
dividual or group of adults living alone in an apartment,
mobile home, two-family home, or one-family home.
Homemaker is the person, of either sex, for whom
household production is the primary responsibility or the
person primarily responsible for food preparation in the
household.
Older men and women, older person, older homemaker
refers to persons age 65 and older.
Tgtal time is the average amount of time used by all
household members in food preparation.
Primary, secondary, and travel time refer to the
three categories in which time use is measured (Walker and
Woods, xx).
Primagy time is the time during which the activity
engaged the worker's full attention.
9
Secondary_time is the time during which some work
was done on an activity while work on another
activity received primary attention.
Travel time is the time used for travel connected
with household work.
Foodppreparation is composed of three activities:
Regular meal preparation refers to the preparation
and serving of food for meals eaten at home by any
household member on the record days.
Special food preparation refers to nonroutine food
preparation activities such as holiday meals or
food for other special occasions, parties, and
community or group functions.
After—meglfcleanup includes time for after-meal
care of table, dishes, leftovers, kitchen equip-
ment, and refuse: and returning clean equipment,
dishes, and utensils to storage.
OBJECTIVES
The specific objectives of the study were as follows.
Objective 1: To compare the quantity of time used by
homemakers with the age-group categories.
Objective 2: To compare the quantity of time used by
homemakers with each of the house-type categories.
Objective 3: To compare the quantity of time used by
homemakers with the number of household members.
Objective A: To compare the quantity of time used by
homemakers with the homemaker's level of liking for
food preparation activities.
10
0bjectivep5: To compare the quantity of time used by
homemakers with their socioeconomic levels.
Objective_6: To compare the quantity of time used by
homemakers with level of satisfaction with physical
health.
Objective 7: To compare the quantity of time used by
homemakers with level of satisfaction with food prep-
aration facilities.
Objective 8: To determine and compare the quantity of
time used by homemakers in all household work activ-
ities with the quantity of time used in food prepara-
tion activities.
HYPOTHESES
The following hypotheses served as guides for this
investigation.
Hypothesis 1: Time use in food preparation increases
as the age of the homemaker increases.
Hypothesis 2: Time use in food preparation increases
as the complexity of housing type increases.
Hypothesis 3: Time use in food preparation increases
as the number of household members increases.
Hypothesis 0. Time use in food preparation increases
as the homemaker's level of liking for food prepara-
tion activities increases.
H othesis : Time use in food preparation increases
as the socioeconomic level of the homemaker decreases.
Hypothesis 6: Time use in food preparation increases
as the homemaker's level of satisfaction with physi-
cal health increases.
H othesis : Time use in food preparation increases
as the homemaker's level of satisfaction with food
preparation facilities increases.
Hypothesis 8: Time use in food preparation is greater
than time use for any other household work activity.
Chapter II
REVIEW OF LITERATURE
The review of relevant literature is presented in the
following sections: (1) studies of time use in household
work and (2) studies of homemaking work units.
STUDIES OF TIME USE IN HOUSEHOLD WORK
Time use in household production, in varying form and
content, has existed from the earliest times in history.
Serious, systematic research of household production began
in this century, and recently research interest in this sub-
ject has increased. Research specifically limited in param-
eter to time use in food preparation by older persons, ac-
cording to the literature examined, has not been conducted.
Older persons have been included in some studies, but none
of the studies examined made a distinction between younger
homemakers and older homemakers, or between those respon-
dents who had retired from occupational life and those who
had not. This study was limited to older homemakers who
were retired from occupational life.
11
12
The 1920s and 19303
Household production research gained impetus at the
beginning of this century with the passage of the Purnell
Act in 1925. Through state agricultural experiment stations,
the Purnell Act provided support for economic and socio-
logical research for the purpose of developing and improving
rural homes and rural life.
Farm women, therefore, were the subjects of the ma—
jority of time use and household work studies in the 1920s
and 1930s. These investigations were sponsored by the Home
Economics Bureau of the U.S. Department of Agriculture in
experiment stations, and were generally made using chrono-
logical records of activities for amounts of time ranging
from one day to a week or more. Time use was recorded by
means of diaries kept by the homemakers. This method of
data collection was dependent upon several factors including
recall ability (unless the homemaker recorded time use im-
mediately). intelligence, literacy, cooperativeness, per-
serverance, and attitude toward the study and toward house-
hold work recorded. The method of analysis generally used
by the early investigators was to group data into major
activity'categories for reporting total time units.
The first real attempt to describe the household work
JJDadusing the methods described above was made by Wilson
(1929) in Oregon. Her sample of 513 farm housewives submit-
ted time diaries for one week's activities in a 1926-27
Period. Wilson identified homemaking time allocations
13
of 288 farm, 71 village, and 154 city homemakers. She did
not classify subjects by age, according to information
available, however, she did identify about 31 percent of
her sample as having no children under 19 years with about
50 percent of these homemakers over the age of 48.
Wilson's major finding related to food preparation
was that of 51.6 hours per week devoted to homemaking,
47 percent was used in food activities. Factors identified
as affecting time use in food preparation were ages of
children, number of persons served, and physical facilities
of the kitchen.
Three other studies from this period were similar to
Wilson's work: Crawford (1927), Kneeland (1928), and Wasson
(1930). None gave age classifications. Crawford's 81 re-
spondents kept diaries for 24-hour periods for seven days.
Her food preparation time allocation (14.5 percent) was
expressed as a proportion of all activities of the homemaker,
however, food preparation took the most time of the home-
making activities.
Kneeland's 700 respondents used half of their weekly
homemaking time in preparation of meals and dishwashing (25
hours, 51 minutes). Wasson's sample of 100 also kept seven-
day diaries in 24-hour segments. She, too, found that food
preparation used 50 percent of homemaking time. All three
of these investigators identified size of family as a
factor that affected time use in food preparation.
14
Moser (1935) conducted a study specifically related
to food consumption and use of time for food work. She used
weekly time records in which the record keeper entered daily
the number of minutes spent by each worker in the food
activities specified. These activities were classified un—
der two headings: household food work and farm work. The
household food work activities included preparation of regu-
lar meals, lunches and extra meals, clearing away after
meals, baking and other quantity cooking, preservation of
foods, refreshments for social affairs, and other work not
covered in these categories.
Moser, who analyzed her data by race, found that
white households used 31.3 and black households used 25.4
hours per week in household food activities. The factors
Moser identified as affecting time use were size of house-
hold, work and storage facilities available, standards for
cooking and meal service, number of variety of foods appear—
ing in the diet list, and the cost of the diet. Some of the
limitations of this study, in addition to the data collec-
tion and analysis methods used, were lack of control for
certain variables such as season of the year and day of the
week, and the exlusion of certain food producing activities
from the measurement such as raising grain and other field
crops for household consumption.
It was during this time period that Warren (1940)
collected data on time use in its relation to home manage-
ment. Warren was interested in measuring the amount and
15
describing the kinds of work done in homes. Her study of
more than 500 farm households determined the activities of
the homemakers, the time used for these activities, the
causes of variation in the time used, and the work load in
different households. An attempt was made to measure the
work loads by constructing work units that could then be
used in studying other households and could prove useful in
studying methods and practices used in accomplishing similar
amounts of home work in varying periods of time. Warren
obtained her data by personal interview. As "enumerator"
she recorded time used by homemakers and helpers for various
homemaking activities on the weekday preceding the inter-
view. Her finding in food preparation was that it accounted
for about 33 percent of the time spent by the homemakers
on homemaking. Factors she identified as affecting time use
were number of children, amount of volunteer or paid work
or activity outside the home, and the homemaker's like or
dislike for the activity.
The_19408 and 19508
Two studies from the 19403 relevant to food prepara-
tion and time use are those that were conducted by Dickens
(1943) and Muse (1946).
