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Mary Ellen Morbeck

Biographic Data

ID120220
NAMEMary Ellen Morbeck
GIVEN NAMESMary Ellen
FAMILY NAMEMorbeck
SIGNATUREMORBECK M E
AFFILIATIONSUniversity of Arizona
VERIFIEDNo
TOTAL WORKS24
TOTAL CITATIONS64
AUTHOR COUNT24
EDITOR COUNT0
FIRST PUBLICATION YEAR1975
LATEST PUBLICATION YEAR2008
H-INDEX4
  • Role of Nonbehavioral Factors in Adjusting Long Bone Diaphyseal Structure in Free-ranging Pan troglodytes

    Open Access•Kristian J Carlson, Dale R Sumner et al.•ARTICLE•International Journal of…•2008•Cited by: 12•References: 68

    Limb bones deform during locomotion and can resist the deformations by adjusting their shapes. For example, a tubular-shaped diaphysis best resists variably-oriented deformations. As behavioral profiles change during adulthood, patterns of bone deformation may exhibit age trends. Habitat characteristics, e.g., annual rainfall, tree density, and elevation changes, may influence bone deformations by eliciting individual components of behavioral rep…

  • The Evolving Female: A Life-History Perspective

    Catherine Key, Mary Ellen Morbeck et al.•ARTICLE•Journal of the Royal Anthropologica…•1999

  • Women in Human Evolution . Lori D. Hager

    Mary Ellen Morbeck•ARTICLE•Journal of Anthropological Research•1998

  • Lita Osmundsen (1926-1998)

    Open Access•Mary Ellen Morbeck, Mary Catherine Bateson et al.•ARTICLE•American Anthropologist•1998•Cited by: 1

  • The evolving female: A Life-History Perspective

    Adrienne L Zihlman, Alison Galloway et al.•BOOK•The evolving female•1997

    "A human female is born, lives her life, and dies within the space of a few decades, but the shape of her life has been strongly influenced by 50 million years of primate evolution and more than 100 million years of mammalian evolution. How the individual female plays out the stages of her life -- from infancy, through the reproductive period, to old age -- and how these stages have been formed by a long evolutionary process, is the theme of this…

  • Sex differences in the vertebral column of gombe chimpanzees

    Open Access•Alison Galloway, Mary Ellen Morbeck et al.•ARTICLE•Primates•1996

  • Skeletal asymmetry and hand preference during termite fishing by gombe chimpanzees

    Open Access•Mary Ellen Morbeck, Alison Galloway et al.•ARTICLE•Primates•1994

  • Gombe chimpanzee sex differences in the pelvis and observations of pubic and preauricular areas

    Open Access•Mary Ellen Morbeck, Alison Galloway et al.•ARTICLE•Primates•1992

  • Poliomyelitis and skeletal asymmetry in Gombe chimpanzees

    Open Access•Mary Ellen Morbeck, Adrienne L Zihlman et al.•ARTICLE•Primates•1991

  • Body size and proportions in chimpanzees, with special reference toPan troglodytes schweinfurthii from Gombe National Park, Tanzania

    Open Access•Mary Ellen Morbeck, Adrienne L Zihlman•ARTICLE•Primates•1989

  • Apparent age‐related bone loss among adult female Gombe chimpanzees

    Open Access•Dale R Sumner, Mary Ellen Morbeck et al.•ARTICLE•American Journal of Physical…•1989•Cited by: 10•References: 52

    Apparent age‐related bone loss among adult females was observed in a skeletal sample derived from the free‐ranging Gombe chimpanzee population of Tanzania. Photon absorptiometric and computed tomographic bone scans indicated that, as in humans, bone was lost from the endosteal surface, but, in contrast to humans, more bone was lost from cortical sites than from cancellous sites. The etiology of this bone loss may be related to a number of factors…

  • Biological Anthropology: The Evolution of Human Behavior: Primate Models . Warren G. Kinzey , ed

    Open Access•Mary Ellen Morbeck•ARTICLE•American Anthropologist•1989

  • Primate morphophysiology, locomotor analyses and human bipedalism

    Open Access•Mary Ellen Morbeck•ARTICLE•International Journal of…•1986

  • Data transformations in multivariate morphometric analyses

    Open Access•Roberta M Hagaman, Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1984•Cited by: 1•References: 39

