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Human Motor Development: A Lifespan Approach 7th edition [Hardback]

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  • Formāts: Hardback, 552 pages, height x width x depth: 231x193x28 mm, weight: 975 g
  • Izdošanas datums: 16-Feb-2007
  • Izdevniecība: McGraw-Hill Professional
  • ISBN-10: 0073523623
  • ISBN-13: 9780073523620
Citas grāmatas par šo tēmu:
  • Formāts: Hardback, 552 pages, height x width x depth: 231x193x28 mm, weight: 975 g
  • Izdošanas datums: 16-Feb-2007
  • Izdevniecība: McGraw-Hill Professional
  • ISBN-10: 0073523623
  • ISBN-13: 9780073523620
Citas grāmatas par šo tēmu:
Now in its seventh edition, this topically organized text provides a comprehensive introduction to lifespan motor development and includes the most current research findings available in the field. The text takes a lifespan approach to development, with thorough coverage of prenatal, childhood, adolescent, and adult development. Theoretical concepts are conveyed through language appropriate for undergraduate students. This is the only lifespan motor development text that presents both the component approach and the total body approach for analyzing the basic fundamental and object control skills of childhood.
Preface xxi
About the Authors xxiv
PART I An Overview of Development
Introduction to Motor Development
1(23)
Human Motor Development
2(1)
The Importance of Motor Development
3(1)
The Domains of Human Development
4(2)
Development, Maturation, and Growth
6(2)
Development
6(2)
Maturation and Growth
8(1)
General Motor Development Terms
8(2)
Developmental Direction
8(1)
Differentiation and Integration
9(1)
Gross Movement and Fine Movement
10(1)
The Process--Product Controversy
11(1)
Terms for Age Periods Throughout the Lifespan
12(2)
Stages of Development
14(1)
The History of the Field of Motor Development
14(3)
An Interdisciplinary Approach to Motor Development
17(1)
Designing Research in Motor Development: Cross-Sectional, Longitudinal, or . . . ?
18(2)
Summary
20(1)
Key Terms
21(1)
Questions for Reflection
21(1)
Internet Resources
22(1)
Online Learning Center
22(1)
References
22(2)
Cognitive and Motor Development
24(21)
Psychomotor or Motor?
25(1)
Jean Piaget and Cognitive Development
25(3)
Piaget's Theory of Cognitive Development
26(2)
Infancy: The Sensorimotor Stage and Motor Development
28(4)
Childhood: Preoperations and Motor Development
32(2)
Later Childhood and Adolescence: Cognitive and Motor Development
34(2)
Concrete Operational Stage
34(1)
Formal Operational Stage
35(1)
Adulthood: Postformal Operations
36(1)
Adulthood: General Theories of Intellectual Development
37(3)
The Notion of Total Intellectual Decline
37(1)
Partial Intellectual Declines
37(3)
Knowledge Development and Sport Performance
40(2)
Summary
42(1)
Key Terms
43(1)
Questions for Reflection
43(1)
Online Learning Center
43(1)
References
43(2)
Social and Motor Development
45(30)
Socialization
46(1)
Self-Esteem Development and Physical Activity
47(3)
Social Influences During Infancy
50(1)
Social Influences During Childhood
51(6)
Play
52(3)
Family
55(2)
Social Influences During Older Childhood and Adolescence
57(4)
Team Play
58(2)
Gender Role Identification and Movement Activity
60(1)
Social Factors of Adulthood
61(6)
Social Learning and Ageism
63(2)
Other Social Situations Likely to Affect Motor Development
65(2)
The Exercise-Aging Cycle
67(1)
Avoiding the Exercise-Aging Cycle
68(3)
Summary
71(1)
Key Terms
72(1)
Questions for Reflection
72(1)
Internet Resources
72(1)
Online Learning Center
73(1)
References
73(2)
PART II Factors That Affect Development