Dickens used a diary method to study time eXpendi-
tures during one week by homemakers and by all workers in
homemaking activities in 80 white and 80 black town families
of Mississippi. Households were classified by the amount
of monthly rent paid or the monthly rental value of the
16
home. These categories were: under $7.50, $7.51 to $20.00,
$20.01 to $40.00, and $40.01 and above. Dickens found that
more time was spent by all groups (26-27 hours) in food
I homemaking than all other homemaking activities combined.
Time expenditures on meal preparation and clearing away
after meals were relatively higher in white families of the
$20.01 to $40.00 housing value than other categories for
white or black respondents. Black homemakers had more help
in care of the house, white homemakers in meal preparation
and clearing away. All had more help in clearing away than
in food preparation. Dicken's findings were valid for the
summer season only.
Muse studied 183 farm homemakers in Vermont. Data
were collected, through personal interviews, for the time
used on homemaking activities during a summer week. Home-
makers were not classified by age, but by number of child—
ren. 0f the homemaking time, 25 percent was used in food
preparation and 15 percent in dishwashing. The hours spent
on food preparation increased as the household size in-
creased. Muse attempted to determine whether households
with high time expenditures served "better" meals than those
with low time expenditures. Muse considered the menus
reported by each homemaker when asked what she served for
her usual breakfast, lunch, and dinner. These menus were
sorted into three classes that represented "poorest,"
"average," and "best" meals. For each family all three
nmals were considered as a unit on the basis of their
17
probable nutritive value and the variety offered. The
classification of the menus was based on the standards of
the investigator and not on those of the families. Muse
found no correlation between the classification of the menus
and time expenditure. She did find a relationship between
time used in food preparation and the amount of help given
the homemaker, the condition of the kitchen and equipment,
the like or dislike of the homemaker for food preparation,
and the skill level of the homemaker in cooking and manage-
ment.
During the 1950s interest in time use in the home
increased. Concentration shifted from farm to urban house-
holds. With automation and technological advancements,
lifestyle changes, and development and use of commercial
services, urban areas were changing more than rural areas.
Wiegand (1953) was the first to compare time use for
household work activities of urban homemakers with rural
homemakers. She used an interview method to collect data
from 95 farm full-time, 102 city full-time, and 53 employed
city homemakers. Time use was recorded for the weekday
preceding the interview and for the preceding Saturday or
Sunday. 0f Wiegand's sample of 250, about 32 were between
60 and 80 years of age. About 25 percent of the homemaker's
time was spent in food preparation. The homemakers in all-
adult families of three or four persons used the most time
for food preparation. She found that as the size of the
household increased or if the household included one or more
18
children under 4 years of age, the amount of time spent in
housework increased. Meals were classified by complexity:
the average time used for food preparation increased as the
number of complex meals increased. Wiegand, in this study,
also further developed the work unit, the amount of house-
hold work done by an average worker in one hour under aver-
age conditions.
Warren, Muse, and Wiegand employed the same classifi-
cations for homemaking activities, so that it was possible
from Wiegand's study to compare the amounts of time used in
each activity to observe any trends that had developed.
From the time Warren conducted her study in the same county
and township in 1936, Wiegand found great improvement in
household equipment. The percentage of farm houses having
an electric or gas refrigerator, running hot or cold water,
an electric range, and a furnace had greatly increased. In
1952, as in 1936, the largest proportion of homemaking time
used by homemakers was for food preparation. The percentage
of time used for food preparation decreased from 29 to 24
percent. The percentage of time used for dishwashing re—
mained about the same.
Cowles and Dietz (1956) studied 83 selected Wisconsin
farm homemakers in which records of a week's time were kept
by the women. Time sheets were used for recording all ac-
tivities by 5-minute intervals for seven consecutive days.
INhen the women were classified by age (under 35 years, 36-49
:years, and 50 years and older), the youngest group used the
19
most time in household work. Factors Cowles and Dietz de-
termined affected the amount of time Spent in food prepar-
ation were: (1) necessity of preparing special meals or
packing lunches for family members unable to eat with the
family at the usual time or place or in need of special
food, (2) amount of baking done, and (3) character of the
kitchen arrangement.
The 1960s and 1920s
In general, time studies in the late 1950s, in the
1960s and 1970s have followed a trend toward greater depth
through analysis of factors associated with time use.
Methods of studying the homemaker's use of time have
usually been obtained from the homemaker through records or
through recall, often for a very recent period, or by esti-
mate. Data have then been analyzed_by associated factors.
Nelson (1963) used a different approach. In Costa
Rica, Nelson developed a study of activity patterns as an
approach to understanding how time functions in home manage-
ment. An activity pattern was defined as the ordering of
tasks that is characteristic of a person or group of persons
during some specified time span. In Nelson's study, activ-
ity patterns were organized around meal preparation. She
obtained her data by observation, recording each detail of
the pattern. Her sample of 19 randomly-selected homemakers
xwas observed during day-long time spans and provided inter-
'views preceding and following each observation.
20
Beyer and Woods (1962) reported a study conducted
between 1958 and 1960 by the Bureau of Old Age and Survivors
Insurance on living and activity patterns of the aged. The
report was based on interviews with 5202 persons aged 65 and
older living in four different regions of the United States.
Time use was recorded by the interviewer for the preceding
day. The study found two and one-half hours was the median
amount of time spent in preparing, eating, and cleaning up
after meals, with 60 percent spending from two to three
hours per day. This was the largest proportion of time
spent on obligated-time activities by the aging. The other
activities were: housework, personal care, shopping and
related activities, and care of others. Factors affecting
time use were not determined.
The UNESCO-sponsored European Coordination Center for
Research and Documentation in Social Sciences study is the
most comprehensive time-use study ever conducted. This
multinational research was conducted in 12 countries includ-
ing the United States in 1964. Szalai (1972) published the
completed study. The research was designed so that the data
collected from the 12 countries could be compared. Nonwork
time use was the emphasis of the research, however, time-use
comparisons were made for paid work, household work, free
time, and sleep for employed men and employed women as well
as for women not in the labor force. The sample was limited
to persons between the ages of 18 and 65, although a few
older persons were included because they lived in a house-
21
hold with a wage earner between those ages. Food prepara-
tion, categorized separately as cooking and cleaning up,
accounted for the largest proportion of time Spent in house-
work. Associated factors were not discussed in relation to
food preparation.
A study conducted by Morgan, Sirageldin and Baerwaldt
(1966:109) offered explanatory factors for determining the
amount of time family heads and wives together devoted to
regular housework. This study did not determine the amount
of time spent specifically in food preparation, but did
determine that spent in all housework. Factors the in-
vestigators found, importance-ordered, are listed below.
*Sex and marital status of head of family
*Number of people in the family
*Age of the youngest child under 18 living at home
Number of rooms in home
Number of automatic home appliances
Age of head of family
Hours of work for money in 1964 by all members
of the family
Type of structure in which family lives
Hours lost from work in 1964 by head of family
and wife from illness or unemployment
Size of place (town) where family lives
Whether it was difficult to hire outside help
for work around the house
*Education of head of family
Number of years lived in present home
Asterisked variables, in order of their importance, explain-
ed 33 percent of the variance in this study. Data were
obtained through personal interviews with 2214 adults. The
number of respondents aged 65 and older was 416.
Walker and Woods (1976) surveyed a random sample of
1296 households drawn from names of families stratified by
22
32 different combinations of family composition in the Syra-
cuse, New York area in 1967-68. Their primary objective was
the further development of a method of measuring the produc-
tion of services and goods in family households. The sample
included 42 families over the age of 55. The major finding
was the clear and direct relationship between certain family
characteristics and time used to provide major kinds of
household services. Family composition related more closely
to time use for household work than any other variable.
Housework activities were listed in 13 categories on
a time-record chart. Each homemaker recorded time used by
each worker in the appropriate category in 10-minute inter-
vals for two 24-hour periods. Two interviews were held with
each homemaker to obtain supplementary data.
