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Jonathan D Sauer

Biographic Data

ID291543
NAMEJonathan D Sauer
GIVEN NAMESJonathan D
FAMILY NAMESauer
SIGNATURESAUER J D
AFFILIATIONSUniversity of California, Los Angeles
VERIFIEDNo
TOTAL WORKS19
TOTAL CITATIONS99
AUTHOR COUNT19
EDITOR COUNT0
FIRST PUBLICATION YEAR1950
LATEST PUBLICATION YEAR1994
H-INDEX5
  • Historical Geography of Crop Plants

    Open Access•Daniel W Gade, Jonathan D Sauer•ARTICLE•Geographical Review•1994•Cited by: 16

    Introduction. Angiosperms-Flowering Plants. Dicots. Actinidiaceae-Actinidia Family. Amaranthaceae-Amaranth Family. Anacardiaceae-Sumac Family. Asteraceae (Compositae)-Daisy Family. Brassicaceae (=Cruciferae)-Cabbage Family. Chenopodiaceae-Chenopod Family. Convolvulaceae-Morning-Glory Family. Cucurbitaceae-Gourd Family. Ericaceae-Heath Family. Euphorbiaceae-Crown-of-Thorns Family. Fabaceae (=Leguminosae, Papilionaceae + Caesalpiniaceae + Mimosacea…

  • Plant Migration

    Open Access•K S Zimmerer, Jonathan D Sauer•ARTICLE•Geographical Review•1989•Cited by: 1

  • Mapping the World's Vegetation

    Open Access•Jonathan D Sauer, David J De Laubenfels et al.•ARTICLE•Geographical Review•1977

  • Biogeographical theory and cultural analogies

    Jonathan D Sauer•ARTICLE•World Archaeology•1977•Cited by: 4•References: 25

    This article is intended as a warning against giving biogeographical models more respect than they deserve. Few academics are primarily concerned with biotic distributions. Many taxonomists and ecologists have geographical interests, but they must cope with hundreds of thousands of species. Most biogeographers are too absorbed in field exploration to have much time for general theory. The separate scholarly traditions of museum and mathematical b…

  • Description and Classification of Vegetation

    Open Access•Jonathan D Sauer, David W Shimwell•ARTICLE•Geographical Review•1974•Cited by: 2

  • On the Quality of Evidence for Origin and Dispersal of Cultivated Plants [and Comments and Reply]

    Jack R Harlan, J M J De Wet et al.•ARTICLE•Current Anthropology•1973•Cited by: 11

    Sources of evidence for origin and dispersal of cultivated plants are tabulated and classified. All items are qualified, and the level of confidence with which an item of evidence can be accepted varies accordingly. Qualifications are listed as (1) authenticity, (2) abundance, (3) kind, (4) interpretation, and (5) integration. Theories proposed are often based on evidence of very dubious quality; it is suggested here that a more disciplined appro…

  • Oceanic Islands and Biogeographical Theory

    Open Access•Jonathan D Sauer•ARTICLE•Geographical Review•1969

    T HE branch ofbiogeography concerned with life-forms and physiognomic formations was founded on the study of altitudinal zonation on mountains. These sharp local patterns were soon joined with broad regional patterns under a simple theory of climatic and, secondarily, edaphic determinism. Since physiognomy is supposed to show convergence in similar environments, regardless of origin, processes of migration and evolution have been of slight intere…

  • Carbonized Plant Remains From Two Hohokam Sites, Arizona Bb

    Vorsila L Bohrer, Hugh C Cutler et al.•ARTICLE•KIVA•1969•Cited by: 9

    The plant evidence from two Hohokam sites near Punta del Agua on the San Xavier Indian Reservation south of Tucson, Arizona enlarges our knowledge of plant utilization between A.D. 700-1200. The cultivated plants included maize (Zea mays), tepary beans (Phaseolus acutifolius var. latifolius) and jack beans (Canavalia ensiformis). The maize is similar to that from other Hohokam sites and to smaller and older kinds grown by the Papago. Jack beans m…

  • Identity of Archaeologic Grain Amaranths from the Valley of Tehuacan, Puebla, Mexico

    Open Access•Jonathan D Sauer•ARTICLE•American Antiquity•1969•Cited by: 4•References: 6

    Coxcatlán Cave has yielded the earliest records of two domesticated species still grown as minor grain crops in Mexico. Amaranthus cruentus, previously unknown archaeologically, is tentatively identified from a level dated at about 4000 B.C. and positively identified from six levels dated between about 2500 B.C. and the time of the Conquest. Amaranthus hypochondriacus was found at two levels dated about A.D. 500. There is no evidence that either …

