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Robert P Sharp

Biographic Data

ID1347557
NAMERobert P Sharp
GIVEN NAMESRobert P
FAMILY NAMESharp
SIGNATURESHARP R P
AFFILIATIONSCalifornia Institute of Technology
VERIFIEDNo
TOTAL WORKS14
TOTAL CITATIONS8
WORKS AS AUTHOR14
WORKS AS EDITOR0
FIRST PUBLICATION YEAR1940
LATEST PUBLICATION YEAR1990
H-INDEX1
  • Living Ice

    Open Access•Melvin G Marcus, Robert P Sharp•ARTICLE•Geographical Review•1990

  • Living Ice. Understanding Glaciers and Glaciation

    David G Croot, Robert P Sharp•ARTICLE•Geographical Journal•1989

  • Glacier Bay

    Open Access•Robert P Sharp, Dave Bohn•ARTICLE•Geographical Review•1969•Cited by: 1

  • The World of Ice

    Open Access•Robert P Sharp, James L Dyson•ARTICLE•Geographical Review•1963

  • Glaciers

    W V Lewis, Robert P Sharp•ARTICLE•Geographical Journal•1961

  • The Latest Major Advance of Malaspina Glacier, Alaska

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1958•Cited by: 6

    Evidence from many widely separated localities indicates that hundreds or possibly thousands of years ago Alaskan glaciers were much smaller than at present. The shrinking of the ice is usually attributed to the unfavorable environment of the post-Wisconsin warm-dry interval, during which spruce forests spread across much of the area laid bare by glacier recession. With the return to cooler, moister conditions in more recent times, the glaciers e…

  • Glaciers in the Arctic

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1956

    Contains a compilation of literature and available data on arctic glaciers, originally prepared for Encyclopedia Arctica in 1949, and brought up to date. Ahlmann's morphological classification of glaciers is given, and the distribution, area, volume, and present regime of the glaciers is described. Regional treatment follows: Greenland, Iceland, Jan Mayen, Svalbard, Novaya Zemlya, Zemlya Frantsa-Iosifa, Severnaya Zemlya, also other small Siberian…

  • Preliminary Data from Saskatchewan Glacier, Alberta, Canada

    Open Access•Mark F Meier, George P Rigsby et al.•ARTICLE•ARCTIC•1954

    "Work on the glacier was initiated in the summer of 1952. Velocity measurements were made from 52 stations on the glacier surface. Reduction of the triangulation data is incomplete but preliminary measurements indicate that englacial movement is oblique to the surface. The max. velocity (1.2 ft/day) was observed at mid-glacier, one mi. below the firn line. Isolated reverse movements were also noted. Five different types of crevasses observed on t…

  • Glacier Variations and Climatic Fluctuations by, H. W

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1953

  • Galcial-Meteorological Investigations in Swedish Lappland

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1950

  • The Wolf Creek Glaciers, St. Elias Range, Yukon Territory

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1947

  • Perennially Frozen Ground in Alaska

    Open Access•Robert P Sharp, Stephen Taber et al.•ARTICLE•Geographical Review•1944

  • Ground-Ice Mounds in Tundra

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1942

    HE tundra in Arctic and sub-Arctic regions' is irregular and rough in detail but relatively featureless in broader aspect. Low, scattered mounds that interrupt the monotony attract immediate attention. Although the mounds differ in size and shape, most of them are a few feet high, many tens of feet in circumference, and gently rounded or slightly asymmetrical in cross section. The large and well-developed mound of Figure i is 6o feet long, 22 fee…

  • Landslides and Earthflows near Ventura, Southern California

    Open Access•William C Putnam, Robert P Sharp•ARTICLE•Geographical Review•1940•Cited by: 1

    UNOFF and other phenomena associated with heavy rains during the winter of I937-I938 produced many significant changes in the landscape of southern California. The rainfall was especially heavy in the period February 28-March 3, I938, when 712 inches of rain fell; at Ventura 4 inches fell in 24 hours on March 2 and 3. Landslides were set in motion, and great quantities of material in areas of weathered bedrock were moved by earthflows. The Ventur…

  • The Latest Major Advance of Malaspina Glacier, Alaska

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1958•Cited by: 6

    Evidence from many widely separated localities indicates that hundreds or possibly thousands of years ago Alaskan glaciers were much smaller than at present. The shrinking of the ice is usually attributed to the unfavorable environment of the post-Wisconsin warm-dry interval, during which spruce forests spread across much of the area laid bare by glacier recession. With the return to cooler, moister conditions in more recent times, the glaciers e…

  • Glacier Bay

    Open Access•Robert P Sharp, Dave Bohn•ARTICLE•Geographical Review•1969•Cited by: 1