Prenatal Development Concerns
75(32)
Prenatal Development
76(3)
The First 2 Weeks: Germinal Period
76(1)
Weeks 3 to 8: Embryonic Period
77(1)
Weeks 9 to Birth: Fetal Period
77(2)
Drugs and Medications
79(5)
Recreational Drugs
79(3)
Prescriptive Drugs
82(1)
Nonprescriptive Drugs
82(1)
Obstetrical Medications
83(1)
Maternal Diseases
84(3)
Rubella and Congenital Rubella Syndrome
84(1)
Human Immunodeficiency Virus
84(1)
Toxoplasmosis
85(1)
Rh Incompatibility and Erythroblastosis Fetalis
86(1)
Diabetes Mellitus
86(1)
Genetic Factors
87(4)
Chromosomal Disorders
87(1)
Gene-Based Disorders
88(3)
Prenatal Diagnostic Procedures
91(4)
Ultrasound
91(1)
Amniocentesis
91(2)
Chorionic Villus Sampling
93(1)
Alpha-Fetoprotein Test
93(1)
Triple Marker Screening
93(2)
Maternal Nutrition
95(1)
Birth Weight
96(2)
Exercise During Pregnancy
98(3)
Maternal Response to Exercise
99(1)
Fetal Responses to Maternal Exercise
100(1)
Summary
101(1)
Key Terms
102(1)
Questions for Reflection
103(1)
Internet Resources
103(1)
Online Learning Center
103(1)
References
104(3)
Effects of Early Stimulation and Deprivation
107(26)
Effects of Early Stimulation
108(1)
Programs to Enhance Early Motor Development
109(9)
Gymboree
110(1)
Swim Programs for Infants and Preschoolers
111(3)
Suzuki Method of Playing the Violin
114(1)
Head Start Programs
115(2)
Infant Walkers
117(1)
Johnny and Jimmy
118(2)
Effects of Early Deprivation
120(4)
Hopi Cradleboards and Infant Development
121(1)
Deprivation Dwarfism
121(1)
Anna: A Case of Extreme Isolation
122(1)
The ``Young Savage of Abeyron''
123(1)
Concepts Concerning Stimulation and Deprivation
124(5)
Critical Periods
124(2)
Readiness
126(1)
Catch-Up
127(2)
Summary
129(1)
Key Terms
130(1)
Questions for Reflection
130(1)
Internet Resources
130(1)
Online Learning Center
131(1)
References
131(2)
PART III Physical Changes Across the Lifespan
Growth and Maturation
133(38)
Measuring Growth in Length and Stature
134(1)
Growth in Length and Stature
135(2)
Measuring Body Weight
137(1)
Growth in Body Weight
138(5)
Combining Body Weight and Height: Body Mass Index
143(2)
Stature and Weight: Interrelationship with Motor Development and Performance
145(1)
Adolescent Awkwardness
146(2)
Measuring Changes in Body Proportions
148(5)
Changes in Body Proportions
153(4)
Changes in the Ratio of Head Length to Total Body Length
153(1)
Changes in Head Circumference
154(1)
Changes in Sitting Height
154(1)
Growth in Shoulder and Hip Width
154(1)
Physique
155(2)
Body Proportions: Interrelationship with Motor Performance
157(1)
Measuring Skeletal Health
158(1)
Skeletal Development
158(1)
Exercise, Skeletal Development, and Health
159(3)
Maturation and Developmental Age
162(3)
Skeletal Maturity
162(1)
Dental Maturity
162(2)
Age of Menarche
164(1)
Genitalia Maturity
165(1)
Maturation: Interrelationship with Motor Performance
165(2)
Summary
167(1)
Key Terms
167(1)
Questions for Reflection
167(1)
Internet Resources
168(1)
Online Learning Center
168(1)
References
168(3)
Physiological Changes: Health-Related Physical Fitness
171(41)
Cardiovascular Fitness
172(7)
Heart Rate
172(1)
Stroke Volume
173(1)
Cardiac Output
174(1)
Maximal Oxygen Consumption
174(1)
Physical Activity and Cardiovascular Fitness in Childhood
175(1)
Cardiovascular Endurance Field-Test Data on Children and Adolescents
176(1)
Physical Activity and Cardiovascular Fitness in Adulthood
177(2)
Muscular Strength
179(10)
Defining and Measuring Muscular Strength
180(1)
Age-Related Changes in Muscular Strength: Laboratory Tests
180(1)
Age-Related Changes in Muscular Strength/Endurance: Field Tests
181(1)