  • Canavalia Beans in American Prehistory

    Open Access•Jonathan D Sauer, Jonathan Sauer et al.•ARTICLE•American Antiquity•1969•Cited by: 2•References: 2

    The naturally pantropical genus Canavalia is the source of four domesticated species, of which C. plagiosperma and C. ensiformis evidently evolved under aboriginal New World cultivation. Their exact origins are uncertain because the archaeological record is concentrated in dry regions where they arrived as irrigated crops. Prehistoric cultivation of C. plagiosperma is known only from coastal Peru where it has been grown continuously for at least …

  • Plants and Man on the Seychelles Coast

    David J De Laubenfels, Jonathan D Sauer•ARTICLE•Economic Geography•1968

  • Plants and Man on the Seychelles Coast

    F D Ommanney, Jonathan D Sauer•ARTICLE•Geographical Journal•1967•Cited by: 2

  • The Natural Geography of Plants

    Open Access•Jonathan D Sauer, Henry A Gleason et al.•ARTICLE•Geographical Review•1965•Cited by: 1

  • Coastal Plant Geography of Mauritius

    Open Access•Pierre Dansereau, Jonathan D Sauer•ARTICLE•Geographical Review•1963

  • Social Policies and Population Growth in Mauritius

    H C Brookfield, Harold Brookfield et al.•ARTICLE•Geographical Journal•1962

  • Indian Corn in Old America

    Open Access•Jonathan D Sauer, Paul Weatherwax•ARTICLE•Geographical Review•1955•Cited by: 3

  • Symposium

    Open Access•Robert J Braidwood, Jonathan D Sauer et al.•ARTICLE•American Anthropologist•1953•Cited by: 39

  • The Grain Amaranths

    Open Access•George F Carter, Jonathan D Sauer•ARTICLE•Geographical Review•1952

  • Amaranths as Dye Plants among the Pueblo Peoples

    Jonathan D Sauer•ARTICLE•Southwestern Journal of…•1950•Cited by: 5

  • Symposium

    Open Access•Robert J Braidwood, Jonathan D Sauer et al.•ARTICLE•American Anthropologist•1953•Cited by: 39

  • Historical Geography of Crop Plants

    Open Access•Daniel W Gade, Jonathan D Sauer•ARTICLE•Geographical Review•1994•Cited by: 16

    Introduction. Angiosperms-Flowering Plants. Dicots. Actinidiaceae-Actinidia Family. Amaranthaceae-Amaranth Family. Anacardiaceae-Sumac Family. Asteraceae (Compositae)-Daisy Family. Brassicaceae (=Cruciferae)-Cabbage Family. Chenopodiaceae-Chenopod Family. Convolvulaceae-Morning-Glory Family. Cucurbitaceae-Gourd Family. Ericaceae-Heath Family. Euphorbiaceae-Crown-of-Thorns Family. Fabaceae (=Leguminosae, Papilionaceae + Caesalpiniaceae + Mimosacea…

  • On the Quality of Evidence for Origin and Dispersal of Cultivated Plants [and Comments and Reply]

    Jack R Harlan, J M J De Wet et al.•ARTICLE•Current Anthropology•1973•Cited by: 11

    Sources of evidence for origin and dispersal of cultivated plants are tabulated and classified. All items are qualified, and the level of confidence with which an item of evidence can be accepted varies accordingly. Qualifications are listed as (1) authenticity, (2) abundance, (3) kind, (4) interpretation, and (5) integration. Theories proposed are often based on evidence of very dubious quality; it is suggested here that a more disciplined appro…

  • Carbonized Plant Remains From Two Hohokam Sites, Arizona Bb

    Vorsila L Bohrer, Hugh C Cutler et al.•ARTICLE•KIVA•1969•Cited by: 9

    The plant evidence from two Hohokam sites near Punta del Agua on the San Xavier Indian Reservation south of Tucson, Arizona enlarges our knowledge of plant utilization between A.D. 700-1200. The cultivated plants included maize (Zea mays), tepary beans (Phaseolus acutifolius var. latifolius) and jack beans (Canavalia ensiformis). The maize is similar to that from other Hohokam sites and to smaller and older kinds grown by the Papago. Jack beans m…