  • Landslides and Earthflows near Ventura, Southern California

    Open Access•William C Putnam, Robert P Sharp•ARTICLE•Geographical Review•1940•Cited by: 1

    UNOFF and other phenomena associated with heavy rains during the winter of I937-I938 produced many significant changes in the landscape of southern California. The rainfall was especially heavy in the period February 28-March 3, I938, when 712 inches of rain fell; at Ventura 4 inches fell in 24 hours on March 2 and 3. Landslides were set in motion, and great quantities of material in areas of weathered bedrock were moved by earthflows. The Ventur…

  • Landslides and Earthflows near Ventura, Southern California

    Open Access•William C Putnam, Robert P Sharp•ARTICLE•Geographical Review•1940•Cited by: 1

    UNOFF and other phenomena associated with heavy rains during the winter of I937-I938 produced many significant changes in the landscape of southern California. The rainfall was especially heavy in the period February 28-March 3, I938, when 712 inches of rain fell; at Ventura 4 inches fell in 24 hours on March 2 and 3. Landslides were set in motion, and great quantities of material in areas of weathered bedrock were moved by earthflows. The Ventur…

  • Ground-Ice Mounds in Tundra

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1942

    HE tundra in Arctic and sub-Arctic regions' is irregular and rough in detail but relatively featureless in broader aspect. Low, scattered mounds that interrupt the monotony attract immediate attention. Although the mounds differ in size and shape, most of them are a few feet high, many tens of feet in circumference, and gently rounded or slightly asymmetrical in cross section. The large and well-developed mound of Figure i is 6o feet long, 22 fee…

  • Perennially Frozen Ground in Alaska

    Open Access•Robert P Sharp, Stephen Taber et al.•ARTICLE•Geographical Review•1944

  • The Wolf Creek Glaciers, St. Elias Range, Yukon Territory

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1947

  • Galcial-Meteorological Investigations in Swedish Lappland

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1950

  • Glacier Variations and Climatic Fluctuations by, H. W

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1953

  • Preliminary Data from Saskatchewan Glacier, Alberta, Canada

    Open Access•Mark F Meier, George P Rigsby et al.•ARTICLE•ARCTIC•1954

    "Work on the glacier was initiated in the summer of 1952. Velocity measurements were made from 52 stations on the glacier surface. Reduction of the triangulation data is incomplete but preliminary measurements indicate that englacial movement is oblique to the surface. The max. velocity (1.2 ft/day) was observed at mid-glacier, one mi. below the firn line. Isolated reverse movements were also noted. Five different types of crevasses observed on t…

  • Glaciers in the Arctic

    Open Access•Robert P Sharp•ARTICLE•ARCTIC•1956

    Contains a compilation of literature and available data on arctic glaciers, originally prepared for Encyclopedia Arctica in 1949, and brought up to date. Ahlmann's morphological classification of glaciers is given, and the distribution, area, volume, and present regime of the glaciers is described. Regional treatment follows: Greenland, Iceland, Jan Mayen, Svalbard, Novaya Zemlya, Zemlya Frantsa-Iosifa, Severnaya Zemlya, also other small Siberian…

  • The Latest Major Advance of Malaspina Glacier, Alaska

    Open Access•Robert P Sharp•ARTICLE•Geographical Review•1958•Cited by: 6

    Evidence from many widely separated localities indicates that hundreds or possibly thousands of years ago Alaskan glaciers were much smaller than at present. The shrinking of the ice is usually attributed to the unfavorable environment of the post-Wisconsin warm-dry interval, during which spruce forests spread across much of the area laid bare by glacier recession. With the return to cooler, moister conditions in more recent times, the glaciers e…

  • Glaciers

    W V Lewis, Robert P Sharp•ARTICLE•Geographical Journal•1961

  • The World of Ice

    Open Access•Robert P Sharp, James L Dyson•ARTICLE•Geographical Review•1963

  • Glacier Bay

    Open Access•Robert P Sharp, Dave Bohn•ARTICLE•Geographical Review•1969•Cited by: 1

  • Living Ice. Understanding Glaciers and Glaciation

    David G Croot, Robert P Sharp•ARTICLE•Geographical Journal•1989

  • Living Ice

    Open Access•Melvin G Marcus, Robert P Sharp•ARTICLE•Geographical Review•1990

Geography (14 works) · Geology (13 works) · Geology (13 works) · Physical geography (11 works) · Glacier (9 works) · Cryospheric studies and observations (8 works) · Climate change and permafrost (7 works) · Archaeology (5 works) · Climatology (4 works) · Geology and Paleoclimatology Research (4 works)

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