Muscular Strength Training
182(6)
Mechanisms of Increasing Muscular Strength
188(1)
Flexibility
189(3)
Flexibility: Performance Trends
191(1)
Declining Flexibility and Aging: Causes and Therapy
191(1)
Body Composition
192(12)
Defining Overweight and Obese
192(1)
General Growth Trends of Adipose Tissue
193(1)
Prevalence of Overweight and Obesity
193(3)
Association Between Childhood and Adulthood Obesity
196(1)
Laboratory-Test Measures of Body Composition
197(1)
Field-Test Measures of Body Composition
198(4)
Relationship of Obesity to Motor Development and Performance
202(1)
Treatment of Overweight and Obesity
202(2)
Gender Differences in Health-Related Physical Fitness
204(1)
Factors Associated with Physiological Fitness
204(1)
Points of Controversy and Concern
204(1)
Summary
205(1)
Key Terms
206(1)
Questions for Reflection
206(1)
Internet Resources
207(1)
Online Learning Center
207(1)
References
207(5)
Movement and the Changing Senses
212(23)
Understanding the Mechanics of Vision
213(1)
Physical Development of the Eye
213(1)
Development of Selected Visual Traits and Skilled Motor Performance
214(11)
Visual Acuity
214(4)
Binocular Vision and Depth Perception
218(4)
Field of Vision
222(1)
Effects of Aging on Depth Perception and Field of Vision
223(1)
Eye Dominance
223(1)
Tracking and Object Interception
224(1)
Motor Development of Children with Visual Impairments
225(3)
Head and Trunk Control
226(1)
Independent Sitting
226(1)
Creeping
226(1)
Independent Walking
226(1)
Prehension
226(1)
Play Behavior of Children with Visual Impairments
227(1)
The Nonvisual Senses
228(3)
The Proprioceptive System
228(1)
The Auditory System
229(1)
The Cutaneous System
230(1)
Summary
231(1)
Key Terms
232(1)
Questions for Reflection
232(1)
Internet Resources
233(1)
Online Learning Center
233(1)
References
233(2)
PART IV Movement Across the Lifespan
Infant Reflexes and Stereotypies
235(22)
Importance of the Infant Reflexes
236(5)
Infant Versus Lifespan Reflexes
236(1)
Role of the Reflexes in Survival
237(1)
Role of the Reflexes in Developing Future Movement
238(1)
The Reflexes as Diagnostic Tools
239(2)
Pinpointing the Number of Infant Reflexes
241(1)
Primitive Reflexes
241(7)
Palmar Grasp Reflex
241(1)
Sucking Reflex
242(1)
Search Reflex
243(1)
Moro Reflex
243(1)
Startle Reflex
244(1)
Asymmetric Tonic Neck Reflex
244(1)
Symmetric Tonic Neck Reflex
245(1)
Plantar Grasp Reflex
246(1)
Babinski Reflex
246(1)
Palmar Mandibular Reflex
246(1)
Palmar Mental Reflex
247(1)
Postural Reflexes
248(4)
Stepping Reflex
248(1)
Crawling Reflex
249(1)
Swimming Reflex
249(1)
Head- and Body-Righting Reflexes
249(2)
Parachuting Reflexes
251(1)
Labyrinthine Reflex
251(1)
Pull-Up Reflex
251(1)
Stereotypies
252(3)
Summary
255(1)
Key Terms
255(1)
Questions for Reflection
255(1)
Online Learning Center
255(1)
References
256(1)
Voluntary Movements of Infancy
257(18)
Categorizing the Voluntary Movements of Infancy
258(1)
Head Control
258(2)
Body Control
260(3)
Prone Locomotion
263(1)
Upright Locomotion
264(3)
Reaching, Grasping, and Releasing
267(6)
Anticipation and Object Control in Reaching and Grasping
270(1)
Bimanual Control
271(2)
Summary
273(1)
Key Terms
273(1)
Questions for Reflection
273(1)
Online Learning Center
274(1)
References
274(1)
Fine Motor Development
275(24)
Assessing Fine Movement
276(1)
Categorizing Manipulation
276(2)
The Development of Prehension
278(3)
An Alternate View of the Development of Prehension
281(2)
Exploratory Procedures and Haptic Perception
283(2)
Holding a Writing Implement
285(3)
Cross-Cultural Comparison of Development of the Dynamic Tripod
288(1)
The Dynamic Tripod from 6 to 14 Years