Three of the 13 household-work categories were relat-
ed to food preparation: these were regular meal preparation,
Special food preparation, and after-meal cleanup. Number of
children in the household was found to be the variable most
closely related to time of all workers for all food prepara-
tion. Two other variables, age of youngest child and em-
ployment of wives, while significantly related to other
activities, were low for regular meal preparation and after-
meal cleanup.
An accomplishment of Walker and Woods's study was the
development of a means of recording data on time use that is
easy to use, provides for accurate reporting, and is econom-
ical to administer. This study resulted in the development
23
of an extensive data bank of household-work information and
familial-descriptive data combined with time-use data. The
findings are a step toward Walker and Woods's ultimate goal
of placing a monetary value on household production.
STUDIES OF HOMEMAKING WORK UNITS
The relationship between time use and household work
produced has been studied for many years at Cornell Univer-
sity. The first homemaking work units to provide a basis
for comparing time costs in the household were developed
there by Warren (1940). Her aim was to find some measure
that could be used in comparing the work loads in different
households, similar to the productive-man-work unit used in
studying farm management. The farm-work unit scaled amounts
of widely different kinds of work output into units of time.
Warren found that the amount of time used in each
household varied according to such factors as number of fam-
ily members, age of youngest child, or size of dwelling.
Warren's major contribution was to quantify the amount of
work in several major activities by isolating the one factor
that appeared to have the most effect on the work load in an
activity. The work unit showed the average time cost of
doing a certain quantity of work. Warren's research pro-
vided the basis for the studies made by Wiegand, Walker, and
Walker and Woods.
In 1954, Walker (1957) attempted to add to the devel-
opment of a measure of household production that could be
24
used by professionals in any field when needed. Walker,
utilizing Wiegand's (1953) data on time use, developed six
types of quantitative work units. Walker (1957:3) defined a
work unit in homemaking as "the amount of household work
done in one hour under average conditions by an average
worker." The Six values were for meal preparation, dish-
washing, physical care of family members, washing clothes,
ironing clothes, and regular care of the house. Approxi-
mately 78 percent of the total time used in homemaking was
accounted for by these six tasks. For each activity, vari-
ous factors were studied to determine the one that had the
most decided influence on the total time for a given task.
These activities and the variables most closely related to
time used for them were listed by Walker as follows.
Meal preparation complexity of meals
served (number of dishes
and degree of manipula-
tion required to prepare
them)
Regular house care presence or absence
of children ,
Physical care of number and ages of
family members children
Washing clothes number of loads
of washing
Ironing clothes number of pieces ironed
Dishwashing number of persons in the
household
The complexity of meals was determined by Walker by
the amount of handling required to process the food and the
time taken to prepare the meal. On this basis, she defined
four categories of meal types, Types 1, 2, 3, and 4, from
25
least to highest complexity. Walker's (1958:?) definitions
were 8
Breakfast types
Type 1
Any number of easily prepared foods or
one or two items requiring some prepara-
tion plus any number of easily prepared
foods
Type 2
Three dishes requiring some preparation
plus any number of easily prepared foods
or one time-consuming dish plus any
number of easily prepared foods
Noon and evening meal types
Type 1
Any number of already prepared or
quickly prepared foods
Type 2
Leftovers somewhat changed in form plus
Type 1 or one time-consuming dish plus
one to four already or quickly prepared
foods
Type 3
One time-consuming dish plus five or
more already or quickly prepared foods
or two or three time—consuming dishes
plus Type 1
Type 4
Four or more time-consuming dishes plus
Type 1
Walker (1957:4) states that work units provide a
means for comparing the amount of time used by a particular
family with the amount of time used in average households to
do a similar amount of work. The work units enable one to
measure approximately the amount of work to be done in the
home: they do not provide a measure of how well it is done,
by whom it is done. nor with what equipment the work is
done. "Neither satisfaction nor quality is measured by
work units."
26
Gage (1960) tested the usefulness of the work unit as
a means of collecting data for potential use in determining
the economic value of household production. Gage inter-
viewed 50 homemakers in Tompkins County, New York, to learn
the number of units-of-work produced by each homemaker on
one day. Using established work units, she multiplied them
by the prevailing wage rates for each type of work. Gage
concluded that homemakers chose to perform that part of the
workload that had the greatest monetary value.
Maloch (1962) determined the workload and the charac-
teristics of most and least liked household tasks for 120
homemakers in Binghamton, New York. Her study was not con-
cerned with identification of liked or disliked tasks, but
with the characteristics that made them most or least liked.
Characteristics, according to Maloch, were thought to cut
across task lines. She attempted to identify the reasons
tasks were most or least liked so that further research
could help find ways of altering the characteristics. 0f
the most liked tasks, the characteristics Maloch found were
pride in results, satisfaction, adequate equipment, and
results that were appreciated by the family. The character-
istics of the least liked tasks were identified as short-
term results, monotony, not creative, use of little mental
skill, and another adult not generally present. Maloch
found no relationship between work-unit value and attitude
toward most and least liked tasks.
27
The study of work units has been carried on at Purdue
University by Manning (1968), where she directed a major
study on use of all workers' time on household work in
1961-62. This is the most complete investigation of time
use and work output in household activities done aside from
the work at Cornell.
Manning's research determined work unit values for
111 households in Indiana limited to homemakers under age
70. She did not report food preparation time use by spe—
cific age categories. Manning found that variability of
time use related to standards of housekeeping more than to
any other factor, and a beginning was made in relating atti-
tudes of like or dislike of household tasks toward time used
for them.
Walker and Woods (1976) at Cornell University recent-
ly completed an extensive study, the primary objective of
which was the further development of a method of measuring
the production of goods and services in family households.
0n the basis of Walker's (1957) previous research in which
she identified six types of quantitative work units and the
variables most closely related to them, Walker and Woods
tested and affirmed the hypothesis that the amount of work
in the household varied principally in relation to changes
in family composition. The most important result of the
study was the confirmation of a direct relationship between
family composition and time spent on household work, thus
allowing the use of amount of time Spent on the work to be-
come a measure of household production.
Chapter III
PROCEDURE
This research was based on and employed specifically
selected parts of the instruments from the study conducted
in 1967-68 by Kathryn E. Walker and Margaret E. Woods (1976):
Time Use: A Measure pféHousehold Production of Family Goods
and Services. This investigator correSponded with Walker
during the initial phase of the study and received Walker's
support and encouragement. Walker provided a sufficient
quantity of the instruments from the 1967-68 study to be
used in this investigation.
The primary objective of the Walker and Woods work
was the further development of a method of measuring the
production of goods and services in family households. 0n
the basis of previous research, Walker and Woods tested and
affirmed the hypothesis that the amount of work in the
household varied principally in relation to changes in fam-
ily compostion.
The overall hypothesis tested in this study was that
time used in food preparation work by men and women age 65
and older it: a function of the homemaker's age, housing
type, number of household members, level of liking for food
preparation activities, socioeconomic position, health, and
28
29
level of satisfaction with food preparation facilities.
SELECTION OF VARIABLES
Control variables relating to the overall hypothesis
were household composition, age of household members, geo-
graphical location of residence, season of the year, and
day of the week. Household composition was limited to one-
and two—member households. Age was limited to 65 and older.
Geographical location was an urban-suburban type of area,
Lansing, Michigan. Each season of the year has character—
istics and special activities that affect the total food
preparation work load: this study limited season of the year
to winter. Also taken into consideration were the varying
amounts of time used on some food preparation activities on
different days and on weekends compared with weekdays. An
attempt was made to control for this variable, a minor vari-
ation was a relatively even distribution for all days except
Tuesday, which had a larger distribution, and Saturday,
which had a smaller distribution.
Data were collected for selected independent vari-
ables related to certain socioeconomic characteristics of
the household and physical aspects of the food preparation
work environment. Characteristics considered as attributes
of the social environment in which the food preparation
activities were conducted were: socioeconomic status (edu—
cation and occupation before retirement), age and sex char-
acteristics of household members, and characteristics of the
30
househOld as a unit, such as special family or household
situations, and household food preparation practices.