  • Amaranths as Dye Plants among the Pueblo Peoples

    Jonathan D Sauer•ARTICLE•Southwestern Journal of…•1950•Cited by: 5

  • Biogeographical theory and cultural analogies

    Jonathan D Sauer•ARTICLE•World Archaeology•1977•Cited by: 4•References: 25

    This article is intended as a warning against giving biogeographical models more respect than they deserve. Few academics are primarily concerned with biotic distributions. Many taxonomists and ecologists have geographical interests, but they must cope with hundreds of thousands of species. Most biogeographers are too absorbed in field exploration to have much time for general theory. The separate scholarly traditions of museum and mathematical b…

  • Identity of Archaeologic Grain Amaranths from the Valley of Tehuacan, Puebla, Mexico

    Open Access•Jonathan D Sauer•ARTICLE•American Antiquity•1969•Cited by: 4•References: 6

    Coxcatlán Cave has yielded the earliest records of two domesticated species still grown as minor grain crops in Mexico. Amaranthus cruentus, previously unknown archaeologically, is tentatively identified from a level dated at about 4000 B.C. and positively identified from six levels dated between about 2500 B.C. and the time of the Conquest. Amaranthus hypochondriacus was found at two levels dated about A.D. 500. There is no evidence that either …

  • Indian Corn in Old America

    Open Access•Jonathan D Sauer, Paul Weatherwax•ARTICLE•Geographical Review•1955•Cited by: 3

  • Description and Classification of Vegetation

    Open Access•Jonathan D Sauer, David W Shimwell•ARTICLE•Geographical Review•1974•Cited by: 2

  • Canavalia Beans in American Prehistory

    Open Access•Jonathan D Sauer, Jonathan Sauer et al.•ARTICLE•American Antiquity•1969•Cited by: 2•References: 2

    The naturally pantropical genus Canavalia is the source of four domesticated species, of which C. plagiosperma and C. ensiformis evidently evolved under aboriginal New World cultivation. Their exact origins are uncertain because the archaeological record is concentrated in dry regions where they arrived as irrigated crops. Prehistoric cultivation of C. plagiosperma is known only from coastal Peru where it has been grown continuously for at least …

  • Plants and Man on the Seychelles Coast

    F D Ommanney, Jonathan D Sauer•ARTICLE•Geographical Journal•1967•Cited by: 2

  • Plant Migration

    Open Access•K S Zimmerer, Jonathan D Sauer•ARTICLE•Geographical Review•1989•Cited by: 1

  • The Natural Geography of Plants

    Open Access•Jonathan D Sauer, Henry A Gleason et al.•ARTICLE•Geographical Review•1965•Cited by: 1

  • Amaranths as Dye Plants among the Pueblo Peoples

    Jonathan D Sauer•ARTICLE•Southwestern Journal of…•1950•Cited by: 5

  • The Grain Amaranths

    Open Access•George F Carter, Jonathan D Sauer•ARTICLE•Geographical Review•1952

  • Symposium

    Open Access•Robert J Braidwood, Jonathan D Sauer et al.•ARTICLE•American Anthropologist•1953•Cited by: 39

  • Indian Corn in Old America

    Open Access•Jonathan D Sauer, Paul Weatherwax•ARTICLE•Geographical Review•1955•Cited by: 3

  • Social Policies and Population Growth in Mauritius

    H C Brookfield, Harold Brookfield et al.•ARTICLE•Geographical Journal•1962

  • Coastal Plant Geography of Mauritius

    Open Access•Pierre Dansereau, Jonathan D Sauer•ARTICLE•Geographical Review•1963

  • The Natural Geography of Plants

    Open Access•Jonathan D Sauer, Henry A Gleason et al.•ARTICLE•Geographical Review•1965•Cited by: 1

  • Plants and Man on the Seychelles Coast

    F D Ommanney, Jonathan D Sauer•ARTICLE•Geographical Journal•1967•Cited by: 2

  • Plants and Man on the Seychelles Coast

    David J De Laubenfels, Jonathan D Sauer•ARTICLE•Economic Geography•1968

  • Oceanic Islands and Biogeographical Theory

    Open Access•Jonathan D Sauer•ARTICLE•Geographical Review•1969

    T HE branch ofbiogeography concerned with life-forms and physiognomic formations was founded on the study of altitudinal zonation on mountains. These sharp local patterns were soon joined with broad regional patterns under a simple theory of climatic and, secondarily, edaphic determinism. Since physiognomy is supposed to show convergence in similar environments, regardless of origin, processes of migration and evolution have been of slight intere…