289(1)
Drawing and Writing: Movement Products
289(4)
Drawing: The Product
289(3)
Handwriting: The Product
292(1)
Finger Tapping
293(1)
Fine Motor Slowing in Late Adulthood
294(1)
Summary
295(1)
Key Terms
296(1)
Questions for Reflection
296(1)
Online Learning Center
297(1)
References
297(2)
Fundamental Locomotion Skills of Childhood
299(29)
Walking
300(4)
Dynamic Base
301(1)
Foot Angle
301(1)
Walking Speed
301(2)
Walking with External Loads
303(1)
Walking with and Without Shoes
303(1)
Running
304(6)
Selected Improvements in the Running Pattern
304(1)
Developmental Sequences for Running
305(1)
Developmental Performance Trends for Running
306(4)
Jumping
310(6)
Preparatory Phase
310(1)
Takeoff and Flight Phases
311(1)
Landing Phase
311(1)
Developmental Sequences for the Standing Long Jump
312(1)
Developmental Sequences for the Vertical Jump
312(1)
Developmental Performance Trends for Vertical Jumping
313(2)
A Variation of Jumping: Hopping
315(1)
Combining Fundamental Movements: The Gallop, Slide, and Skip
316(8)
Summary
324(1)
Key Terms
325(1)
Questions for Reflection
325(1)
Internet Resources
325(1)
Online Learning Center
326(1)
References
326(2)
Fundamental Object-Control Skills of Childhood
328(34)
Overarm Throwing
329(11)
Developmental Stages of Throwing
329(1)
Developmental Performance Trends for Overarm Throwing
330(4)
Factors That Influence Overarm Throwing Performance
334(4)
Accounting for Gender Differences in Overarm Throwing
338(2)
Catching
340(8)
Developmental Aspects: Two-Handed Catching
340(1)
Developmental Sequences for Two-Handed Catching
341(3)
Developmental Aspects: One-Handed Catching
344(1)
Factors That Influence Catching Performance
345(3)
Striking
348(9)
Developmental Aspects of One- and Two-Handed Striking
349(2)
Stationary Ball Bouncing
351(1)
Kicking
352(3)
Punting
355(2)
Summary
357(1)
Key Terms
358(1)
Questions for Reflection
358(1)
Online Learning Center
358(1)
References
358(4)
Youth Sports
362(1)
Where Children Participate in Sports
365(1)
Why Children Participate in Sports
366(1)
Participation: Competence Motivation Theory
367(1)
Why Children Drop Out of Sports
368(1)
Sport Participation: Controversies
369(11)
Medical Issues
369(9)
Psychological Issues
378(2)
Youth Sport Coaching
380(3)
Who's Coaching Our Children?
381(1)
An Increasing Need for Educating Coaches
381(1)
Current Coaching Certification Programs
382(1)
Arguments Against Mandatory Coaching Certification
382(1)
Evaluating Coaching Effectiveness
383(1)
Guidelines for Effective Coaching
383(1)
Parental Education: An Attempt to Curb Violence
383(1)
Rights of Young Athletes
384(3)
Youth Sports: Recommendations for the 21st Century
387(1)
Summary
387(1)
Key Terms
387(1)
Questions for Reflection
388(1)
Internet Resources
388(1)
Online Learning Center
388(1)
References
388
Developmental Aspects: Two-Handed Catching
340(1)
Developmental Sequences for Two-Handed Catching
341(3)
Developmental Aspects: One-Handed Catching
344(1)
Factors That Influence Catching Performance
345(3)
Striking
348(9)
Developmental Aspects of One- and Two-Handed Striking
349(2)
Stationary Ball Bouncing
351(1)
Kicking
352(3)
Punting
355(2)
Summary
357(1)
Key Terms
358(1)
Questions for Reflection
358(1)
Online Learning Center
358(1)
References
358(4)
Youth Sports
362(30)
Where Children Participate in Sports
365(1)
Why Children Participate in Sports
366(1)
Participation: Competence Motivation Theory
367(1)
Why Children Drop Out of Sports
368(1)
Sport Participation: Controversies
369(11)
Medical Issues
369(9)
Psychological Issues
378(2)
Youth Sport Coaching
380(3)
Who's Coaching Our Children?