Physical characteristics selected as most likely to describe
the typical household food preparation environment were:
features of the housing (type of housing, age of housing),
availability of adequate work and storage space, and other
special use spaces, and availability and use of household
food preparation equipment.
Data were collected for the dependent variable,
amount of time used in food preparation, for two days from
each household.
SELECTION OF SAMPLE
The study was conducted in Lansing Michigan and
surrounding area where urban-suburban population is pre-
dominant and number of persons age 65 and older is large.
The 1970 Census Tracts Standard Metropolitan Statistical
Area (Clinton, Eaton, and Ingham Counties) figure for per-
sons age 65 and older is 25,998 (U.S. Department of Com-
merce, 1970). This geographical area was also easily
accessible to the researcher.
The non-random sample was drawn from within three
senior citizen nutrition program groups: Delta-Waverly
39ers Club, Gier Park Senior Citizens, and Grand Ledge
Senior Citizens. These groups were chosen because of the
relationship of the investigator to the Delta-Waverly 39ers
Club and because of the willingness of each of the groups
31
to cooperate. Having worked as a volunteer with the Delta-
Waverly 39ers Club for several months prior to initiating
the study, the investigator had established considerable
rapport with the group, facilitating entry into the other
two groups for eliciting respondents.
To recruit respondents, a presentation was given by
the investigator to each of the groups explaining the pur—
pose of the study and the help needed. A flyer (Appendix B)
was prepared and distributed by the investigator that con-
tained further explanation.
Sample size was evenly divided between one- and two-
member households giving a total of 75 participants in
the study.
A pretest was administered to five persons resulting
in the following instrument revisions and additions.
1. A statement of research ethics was prepared to
guide the study (Appendix C).
2. Coding numbers were added to the schedule to
facilitate the coding process.
3. Division between the questions for the first
interview and those for the second was more
clearly delineated on the instrument.
4. Four questions were reworded to facilitate
coding.
32
SELECTION OF INSTRUMENTS
The design of the research involved two instruments
from the Walker and Woods study: the time-record chart and
the interview schedule. The time-record chart was used
unmodified. The interview schedule was modified to narrow
its scope. While Walker and Woods examined in depth the
factors related to the use of time in 13 inclusive areas of
household work, the scope of the present study was limited
to the food preparation area of household production.
Time-record Chart
The time-record chart was used to collect data for
the dependent variable, the amount of time spent on food
preparation as part of household production by each house—
hold member. All time during a 24-hour period was recorded,
permitting comparison of time used in food preparation with
time used for other household work. By recalling time use
for 24-hour spans, the homemaker may have more accurately
estimated time use for each activity than he or she would
have had he or she considered the activity out of context.
One person, the homemaker, recorded time use for the entire
household.
Primary, secondary, and travel time were recorded, in
which primary household work time was the time when the
activity engaged the worker's full attention. To delineate
primary time, secondary and travel time were recorded sepa-
rately. Secondary time was that spent on an activity in
33
combination with another (primary) activity that received
the worker's main attention. Travel time accounted for a
part of the time used for several household activities and
was considered an integral part of time use for the activity.
Time was recorded on the chart across the horizontal
axis in 10-minute intervals, dividing the intervals in half
if a 5-minute interval was appropriate for reporting, so
that 5 minutes was the smallest time interval recorded.
Time use was recorded in 13 classifications listed
on the vertical axis, which were: regular meal preparation,
Special food preparation, after-meal cleanup: regular house
care, special house care and maintenance, and care of yard
and car; washing, ironing, and special care of clothing;
physical and nonphysical care of family members; marketing
and management. To provide categories for a record of the
full 24-hour period, two additional blocks were used to
record time spent on nonhousehold activities: (1) other work
(work other than household work) including volunteer work,
and (2) other activities, including all personal, family,
and social activities.
Each worker's time use was coded and identified on
the chart by a letter and color:
Female homemaker recorded in red
Male homemaker recorded in blue
Female spouse recorded in brown
Male Spouse recorded in black
Written definitions of what work was to be included
in each household work classification and written instruc—
tions used by the interviewer to explain how to complete the
34
time-record chart were those as used in the 1967-68 Walker
and Woods study. They were read aloud by the interviewer to
the respondent and kept by the homemaker to be used when
completing the chart.
Interview Schedule
The interview schedule was designed to collect data
on the independent variables, the factors hypothesized to
affect the amount of time used in food preparation. Parts
of the Walker and Woods instrument appropriate to the food
preparation area were used and other questions directly re-
lated to the hypotheses and objectives of this investigator
were added. Additional questions as they appeared on the
schedule (Appendix A) were: numbers 3 through 8, which iden-
tified the ages and marital state of household members; num-
bers 38 through 42, which identified certain factors that
influence whether or not older persons eat at home or eat
out; numbers 47 and 48 asked about desired appliances or
changes in kitchen design; and numbers 74 and 75 were added
to gather data on health status of the homemaker.
The format of the interview schedule was designed by
the investigator to include the coding form and numbers to
.facilitate the coding process.
An interviewer was hired to conduct some of the
iinterviews: she completed seven. The procedure used to
“train the interviewer is outlined in Appendix D.
Interviews
35
Interviews were conducted in the following order.
1. First interview (recall day)
a.
The respondent, who had stated willingness to
participate, was contacted and an appointment
was arranged.
At the appointed time the investigator began
the interview by reading the cover page of the
schedule to the participant stating the ethical
guidelines to be followed.
The investigator explained the study and the
respondent's part in it to the participant.
Data on the household were collected.
Background data on the household activities
performed and food preparation equipment used
on the preceding day were recorded.
Definitions of activities were read to the
homemaker.
Procedure for completing the time chart was
explained.
Homemaker's time use for the preceding day was
recorded by the investigator.
The completed time chart and a second chart to
be filled in the next day were left with the
homemaker.
An appointment for the second interview was
made.
36
2. Second interview (record day)
This interview was held two days after the first
interview.
a. Time-record charts were collected and care-
fully reviewed by the investigator for com-
pleteness, consistency, and accuracy. Any
necessary corrections were made.
b. Background data on food preparation activities
performed and equipment used on the preceding
day were collected.
c. General supplementary information on activities
performed and equipment used for the preceding
seven days as well as background information
on household members was collected.
3. Follow-up procedure
Each respondent was sent a letter at the com-
pletion of the study describing the major findings
and giving written appreciation for his or her
cooperation.
While the investigator found information available
in research methods literature concerning interviewing tech-
niques helpful and incorporated many of the techniques into
the procedure outlined above, the experience obtained from
actually conducting the interviews provided further in;
Sights. These insights together with viewpoints from the
ILiterature are combined in Appendix E for the potential
1>enefit of others who may be conducting research with an
<>lder population.
37
VALIDITY AND RELIABILITY
Validity of the time-use data depended on how accur-
ately homemakers and interviewer classified use of time of
all household members in the categories on the time-record
chart. Walker and Woods set up safeguards by strategic
use of questions in the interview schedule to decrease the
possibility of incomplete or unusual records. This investi—
gator made certain that each instrument was complete: there
were no missing data. Personal interviews insured that
homemakers understood the classifications and definitions of
terms. Insofar as possible, Walker and Woods, as well as
this investigator, attempted to word all questions on the
interview schedule to eliminate interviewer bias.
The time-record chart was designed by Walker and
Woods to remove the possibility of influencing the homemaker
by presenting preconceived ideas of how household work
actiVities should be conducted. By using an open format
with only broad household work classifications as opposed to
itemized work or routine lists, the homemaker was free to
record time as She usually used it, uninfluenced by sugges-
tion. Time-use records for two days increased representa-
tiveness, especially for less regularly performed activities.
The 24-hour record was intended to decrease the exaggeration
of error of recall in recording use of time. Time-record
tiata were checked with data on the interview schedule for
(consistency and accuracy. Coding transferred to mark-sense
:Eorms for both instruments was check coded for accuracy
38
by a person not involved in the investigation.