  • Physical Anthropology: Evolutionary History of the Primates . Frederick S. Szalay and Eric Delson

    Open Access•Mary Ellen Morbeck•ARTICLE•American Anthropologist•1981

  • Positional behavior, selective use of habitat substrate and associated non-positional behavior in free-rangingColobus guereza (Rüppel, 1835)

    Open Access•Mary Ellen Morbeck•ARTICLE•Primates•1977

  • The use of casts and other problems in reconstructing the Dryopithecus (Proconsul) africanus wrist complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1977•Cited by: 2•References: 14

  • Primate Morphology and Behavior

    Mary Ellen Morbeck, Holger Preuschoft et al.•ARTICLE•Current Anthropology•1977•References: 2

  • Problems in reconstruction of fossil anatomy and locomotor behaviour: The Dryopithecus elbow complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1976•Cited by: 11•References: 24

  • Life before man

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • Dryopithecus africanus forelimb

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975•Cited by: 27•References: 9

  • The missing link

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • The first men

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • The neanderthals

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975•References: 1

  • Dryopithecus africanus forelimb

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975•Cited by: 27•References: 9

  • Role of Nonbehavioral Factors in Adjusting Long Bone Diaphyseal Structure in Free-ranging Pan troglodytes

    Open Access•Kristian J Carlson, Dale R Sumner et al.•ARTICLE•International Journal of…•2008•Cited by: 12•References: 68

    Limb bones deform during locomotion and can resist the deformations by adjusting their shapes. For example, a tubular-shaped diaphysis best resists variably-oriented deformations. As behavioral profiles change during adulthood, patterns of bone deformation may exhibit age trends. Habitat characteristics, e.g., annual rainfall, tree density, and elevation changes, may influence bone deformations by eliciting individual components of behavioral rep…

  • Problems in reconstruction of fossil anatomy and locomotor behaviour: The Dryopithecus elbow complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1976•Cited by: 11•References: 24

  • Apparent age‐related bone loss among adult female Gombe chimpanzees

    Open Access•Dale R Sumner, Mary Ellen Morbeck et al.•ARTICLE•American Journal of Physical…•1989•Cited by: 10•References: 52

    Apparent age‐related bone loss among adult females was observed in a skeletal sample derived from the free‐ranging Gombe chimpanzee population of Tanzania. Photon absorptiometric and computed tomographic bone scans indicated that, as in humans, bone was lost from the endosteal surface, but, in contrast to humans, more bone was lost from cortical sites than from cancellous sites. The etiology of this bone loss may be related to a number of factors…

  • The use of casts and other problems in reconstructing the Dryopithecus (Proconsul) africanus wrist complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1977•Cited by: 2•References: 14

  • Lita Osmundsen (1926-1998)

    Open Access•Mary Ellen Morbeck, Mary Catherine Bateson et al.•ARTICLE•American Anthropologist•1998•Cited by: 1

  • Data transformations in multivariate morphometric analyses

    Open Access•Roberta M Hagaman, Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1984•Cited by: 1•References: 39

  • Life before man

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • Dryopithecus africanus forelimb

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975•Cited by: 27•References: 9

  • The missing link

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • The first men

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975

  • The neanderthals

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1975•References: 1

  • Problems in reconstruction of fossil anatomy and locomotor behaviour: The Dryopithecus elbow complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1976•Cited by: 11•References: 24

  • Positional behavior, selective use of habitat substrate and associated non-positional behavior in free-rangingColobus guereza (Rüppel, 1835)

    Open Access•Mary Ellen Morbeck•ARTICLE•Primates•1977

  • The use of casts and other problems in reconstructing the Dryopithecus (Proconsul) africanus wrist complex

    Open Access•Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1977•Cited by: 2•References: 14

  • Primate Morphology and Behavior

    Mary Ellen Morbeck, Holger Preuschoft et al.•ARTICLE•Current Anthropology•1977•References: 2

  • Physical Anthropology: Evolutionary History of the Primates . Frederick S. Szalay and Eric Delson