381(1)
An Increasing Need for Educating Coaches
381(1)
Current Coaching Certification Programs
382(1)
Arguments Against Mandatory Coaching Certification
382(1)
Evaluating Coaching Effectiveness
383(1)
Guidelines for Effective Coaching
383(1)
Parental Education: An Attempt to Curb Violence
383(1)
Rights of Young Athletes
384(3)
Youth Sports: Recommendations for the 21st Century
387(1)
Summary
387(1)
Key Terms
387(1)
Questions for Reflection
388(1)
Internet Resources
388(1)
Online Learning Center
388(1)
References
388(4)
Movement in Adulthood
392(37)
The Shift to a Lifespan Approach to Motor Development
393(2)
Balance and Postural Sway
395(3)
Falls
398(4)
Causes of Falls
399(2)
Strategies to Avoid Falls Among the Elderly
401(1)
Walking Patterns of Adulthood
402(2)
Driving and Older Age
404(2)
Adult Performance on Selected Motor Activities
406(1)
Activities of Daily Living
407(1)
Age of Peak Proficiency
408(1)
Adult Performance During High Arousal
409(2)
Movement Speed in Adulthood
411(3)
Running Speed
411(1)
Reaction and Response Time
412(2)
Is a Movement Decline Inevitable with Age?
414(5)
Compensation for the Movement Decline
414(1)
Effects of Exercise on the Movement Decline
415(2)
Effects of Practice on the Movement Decline
417(1)
Physical Activity Trends in Adulthood
418(1)
Sports-Related Injuries to Baby Boomers and Older Adults
419(1)
Teaching Movement Skill to the Older Adult
420(2)
The World Health Organization Heidelberg Guidelines
422(7)
Summary
424(1)
Key Terms
425(1)
Questions for Reflection
426(1)
Internet Resources
426(1)
Online Learning Center
426(1)
References
426(3)
PART V Assessing Motor Development and Implementing a Program
Assessment
429(32)
Guidelines for Assessment
430(4)
Why Assess?
430(1)
What Variables to Assess
430(1)
Selecting the Best Test
430(1)
Preparing Students for Assessment
431(1)
Instructor Preparation and Data Collection
432(1)
Interpreting the Assessment Data
432(2)
Formal Versus Informal Assessment
434(1)
Sharing Assessment Results
434(1)
Types of Assessment Instruments
434(1)
Norm-Referenced
435(1)
Criterion-Referenced
435(1)
Product-Oriented Assessment
435(1)
Product- Versus Process-Oriented Assessment: A Comparative Example
435(2)
Product-Oriented Assessment
436(1)
Process-Oriented Assessment
436(1)
Selected Norm-Referenced Instruments
437(3)
Bayley Scales of Infant and Toddler Development III
437(1)
Bruininks-Oseretsky Test of Motor Proficiency
437(1)
Basic Motor Ability Test--Revised
437(1)
Denver II
438(2)
Selected Process-Oriented Assessment Instruments
440(3)
SIGMA
440(1)
Developmental Sequence of Motor Skills Inventory
440(3)
Fundamental Motor Pattern Assessment Instrument
443(1)
Test of Gross Motor Development--2
443(1)
Assessing the Disabled
443(6)
Brigance Diagnostic Inventory of Early Development
448(1)
I Can
448(1)
Aids in Assessing Motor Skills
449(1)
Assessing Physical Fitness
449(8)
The Fitnessgram/Activitygram
449(4)
The Brockport Physical Fitness Test
453(1)
The President's Challenge
453(3)
National Youth Physical Fitness Program
456(1)
National Children and Youth Fitness Studies I and II
456(1)
Functional Fitness Assessment for Adults Over 60 Years
457(1)
The Senior Fitness Test
457(1)
Summary
457(1)
Key Terms
458(1)
Questions for Reflection
458(1)
Internet Resources
458(1)
Online Learning Center
459(1)
References
459(2)
Planning and Conducting Developmental Movement Programs
461
Preprogram Considerations
462(6)
Philosophy
462(1)
Facilities and Equipment
462(5)
Personnel
467(1)
Administrative Considerations
468(4)
Advertising the Program
468(1)
Registration
469(1)
Orientation Meeting
469(2)
First-Aid and Emergency Procedures
471(1)
Cancellation Procedures
471(1)
Drop-Off and Pick-Up Procedures
472(1)
Curricular Considerations
472(5)
Preprogram Assessments
472(1)
Instructional Organization
473(1)
Instructional Delivery Considerations
473(3)
Postprogram Discussions
476(1)
Parents' Workshop
476(1)
Summary
477(1)
Key Terms
477(1)
Questions for Reflection
477(1)
Internet Resources
477(1)
Online Learning Center
478(1)
References
478
Appendix A: Growth Charts: National Center for Health Statistics 1(11)
Appendix B: Body Mass Index Table 12(2)
Appendix C: Summary of the Surgeon General's Report on Physical Activity and Health 14(4)
Appendix D: Summary of the CDC's Guidelines for School and Community Programs Promoting Lifelong Physical Activity 18(5)