  • Carbonized Plant Remains From Two Hohokam Sites, Arizona Bb

    Vorsila L Bohrer, Hugh C Cutler et al.•ARTICLE•KIVA•1969•Cited by: 9

    The plant evidence from two Hohokam sites near Punta del Agua on the San Xavier Indian Reservation south of Tucson, Arizona enlarges our knowledge of plant utilization between A.D. 700-1200. The cultivated plants included maize (Zea mays), tepary beans (Phaseolus acutifolius var. latifolius) and jack beans (Canavalia ensiformis). The maize is similar to that from other Hohokam sites and to smaller and older kinds grown by the Papago. Jack beans m…

  • Identity of Archaeologic Grain Amaranths from the Valley of Tehuacan, Puebla, Mexico

    Open Access•Jonathan D Sauer•ARTICLE•American Antiquity•1969•Cited by: 4•References: 6

    Coxcatlán Cave has yielded the earliest records of two domesticated species still grown as minor grain crops in Mexico. Amaranthus cruentus, previously unknown archaeologically, is tentatively identified from a level dated at about 4000 B.C. and positively identified from six levels dated between about 2500 B.C. and the time of the Conquest. Amaranthus hypochondriacus was found at two levels dated about A.D. 500. There is no evidence that either …

  • Canavalia Beans in American Prehistory

    Open Access•Jonathan D Sauer, Jonathan Sauer et al.•ARTICLE•American Antiquity•1969•Cited by: 2•References: 2

    The naturally pantropical genus Canavalia is the source of four domesticated species, of which C. plagiosperma and C. ensiformis evidently evolved under aboriginal New World cultivation. Their exact origins are uncertain because the archaeological record is concentrated in dry regions where they arrived as irrigated crops. Prehistoric cultivation of C. plagiosperma is known only from coastal Peru where it has been grown continuously for at least …

  • On the Quality of Evidence for Origin and Dispersal of Cultivated Plants [and Comments and Reply]

    Jack R Harlan, J M J De Wet et al.•ARTICLE•Current Anthropology•1973•Cited by: 11

    Sources of evidence for origin and dispersal of cultivated plants are tabulated and classified. All items are qualified, and the level of confidence with which an item of evidence can be accepted varies accordingly. Qualifications are listed as (1) authenticity, (2) abundance, (3) kind, (4) interpretation, and (5) integration. Theories proposed are often based on evidence of very dubious quality; it is suggested here that a more disciplined appro…

  • Description and Classification of Vegetation

    Open Access•Jonathan D Sauer, David W Shimwell•ARTICLE•Geographical Review•1974•Cited by: 2

  • Mapping the World's Vegetation

    Open Access•Jonathan D Sauer, David J De Laubenfels et al.•ARTICLE•Geographical Review•1977

  • Biogeographical theory and cultural analogies

    Jonathan D Sauer•ARTICLE•World Archaeology•1977•Cited by: 4•References: 25

    This article is intended as a warning against giving biogeographical models more respect than they deserve. Few academics are primarily concerned with biotic distributions. Many taxonomists and ecologists have geographical interests, but they must cope with hundreds of thousands of species. Most biogeographers are too absorbed in field exploration to have much time for general theory. The separate scholarly traditions of museum and mathematical b…

  • Plant Migration

    Open Access•K S Zimmerer, Jonathan D Sauer•ARTICLE•Geographical Review•1989•Cited by: 1

  • Historical Geography of Crop Plants

    Open Access•Daniel W Gade, Jonathan D Sauer•ARTICLE•Geographical Review•1994•Cited by: 16

    Introduction. Angiosperms-Flowering Plants. Dicots. Actinidiaceae-Actinidia Family. Amaranthaceae-Amaranth Family. Anacardiaceae-Sumac Family. Asteraceae (Compositae)-Daisy Family. Brassicaceae (=Cruciferae)-Cabbage Family. Chenopodiaceae-Chenopod Family. Convolvulaceae-Morning-Glory Family. Cucurbitaceae-Gourd Family. Ericaceae-Heath Family. Euphorbiaceae-Crown-of-Thorns Family. Fabaceae (=Leguminosae, Papilionaceae + Caesalpiniaceae + Mimosacea…

Geography (17 works) · Biology (10 works) · Ecology (8 works) · Ecology (8 works) · Archaeology (5 works) · Economic geography (5 works) · History (5 works) · Biogeography (3 works) · Botany (3 works) · Botany, Ecology, and Taxonomy Studies (3 works)

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