CODING THE DATA
Time:pecord Chart
Use of the 13 classifications facilitated coding.
Data were tallied by a coding system for primary time use
for each household member for each work activity. The
amounts of time were recorded on mark-sense forms and
mechanically punched onto data cards.
Interview Schedule
Data from the interview schedules were also mechan-
ically punched directly onto cards from mark-sense forms.
Certain questions required hand coding. Complex coding
procedures were required for coding types of meals served.
Each menu item was coded at the time of the interview as to
preparation state (for example, fresh, frozen, or canned)
and as to number of cooking and noncooking operations
involved in its preparation.
Following check coding of data from both instruments,
a codebook was prepared by the investigator.
METHODS OF ANALYSIS
Analysis was made using descriptive and inferential
statistical methods.
I)escriptive Statistical Analysis
Descriptive analysis was made for both instruments
13y using the Statistical Package for the Social Sciences
39
(Nie et al., 1975) V 7.0 program, "Descriptive Statistics
and One-Way Frequency Distributions: Subprogram Frequencies:
One-Way Frequency Distributions with Descriptive Statistics."
This program determined the basic distributional character-
istics of each of the variables and was used in the sub-
sequent inferential analysis. Subprogram "Frequencies" com-
puted and presented summary statistics for mean, median,
mode, standard deviation, variance, and histograms for each
variable, as well as absolute, relative, adjusted and cumu-
lative frequencies.
Descriptive analysis was computed for all variables
and for spouses as well as homemakers. This analytical pro-
cedure was used to test hypothesis 8: time use in food prep-
aration is greater than time use for any other work activity.
After examining the distribution of the variables,
sets of relationships among two or more of the variables
were investigated by doing contingency table (crosstabula-‘
tion) analyses. A crosstabulation is a joint frequency dis-
tribution of cases according to two or more classificatory
variables (Nie et al., 1975). This kind of analysis facil-
itates the study of relations by arranging data into tabular
frequencies that give clarity to trends and patterns in the
relationship. The SPSS program, "Contingency Tables and
Related Measures of Association: Subprogram Crosstabs," was
used to compute this analysis.
40
Inferential Statistical Analysis
To determine the degree of statistical relationship
between time used by homemakers in food preparation and the
independent variables of the study, the nonparametric meas-
ure of rank correlation, Kendall Tau (Siegel, 1956) was
used. The Kendall Tau correlation coefficient is designed
to measure the degree of correlation between the ordinal
rankings of two variables and to determine the probability
of the occurance of a correlation as large as the one ob-
served in the sample. Hayes (1973) states that the advant-
age of using Kendall Tau in the test of the hypothesis of
independence is the fairly rapid convergence of its sampling
distribution to normal form. According to Siegel (1956),
with a sample size larger than eight, the sampling distribu-
tion of Kendall Tau becomes similar to a normal distribution
and the significance of the values may be determined. The
Kendall Tau correlation shows whether an association exists
between variables and the degree of relationship, but it
does not necessarily imply causation. The Kendall Tau
correlation statistic is included as an option in the sub-
program "Crosstabs," SPSS, the program used to compute this
statistic. This analytical procedure was used to test hy-
potheses one through seven.
Partial rank correlations were determined for the
independent variables. A partial correlation involves the
relationship between two variables in a situation where
three or more variables are present, holding all the
41
other independent variables, one or more, constant and
allowing the two tested variables to vary (Isaac and Michael,
1971). The purpose of partial correlation is to determine
the strength of the relationships. Since some of the varie
ables related to time use are likely to be interrelated, it
is necessary to determine the effect of a given variable on
food preparation work time when a third variable is held
constant. The SPSS program, "Crosstabs," computed the
partial correlations using the appropriate Kendal Tau
statistic.
In using correlational analysis, variables must be
ranked. This study used the ranking order determined by
Walker and Woods, with the exception of those for age and
health that were added to the study and ranked by this in-
vestigator. Walker and Woods state that the basis for the
rankings varied: some are quantitative, while others do not
have meaning on an ordinal scale. The following rankings
were used for the variables.
Age ranking: from lowest to highest
number of years
1. 65-69
2. 70-74
a. 75-79
. 80-84
5- 85-89
Type 9f housing: from least to most complex
1. Apartment
2. Mobile home
a. Two-family home
. One-family home
Number of persons in the household
1. One-member household
2. Two-member household
1.2
Level of liking for food preparation activities:
from least to most
1.
2.
E:
2:
Dislike very much
Dislike
Dislike somewhat
Like somewhat
Like
Like very much
Type of meal: from simple to complex
1.
Type 1
Very simple meals that require almost no
preparation (three or fewer cooking or
noncooking operations)
Type 2
Meals that require easy cooking operations,
such as heating or toasting or limited non-
cooking operations (a total of four to seven
operations)
Type 3
Partially prepared foods that largely
combine cooking and noncooking operations
(a total of eight to fourteen operations)
Type 4
Meals with one or more menu items that
require some preparation at home, combining
cooking and noncooking operations
(a total of 15 to 24)
Type 5
Meals containing at least one totally home-
prepared dish, or several items requiring
home preparation: all a combination of
noncooking and cooking operations (a total
of 25 or more)
Socioeconomic level of the household: from highest
level (lowest scores) to lowest level (highest
scores) based on Hollingshead's Two Factqp
Index of Social Position
2.
2:
5.
11-17
18-27
28-43
44-60
61-77
Physical health of the homemaker
1.
2.
Poor
Fair
Good
Excellent
43
Satisfaction with food preparation facilities
1.
2.
3.
50
Very unsatisfactory
Fairly unsatisfactory
Unsatisfactory
Satisfactory
Fairly satisfactory
Very satisfactory
Equipment: from most to least automatic
1.
2.
3.
4.
5.
6.
7o
8.
9.
10.
11.
12.
13c
Freezer
Oven
Broiler
Dishwasher
Electric fry pan
Pressure cooker
Kitchen exhaust fan
Garbage disposer
Electric mixer or blender
Vacuum cleaner
Carpet sweeper or electric broom
Outdoor grill
Broom
LIMITATIONS OF STUDY
Correlational Analysis
The purpose of correlational analysis is to investi-
gate the extent to which variations in one factor correspond
with variations in one or more other factors based on corre-
lational coefficients. Among the limitations inherent in
the correlational method are the following (Isaac and
Michael, 1971).
1. It only identifies what correlates with what,
not necessarily identifying cause and effect
relationships.
2. Because it does not identify cause and effect
relationships it is less rigorous than true
experimental research which exercises more
control over the independent variables.
44
3. It is prone to identify spurious relational
patterns or elements that have little or no
reliability or validity. An attempt was made
in this study to overcome this limitation by
using crosstabulation or joint contingency
tables, the purpose of which is to study and
test a relationship between two variables while
controlling for the effects of a third variable,
unmasking "spurious" relationships.
Sample
Characteristics of the subjects and the manner in
which they are selected determine how extensively findings
can be generalized. In this investigation subjects were
volunteer participants from a population of three senior
citizen groups. The findings are therefore limited in
generalizability.
Sgcigeconomic Status Measurement
Status measures in general differentiate among per-
sons on the basis of some set of characteristics unevenly
distributed in the population and deemed important. Socio-
economic status was considered and was determined in this
study by using the Hollingshead (1957) ng Factor Index of
Social Position. Generally, this index, based on occupation
and education of the head of household, provides an objective
and easily applied means of stratifying a sample into social
classes.
45
Socioeconomic status is widely used as a variable in
sociological analysis, however, gerontologists contend that
the methodology of assigning socioeconomic status fails to
capture the current status of older men and women (Kutner et
al., 1956). The Hollingshead analysis is appropriate for a
certain time span within the life cycle, that of the working
years that include breadwinning activities, adult consump-
tion styles, and development and maintenance of social repu-
tation. The current lifestyle of older men and women may
include retirement, widowhood, and a variety of physical,
mental, and economic decrements, as well as culturally
valued attributes such as accrued wisdom.