Appendix E: List of Web Sites 23
Author Index 1(6)
Subject Index 7


V. Gregory Payne is a professor in the Department of Kinesiology at San Jose State University, where he specializes in human motor development with interests ranging from aging and physical activity to children's sports and fitness. He received a B.S. degree from Western Illinois University and that institution's Distinguished Alumni Award. He earned an M.A. from the University of Iowa and a P.E.D. from Indiana University. After receiving the B.S. degree, Dr. Payne lived and worked in Venezuela for two years as a Peace Corps Volunteer assigned to the Venezuelan Ministry of Education. Since that time he has produced over 150 publications including numerous refereed articles and fourteen editions of four books. In 2000, Dr. Payne was elected to fellowship in the prestigious Academy of Kinesiology and Physical Education (AAKPE), generally regarded to be the top tier of leaders in the discipline who have made long-term contributions primarily through scholarship. He was also a member of the task force that developed the physical education national standards published in 1995, as well as a member of the 2004 California State Superintendent of Public Instruction Task Force on Childhood Obesity, Type II Diabetes, and Cardiovascular Disease. Dr. Payne has made over 250 presentations at state, national, and international conferences. He was the first Distinguished Honorary Professor of the Shenyang Institute of Physical Education in China, received the Distinguished Service Award from the California Governor's Council on Physical Fitness and Sports, the Southwest District AAHPERD Scholar Award, and the AAHPERD Honor Award. He has been nominated several times for the Outstanding Professor and President's Scholar Awards at San Jose State University and received the Research Quarterly for Exercise and Sport Research Writing Award for work involving children's physical activity and VO2 max. Dr. Payne is a former President of the 22,000 member National Association for Sport and Physical Education (NASPE); former Chair of the National Motor Development Academy of AAHPERD, and former President of the California Association for Health, Physical Education, Recreation, and Dance (CAHPERD). He was presented CAHPERDs 2004 Verne Landreth Award, exemplifying the highest achievement in service, research, teaching, and administration, and was the 2004 SJSU Nominee for the California State University Wang Family Excellence Award for extraordinary commitment and dedication, distinction by exemplary contributions, and achievement in the academic discipline. He is a Fellow of the Research Consortium of AAHPERD, has chaired two editorial boards and has reviewed for journals including Journal of Medicine and Science in Sports and Exercise, International Journal of Sports Medicine, Research Quarterly for Exercise and Sports, Gerontology, Strategies, Women in Sport and Physical Activity Journal, and Medicine, Exercise, Nutrition, and Health, and Perceptual and Motor Skills.





Larry D. Isaacs is Professor Emeritus and former Director of the Exercise Biology Program, Department of Biological Sciences, College of Science and Mathematics at Wright State University. Since receiving his doctorate in 1979 from the University of Maryland, Dr. Isaacs has served as a reviewer for many scholarly journals. In addition, he has published numerous scholarly articles and has written sixteen textbooks. Over the past thirty-five years, his writings have been recognized by many organizations, including the American Alliance for Health, Physical Education, Recreation, and Dance, where he was awarded the status of Fellow by the Research Consortium. Dr. Isaacs holds international certifications with the American College of Sports Medicine. Currently his research is examining the physiological changes that accompany aerobic exercise and resistance training in cardiac rehabilitation patients. Since retirement from the university, Dr. Isaacs has returned to part-time employment and serves as a clinical exercise physiologist at Hilton Head Regional Medical Center. Dr. Isaacs currently lives on Hilton Head Island with his wife Joy. His daughter, Brooke, and son, Timothy, both attend the University of South Carolina Beaufort Campus and also live on Hilton Head Island.