    Open Access•Mary Ellen Morbeck•ARTICLE•American Anthropologist•1981

  • Data transformations in multivariate morphometric analyses

    Open Access•Roberta M Hagaman, Mary Ellen Morbeck•ARTICLE•Journal of Human Evolution•1984•Cited by: 1•References: 39

  • Primate morphophysiology, locomotor analyses and human bipedalism

    Open Access•Mary Ellen Morbeck•ARTICLE•International Journal of…•1986

  • Body size and proportions in chimpanzees, with special reference toPan troglodytes schweinfurthii from Gombe National Park, Tanzania

    Open Access•Mary Ellen Morbeck, Adrienne L Zihlman•ARTICLE•Primates•1989

  • Apparent age‐related bone loss among adult female Gombe chimpanzees

    Open Access•Dale R Sumner, Mary Ellen Morbeck et al.•ARTICLE•American Journal of Physical…•1989•Cited by: 10•References: 52

    Apparent age‐related bone loss among adult females was observed in a skeletal sample derived from the free‐ranging Gombe chimpanzee population of Tanzania. Photon absorptiometric and computed tomographic bone scans indicated that, as in humans, bone was lost from the endosteal surface, but, in contrast to humans, more bone was lost from cortical sites than from cancellous sites. The etiology of this bone loss may be related to a number of factors…

  • Biological Anthropology: The Evolution of Human Behavior: Primate Models . Warren G. Kinzey , ed

    Open Access•Mary Ellen Morbeck•ARTICLE•American Anthropologist•1989

  • Poliomyelitis and skeletal asymmetry in Gombe chimpanzees

    Open Access•Mary Ellen Morbeck, Adrienne L Zihlman et al.•ARTICLE•Primates•1991

  • Gombe chimpanzee sex differences in the pelvis and observations of pubic and preauricular areas

    Open Access•Mary Ellen Morbeck, Alison Galloway et al.•ARTICLE•Primates•1992

  • Skeletal asymmetry and hand preference during termite fishing by gombe chimpanzees

    Open Access•Mary Ellen Morbeck, Alison Galloway et al.•ARTICLE•Primates•1994

  • Sex differences in the vertebral column of gombe chimpanzees

    Open Access•Alison Galloway, Mary Ellen Morbeck et al.•ARTICLE•Primates•1996

  • The evolving female: A Life-History Perspective

    Adrienne L Zihlman, Alison Galloway et al.•BOOK•The evolving female•1997

    "A human female is born, lives her life, and dies within the space of a few decades, but the shape of her life has been strongly influenced by 50 million years of primate evolution and more than 100 million years of mammalian evolution. How the individual female plays out the stages of her life -- from infancy, through the reproductive period, to old age -- and how these stages have been formed by a long evolutionary process, is the theme of this…

  • Women in Human Evolution . Lori D. Hager

    Mary Ellen Morbeck•ARTICLE•Journal of Anthropological Research•1998

  • Lita Osmundsen (1926-1998)

    Open Access•Mary Ellen Morbeck, Mary Catherine Bateson et al.•ARTICLE•American Anthropologist•1998•Cited by: 1

  • The Evolving Female: A Life-History Perspective

    Catherine Key, Mary Ellen Morbeck et al.•ARTICLE•Journal of the Royal Anthropologica…•1999

  • Role of Nonbehavioral Factors in Adjusting Long Bone Diaphyseal Structure in Free-ranging Pan troglodytes

    Open Access•Kristian J Carlson, Dale R Sumner et al.•ARTICLE•International Journal of…•2008•Cited by: 12•References: 68

    Limb bones deform during locomotion and can resist the deformations by adjusting their shapes. For example, a tubular-shaped diaphysis best resists variably-oriented deformations. As behavioral profiles change during adulthood, patterns of bone deformation may exhibit age trends. Habitat characteristics, e.g., annual rainfall, tree density, and elevation changes, may influence bone deformations by eliciting individual components of behavioral rep…

Biology (18 works) · Primate Behavior and Ecology (14 works) · Anatomy (8 works) · Animal ecology (8 works) · Zoology (8 works) · Evolution and Paleontology Studies (7 works) · Evolutionary biology (7 works) · History (7 works) · Computer Science (6 works) · Animal Vocal Communication and Behavior (5 works)

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