Bloom (1972) has suggested a procedure for indicating
the socioeconomic status of older persons that is more mean-
ingful that methods currently used. He suggests that the
major source of income of the older person be added as a
qualifying factor to the two factors of Hollingshead's index
in order to more nearly approximate the several components
of socioeconomic status (power, information, social status,
economic status) as set within the time perspective of the
human life-span and sensitive to it. He states this may be
accomplished by arbitrarily assigning a weight to a major
source of income equal to the combined weights that have
been allocated to the educational and occupational levels
in the Hollingshead index. Since Bloom's method for more
accurately measuring current socioeconomic status of older
jpersons is still in the exploratory research stage, it was
46
not available for use in this study. Socioeconomic status,
therefore, has been determined based upon the working years
of the life cycle.
Chapter IV
ANALYSIS AND DISCUSSION
The overall hypothesis to be tested was that time
use in food preparation by men and women age 65 and older
is a function of the homemaker's age, housing type, number
of household members, level of liking for food preparation
activities, socioeconomic position, health, and level of
satisfaction with food preparation facilities.
Descriptive and inferential statistical analyses are
presented in this chapter followed by discussion of the
findings.
DESCRIPTIVE STATISTICAL ANALYSIS
Descriptive analysis is presented in two parts:
(1) characteristics of independent variables and (2) char-
acteristics and content of the work in food preparation.
All tables pertinent to descriptive analysis are presented
at the end of each part. Measures of central tendency are
reported.
47
48
Characteristics of Independent Variables
Tables pertinent to characteristics of independent
variables are presented on pages 51 through 57.
Age of homemaker. Respondents represented an overall age
Span of 65 to 89 years. The largest group (42 percent) was
in the 65—69 age category (Table 1). The three male home-
makers were represented in the 65-69 and 80-84 age cate-
gories; the two female spouses were represented in the 75-79
and 80-84 age categories (Table 2).
Housing typ . The majority of the sample lived in one-family
homes (64 percent). Most of the remainder lived in apart-
ments (26 percent). four families lived in mobile homes,
and one lived in a two-family home (Table 3).
Household composition. The sample was evenly divided between
one- and two-member households. Female homemakers were pre-
sent in 94 percent of the households, male homemakers in
6 percent. There were 23 single female homemakers and two
single male homemakers. All but two female homemakers had
been married at some time during their lives.
Level of liking for food_prep§§§$ipp_§2$;yi§i§§. This char-
acteristic was determined for each of the three food prep-
aration categories: regular meal preparation, special food
preparation, and after-meal cleanup (Table 4).
Nearly all (98 percent) of the respondents indicated
21 degree of liking for regular meal preparation. This
49
tended to be associated with the self-rating of cooking
skills by homemakers, in which all homemakers rated them-
selves in the satisfactory area and 74 percent rated their
cooking skills as very satisfactory.
Distribution of responses for special food preparation
ranged from 2 percent "dislike very much" to 56 percent
"like very much."
After-meal cleanup was liked to some degree by 70 per-
cent of the homemakers, the largest proportion liking it
somewhat.
Socioeconomic position. Hollingshead's (1957) Two Factor
Index of Social Position was used to estimate the socio-
economic status of the household. This index is based on
the occupation and education of the head of household (before
occupational retirement). A score was determined for each
homemaker and each spouse, including deceased spouses of
homemakers who were widows or widowers. The highest posi-
tion score (lowest number in Hollingshead's index) for each
household was chosen for use in analysis.
In Hollingshead's index, the lowest scores have the
highest socioeconomic rating. Hollingshead has divided the
scores into groups so that individual scores within a range
of computed scores are ignored and treated as a unit.
Households with scores that fall into a given segment of the
range of scores assigned to a particular class are presumed
to belong to the class the index predicts for it.
50
Distribution of socioeconomic position is shown in
Table 5. Class 4 accounted for 44 percent of the households.
Most heads of household at Class 4 level typically had high
school educations (Table 6) and were employed in some type
of skilled work (Table 7). Classes 2, 3, and 5 were evenly
distributed, but Class 1 represented only 4 percent of the
sample. Most heads of household in Class 3 had at least
some college or training beyond high school and were in
managerial positions. Heads of household in Classes 1 and 2
were nearly all college graduates who were in professional
(Class 1), managerial or administrative (Class 2) occupa-
tions. Heads of household in Class 5 level usually had less
than high school educations and for the most part were in
semi-skilled jobs.
Hpglth of homemakep. About half of the homemakers rated
their general health as good, 30 percent as fair, and
22 percent as excellent. The majority of homemakers indi-
cated they had no difficulty doing their household work or
additional work due to existence of some physical or mental
:impairment of a family member.
ILevel of satisfaction with_fppd preparation facilities. Most
kiomemakers were satisfied with their food preparation facil-
ifities. Only 6 percent found them unsatisfactory, while
91+ percent rated their facilities as satisfactory (48 per-
Ctint as very satisfactory, 28 percent fairly satisfactory,
arid.18 percent satisfactory).
51
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mcaosomsos Has
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56
cownhms.po>oc mnomeoSon 0399
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57‘
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mmmSHmsn
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SN NH 3 N soxnos assess coHHme
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N H N H noxpos UNHHHMmED
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owmuo>< owmno><
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mcHeHsHeoN secs eHosomsom soopaHss ace osHs sHHon omcaoea .m mHmNs
66
H35 in
Nt\\OO\C’\
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HmH
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N (\de
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0N
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MN
max:
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mac: hHHEmmloze
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67
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68
NH
NL\\OCDV\
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moHpHHHocH
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mcHonomsom
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m: 3H HoUSoHp\HoxHE OHHPoon
NH N Hoxooo whammopm
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NN 0N HopmnocHosH\uomommHu owmnnmu
w: HN CNN pmsmnxo GonopHm
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mac: Hm wchmo
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sapwosm
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mNSoHHm saw
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Psooaom Honssz psoosmm Honssz pcoohom Ampedz myopomm
mcHocomso: mNHoQNNSon mNHosomso:
HopSoEIoss Hopeweloso HH<
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84
N S N N mmmHo
NN 0N MN NN M mmNMo
oH N mmN 0
6H NH HH N N mmsHo
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SOHPNSNNMdewoom HNHomSm
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SS NN Nm NN m mmNHo
0N NH NH N mmNHo
NN NN SS N N mmmHo
on on on N H mmNHo
SSNmHo HNmSISmpm<
NN NN NN N N mmNHo
NN oS NN NN m mmeHo
oS mS NS N mmNHo
NN oS NN N N mmNHo
6N NS NS N H mmcHo
SoHpNSNSoSS HNmS.SNHSNNm
SN mm SN N N mmNHo
NSH NN NHH NN m mmNHo
0N NN NN N mmNHo
NSH Na HH N N mmNHo
ooH NN N N H mmNHo
SoHpNSNamSS Uoom HH<
NNU Hog moPSSHs mwNSo>N
mUHOScmSoS mUHoSNNSOS mUHonmmSoS mUHoSNNSOS mmNHo
SNSSNSIose SmSSmSINSo HHN mo Smpssz
Smesmsom mo NEHB HMHMNMMN
HmcHosomsos NNV
mommNHo SoHpHmom HNHoom NS NSNSNEmEom mo NEHB SOHPNSNamSm Uoom .NN mHmN
mUHoSmmSOS mUHOSmmsoS mUHOSmmSoS UHoSmw50S Hm>oH
SNSSNSIose SNSSNSINSO HH< No Sopssz
SmeSNSom No osHe HPH>HPo<
HmcHocmmsos ONO
SPHNmm HNonNSm No Ho>mH NS mSmeSmSom No msHe SOHPNSNSmSm Uoom .NN mHNSB
86
m N Sm NhovommmHPMm Nym>
0S m mm SH NhopommmeMm NHpHmm
om ow NN m NHopoMMmewm
N hhopowmmHPMmCD
COHNNMM my doom HmHom m
mS mm mm SN Nhopowmmemm hpm>
NS Nm Nm SH NpopommmHPMm thHmm
Hm NN mm m muopommmemm
NN NH N NMOPowmmvamub
aszmeo HamEunum¢
0N NS NS SN NhopomMmHNMm th>
NN oH NS SH NhopommmHPMm mHnme
ow NS MN m hhovomeHPmm
0N Nm m hhopommmemmzb
:OHPmuwamha Hams Madmmmm
mm Hm mm Sm myopommmemm mhm>
NNH 0S HoH SH zhopoNMmeMm mHgHmm
HSH ONH NSH m hhopommmemm
Nm mS m muopommmHPwmcb
haw pwm mmpscHe mwMMm>m
mcHonmmso: mcHonmmso: mUHonmmsoc mUHosmmso: Hm>mg
meEwsnoze hmpsmsumco HH¢ mo amnesz
pdeSmEom mo msHe .HaH>HHw¢
AmUHonmmson omv
mmeHHHomm zOHpmpmnmum coon sPHz
90HpomMmHPwm mo Hm>mH Np mhmmemEOS mo mEHB GOHPmHmmmhm coom .SN mnm 3mw>nmpsH
posmfibnmpzw mo chapmcmflm
map pczosw Havoe
odsumzom uoPoHQEOU
n ma. a x mmaws owmmafls mflgyuossom
.mozmvfimmn op wfiowpowufic Hmwoomm
131
has whooom .E.a PQmEpswonmm cam flo mews
.E.m
mac HHMoom .E.n PCoEpcwommm Pma Mo mafia
.E.m
mzommmqma mmmman<
Bzm020mmmm mo m2mmazH mom Smom
APPENDIX E
APPENDIX E
INTERVIEWING OLDER MEN AND WOMEN:
SOME CONSIDERATIONS
Betty Ann Olson
Aging is an area of concern that is gaining consider-
able attention in all social and scientific fields. This
concern is justified by the expectation that the number of
persons aged 65 and older will increase greatly in the next
few decades; by 2000 this group will be the largest and most
educated elderly in history. The social and political im-
plications of this phenomenon are tremendous.
Aging is increasingly becoming of interest to re-
searchers. As more research is conducted, more opportuni-
ties will arise for researchers to employ the interview
method to collect data from older persons; and, in turn,
more older men and women will find themselves in the role
of interview respondent.
To establish rapport, the personal relationship of.
confidence and understanding between the interviewer and the
respondent, is the goal of the interviewer; rapport provides
the foundation for good interviewing (Survey Research Cen-
ter, 1969). The interview will be more successful for all
concerned, and rapport more readily established, if
132
133
the interviewer is sensitive to certain considerations
unique to older men and women.
figmg
In the English language, there is no single, conven—
ient noun commonly used to designate an old person. Compara-
tives such as "senior," "senior citizen," "aged," "elderly,"
and "older person" are used. Many older men and women feel
uncomfortable with these names; they consider them patron-
izing and charged with hidden meanings connotating deni-
grating stereotypes (Schmerl, 1975). In this author's
experience, most persons who object to some of the names
mentioned do not feel as uncomfortable with the terms "older
person," "older men and women," or "men and women over 65."
The interviewer who is aware that names given to segments of
the population are far more than mere identity tags may be
able to secure the cooperation of the respondent and build
rapport more quickly. Sensitivity to the implications of
the name on the part of the interviewer is one opportunity
to contribute to the growing image of respectability in
old age.
Hearing Loss
By age 65 the percentage of Americans suffering
hearing-impairment is one half of all men and 30 percent of
all women (National Center for Health Statistics, 1971).
Hearing changes can affect the older person's ability to
communicate. Bettinghaus and Bettinghaus (1977) state that
communication problems that arise with the hearing-impaired
134
older person are complicated by attitudes commonly held to-
ward them. They suggest that the hearing-impaired older
person may seem to be inattentive or withdrawn, display a
strained facial expression, or even answer questions inap-
propriately; these symptoms are commonly associated with
senility. Recognizing this hearing-loss problem, the inter-
viewer can use several techniques to compensate for it
(Merriam): 1) speak louder, 2) speak slowly, articulating
carefully, 3) use simple words, and A) face the older per-
son directly when speaking to him or her.
iower Pace
Senescence is the normal process of biological aging,
the important bodily changes that occur as age increases.
This slowing down process can be observed by the interviewer
in the more cautious, more thoughtful, or more rigid appear-
ance of the older respondent. To compensate for slower
pace, the interviewer must adapt his pace to that of the
respondent, using care not to rush him or her physically.
It has been observed by this interviewer that some
older persons appear to have shorter interest spans than are
usually expected in adults. To facilitate obtaining a com-
plete interview, particularly if the schedule is long, it
may be helpful to 1) vary the pace or tempo of the interview,
or 2) allow interruptions of the interview by briefly chang-
ing the topic or sharing an anecdote before continuing.
135
Environment
The interview is actually a new situation for most
older persons. The respondent, when the interview begins,
does not know what is expected of him. To help the respon-
dent to feel at ease, the interviewer needs to consider the
atmosphere or environment in which the interview takes place.
Environment is important to older persons; roles are played
in specific places, and older people can become quite
attached to places and things in them, taking comfort in
familiar surroundings.
In this author's experience, the most successful
interviews were conducted at community centers or in the
homes of the older persons. At the centers, the author
requested the use of small, quiet rooms away from the large
groups of older persons but still in familiar surroundings
for the respondent. When the interview was held in the
respondent's home, the investigator found it helpful to make
an appointment for a time of day that did not interfere with
the respondent's routine. Some older people find comfort
and security in routine; for example, they nap or watch
certain television programs at certain times each day, and
prefer not to have interruptions at these times. So that
the respondent's routine is not rushed or upset, the inter-
viewer should allow sufficient time for the interview.
Need for Recognition
Attitudes toward old age vary widely from culture to
culture. The general American culture tends toward the
136
consideration of the older person as a liability, not as an
asset. The idea that old people are senile, showing forget-
fulness, confusional episodes and reduced attention is
widely accepted. Butler (1975) calls this "the myth of
senility" and states that some of what is called senility is
the result of physical problems that are treatable and often
reversible. Whether or not they actually suffer from physi-
cal or mental problems, older persons may respond in certain
situations with the response or behavior that they perceive
as expected of them, actually acting out the negative role
society has given them. This negative behavior can manifest
itself as a communication problem in the interview situation.
The interviewer who is aware of this can compensate for it
by expressing a genuine interest in the respondent and
accepting him or her as a person. The interviewer can give
assurance to the respondent that no answer is wrong or out
of place, and that his or her answers have value.
The interview itself can be esteem-building for the
respondent. It is flattering for persons of all ages, and
particularly for older persons, to be asked their opinions.
In addition, an interview does not necessarily end when the
interviewer leaves; the respondent may "live" the interview
many times as he relates his experiences to his family,
friends or neighbors.
Mental Functioning
Older persons can exhibit apparent memory defects,
such as being unable to remember names of persons or objects.
137
It is commonly believed that all kinds of memory (short-term,
recent, remote, and distant) show a decline with advancing
age. Studies, however, do not overwhelmingly support this
idea (Atchley, 1977). While it is true that there is an age
deficit in recall of various types, it is not clear whether
this deficit results from declining memory or from declining
ability to learn initially. Whichever it is, older persons
may have difficulty arranging events into the proper sequence
or temporal relationships, as well as the proper spacial
relationships. Merriam (1977) suggests that the interviewer
structure questions requiring these types of reponses as
simply and uncomplicatedly as possible.
Another mental functioning problem can be attributed
to aphasia. Aphasia refers to the general inability to com-
municate through language and to the specific disturbance in
receiving or producing spoken language. In adults aphasia
is often the result of a cerebral vascular accident (Hutchin-
son and Beasley, 1977) or some other disease or injury of the
brain. Merriam states that this communication problem can be
recognized by defective sentence structure, repetition of
phrases, difficulty in discussing abstract topics and break-
ing off in the middle of sentences, unable to finish the
thoughts. She suggests that older people often compensate
for this problem by using gesture or pantomime, by making a
continued attempt to find the desired word, or by using peri-
phrasis or circumlocution. An interviewer working with a
person with aphasia can skillfully assist the reSpondent by
providing the right word, restructuring a thought, and
138
keeping abstract questions to a minimum.
Conclusion
To build rapport with the older respondent, the inter-
viewer needs to be sensitive to certain characteristics of
older persons that could cause problems in the interview.
The interviewer who is aware of the possible existence of
hearing-impairment, slower-paced life style, need for recog-
nition, and problems with mental functioning can adapt his
procedures accordingly and make the interview a situation
that generates satisfaction for all concerned.
List of References
Atchley, Robert C.
1977 The Social Forces in Later Life, 2d ed. Belmont,
Calif.: Wadsworth.
Bettinghaus, Carole 0. and Erwin P. Bettinghaus
1977 "Communication considerations in the health care of
the aging." Aging and Communication. Herbert J. Oyer
and E. Jane Dyer, eds. Baltimore: University Park
Press, 129-15 .
Butler, Robert
1975 Why Survive? Being 01d in America. New York: Harper
and Row.
Hutchinson, John M. and Daniel S. Beasley
1977 "Speech and language functioning among the aging."
Aging and Communication. Herbert J. 0yer and E. Jane
0yer, eds. Baltimore: University Park Press, 155-174.
Merriam, Sharan
1977 "Interviewing the aged: some considerations for the
adult Educator." Adult Leadership 32 (March):
215-21 .
139
National Center for Health Statistics
1971 Department of Health, Education, and Welfare. "Health
in the later years of life." Washington, D.C.: U.S.
Government Printing Office.
Schmerl, E. Fritz
1975 "In the name of the elder——an essay." The Gerontolo-
gist 30 (October): 386.
Survey Research Center
1969 Institute for Social Research. Interviewer's Manual.
Ann Arbor: The University of Michigan.
LIST OF REFERENCES
LIST OF REFERENCES
Beyer, Glenn H. and Margaret E. Woods
1962 "Living and activity patterns of the aged." Research
Report No. 6. Ithaca,-New York: Center for Housing
and Environmental Studies, Cornell University.
Bloom, Martin
1972 "Measurement of the socio—economic status of the
aged: new thoughts on an old subject." The Geron-
tologist 27 (Winter): 374-378.
Boulding, Elise
1977 Women in the Twentieth Century World. New York:
Wiley.
Chapin, Francis S.
1974 Human Activity Patterns in the City. New York: Wiley.
Cowles, May L. and Ruth P. Dietz
1956 "Time spent in homemaking activities by a selected
group of Wisconsin farm homemakers." Journal of Home
Economics 48 (January): 29-35.
Crawford, 1.2.
1927 "The use of time by farm women." University of Idaho
Agricultural Experiment Station Bulletin No. 146.
Dickens, Dorothy
1945 "Time activities in homemaking." Mississipfii Agri-
cultural Experiment Station Bulletin No. 42 .
Gage, M.G.
1960 The Work Load and its Value for Fifty Homemakers,
Tompkins County, New York. Unpublished Ph.D. dis-
sertation, Cornell University.
Hayes, William L.
1973 Statistics for the Social Sciences. New York: Holt,
Rinehart and Winston.
Heirich, M.
1964 "The use of time in the study of social change."
American Sociological Review 29: 386-397.
140
141
Hollingshead, August B.
1957 "Two factor index of social position." Box 1965,
Yale Station, New Haven, Conn. Mimeographed.
Isaac, Stephen and William B. Michael
1971 Handbook in Research and Evaluation. San Diego:
Edits.
heeland , H o
1929 "Women on farms average sixty-three hours' work
weekly, survey of 700 homes." U.S. Department of
Agriculture Yearbook. Washington D.C.: U.S. Govern-
ment Printing Office.
Kutner, B., D. Fanshel, A.M. Togo, and T.S. Langer
1956 Five Hundred over Sixty: A Community Survey of Aging.
New York: Russell Sage Foundation.
Lopata, Helena Z.
1966 "The life cycle of the social role of housewife."
Sociology and Social Research 51 (October): 5-19.
Maloch, Francille
1963 "Properties, qualities, and characteristics of most
and least liked household tasks." Cornell University
Agricultural Experiment Station Memoir 384.
Manning, Sarah L.
1968 "Time use in household tasks by Indiana families."
Research Bulletin No. 837, Purdue University.
Morgan, James N., Ismail Sirageldin, and Nancy Baerwaldt
1966 Productive Americans: A Study of How Individuals
Contribute to Economic Progress. Ann Arbor: Survey
Research Center, University of Michigan.
Moser, A.M.
1935 "Food consumption and use of time for food work among
farm families in the South Carolina Piedmont." South
Carolina Agricultural Experiment Station of Clemson
Agricultural College Bulletin No. 300.
Muse, Marianne
1946 "Time expenditures on homemaking activities in 183
Vermont farm homes." Vermont Agricultural Experiment
Station Bulletin No. 530.
Nelson, Linda Jean
1963 Daily Activity Patterns of Peasant Homemakers. Unpub-
Ph.D. dissertation, Michigan State University.
142
Nie, Norman H., C. Hadlai Hull, Jean G. Jenkins, Karin
Steinbrenner, and Dale H. Bent
1975 Statistical Package for the Social Sciences, 2nd ed.
New York: McGraw-Hill.
Ryff, Carol D. and Paul B. Baltes
1976 "Value transition and adult development in women:
the instrumentality-terminality sequence hypothesis."
Developmental Psychology 12, no. 6: 567-568.
Shanas, Ethel
1966 "VieWpoint and interview with Ethel Shanas." Geri-
atrics 21, No. 4: 110.
Siegel, S.
1956 Nonparametric Statistics for the Behavioral Sciences.
New York: McGraw-Hill.
Szalai, Alexander
1972 The Use of Time. The Hague: Mouton.
Szalai, Alexander
1975 "The situation of women in light of the contemporary
time—budget research." United Nations World Confer-
ence of the International Women's Year, Mexico City,
June 19-July 2, 1975.
U.S. Department of Commerce, Bureau of the Census
1972 "1970 Census of Population and Housing. Census
Tracts. Lansing, Michigan." PHC (1)-106.
U.S. Department of Commerce, Bureau of the Census
1976 "Demographic aspects of aging and the older popula-
tion in the United States." Current Population
Reports, Special Studies, Series P-23, No. 59 (May).
Walker, Kathryn E.
1957 "Homemaking work units for New York state house-
holds." Cornell University Agricultural Experiment
Station Memoir 353.
Walker, Kathryn E. and William Gauger
1973 "Time and its dollar value in household work."
Family Economics Review ARS 62-65, (Fall): 8-13.
Walker, Kathryn E. and Margaret E. Woods
1976 Time Use: A Measure of Household Production of Family
Goods and Services. Washington, D.C.: AHEA.
Warren, Jean
1940 "Use of time in its relation to home management."
Cornell University Agricultural Experiment Station
Bulletin No. 734. _
143
Wasson, Grace E.
1930 "Use of time by South Dakota farm homemakers." South
Dakota Agricultural Experiment Station Bulletin
No. 2 7.
Wiegand, Elizabeth
1954 "Use of time by full-time and part-time homemakers
and its relation to home management." Cornell
University Agricultural Experiment Station Memoir
330-
Wilson, Maude
1929 "Use of time by Oregon farm homemakers." Oregon
Agricultural Experiment Station Bulletin No. 256.