Proxy data from the northern coast of Ellesmere Island are used to reconstruct Holocene palaeoclimate and appear to corroborate the ice core record from the Canadian and Greenland high arctic despite some regional variation. Geomorphological evidence indicates that deglaciation was associated with a marked climatic amelioration in the late Pleistocene/early Holocene (≥10 ka BP). This contrasts with glaciers on the south side of Grant Land Mountains which started to retreat at 7.5 ka BP perhaps due to significant differences in glacioclimatic regime and the influence of the Arctic Ocean. Indicators of sea ice conditions on northern Ellesmere Island suggest that the early Holocene was a period of considerable open water. Radiocarbon dates on driftwood collected from behind the north coast ice shelves suggest that the ice shelves formed during a mid-Holocene climatic deterioration. Geomorphic evidence shows that the ice shelves are presently breaking up and melting in response to recent warming. Glaciers have responded to Holocene climate change at varying rates which are related to drainage basin size. Many large glaciers are still advancing in response to the mid-Holocene climatic deterioration. Some glaciers display evidence of dual advances which may reflect mid-Holocene and ‘Little Ice Age’ accumulation. Other evidence of ‘Little Ice Age’ cold and recent warmth is perennial snowbank retreat and fluvially eroded ice wedge polygons near sea level. Different cryogenic systems on northern Ellesmere Island have responded to Holocene climate change at various rates: 103 a for glaciers with drainage basin areas >5 km2; 102 a for ice shelves and glaciers <5 km2; and 101 a for sea ice.
Alt, B.T.1985: 1550-1620-a period of summer accumulation in the Queen Elizabeth Islands. In Harington, C.R., editor, Critical periods in the Quaternary climatic history of northern North America. Climatic Change in Canada 5, Syllogeus 55, National Museums of Canada, Ottawa: 461–79.
2.
Bednarksi, J. 1984: Glacier fluctuations and sea level history of Clements Markham Inlet, northern Ellesmere Island. PhD thesis, University of Alberta.
3.
Bednarksi, J. 1986: Late Quaternary history and sea level events, Clements Markham Inlet, northern Ellesmere Island, Arctic Canada. Canadian Journal of Earth Sciences23, 1343–55.
4.
Bergsma, B.M., Svoboda, J. and Freedman, B.S.1984: Entombed plant communities released by a retreating glacier at central Ellesmere Island, Canada. Arctic37, 49–52.
5.
Blake, W. Jr.1972: Climatic implications of radiocarbon dated driftwood on the Queen Elizabeth Islands, Arctic Canada. In Vasari, Y., Hyvarinen, H. and Hicks, S., editors, Climatic changes in Arctic areas during the last ten thousand years. Acta Univ Oulu, Ser. A(3), 1, 77–104.
6.
Blake, W. Jr.1975: Radiocarbon age determinations and postglacial emergence at Cape Storm, southern Ellesmere Island, Arctic Canada. Geografiska Annaler57A, 1–71.
7.
Blake, W. Jr.1981: Neoglacial fluctuations of glaciers, southeastern Ellesmere Island, Canadian Arctic archipelago. Geografiska Annaler63A, 201–18.
8.
Blake, W. Jr.1987: Geological Survey of Canada radiocarbon dates XXVI. Geological Survey of Canada, Paper86–7.
9.
Bradley, R.S.1990: Holocene paleoclimatology of the Queen Elizabeth Islands, Canadian high arctic. Quaternary Science Reviews9, 365–84.
10.
Bradley, R.S. and Serrez, M.C.1987: Mass balance of two high arctic plateau ice caps. Journal of Glaciology33, 123–8.
11.
Bovis, M.J. and Barry, R.G.1974: A climatological analysis of north Polar desert areas. In Smiley, T.L. and Zumberge, J.H., editors, Polar deserts and modern man. Tucson: University of Arizona Press, 23–31.
12.
Christie, R.L.1967: Reconnaissance of the surficial geology of northeastern Ellesmere Island, arctic archipelago. Geological Survey of Canada, Bulletin138.
13.
Crary, A.P.1960: Arctic ice island and ice shelf studies, part 2. Arctic13: 32–50.
14.
Dansgaard, W.S., Johnsen, J.J., Clausen, H.B. and Langway, C.C. Jr.1971: Climatic record released by the Camp Century ice core. In Turekian, K.K., editor, Late Cenozoic Glacial Ages. New Haven: Yale University Press, 37–56.
15.
Dyck, W. and Fyles, J.G.1963: Geological survey of Canada radiocarbon dates II. Radiocarbon5, 39–55.
16.
England, J. 1983: Isostatic adjustments in a full glacial sea. Canadian Journal of Earth Sciences20: 895–917.
17.
Blake, W. Jr.1985: The late Quaternary history of Hall Land, northwest Greenland. Canadian Journal of Earth Sciences22, 1394–408.
18.
Blake, W. Jr.1986: A paleoglaciation level for north-central Ellesmere Island, NWT, Canada. Arctic and Alpine Research18, 217–22.
19.
Blake, W. Jr.1987: Glaciation and the evolution of the Canadian high arctic landscape. Geology15, 419–24.
20.
Blake, W. Jr.1990: The late Quaternary history of Greely Fiord and its tributaries, west-central Ellesmere Island. Canadian Journal of Earth Sciences27, 255–70.
21.
England, J. and Bednarski, J.1986: Postglacial isobases from northern Ellesmere Island and Greenland: new data. Geographie Physique et QuaternaireXL, 299–305.
22.
England, J., Kershaw, L., LaFarge-England, C. and Bednarksi, J.1981: Northern Ellesmere Island: a natural resource inventory. Report to Parks Canada, Department of Geography, University of Alberta, 237p.
23.
Evans, D.J.A.1988: Glacial geomorphology and late Quaternary history of Phillips Inlet and the Wootton Peninsula, northwest Ellesmere Island, Canada. PhD thesis, University of Alberta.
24.
Evans, D.J.A.1989a: An early Holocene narwhal tusk from the Canadian high arctic. Boreas18, 43–50.
25.
Evans, D.J.A.1989b: The nature of glacitectonic structures and sediments at subpolar glacier margins, northwest Ellesmere Island, Canada. Geografiska Annaler71A, 113–23.
26.
Evans, D.J.A.1989c: Apron entrainment at the margins of subpolar glaciers, northwest Ellesmere Island, Canadian high arctic. Journal of Glaciology35, 317–24.
27.
Evans, D.J.A.1990: The last glaciation and relative sea level history of northwest Ellesmere Island, Canadian high arctic. Journal of Quaternary Science5, 67–82.
28.
Evans, D.J.A. and Lemmen, D.S.1987: Indicators of Holocene climatic change from Wootton Peninsula/Phillips Inlet and Marvin Peninsula/Disraeli Fiord, northern Ellesmere Island. Abstract, 12th INQUA International Congress, Ottawa: 163.
29.
Fisher, D.A. and Koerner, R.M.1980: Some aspects of climatic change in the high arctic during the Holocene as deduced from ice cores. In Mahaney, W.C., editor, Quaternary paleoclimate. Norwich: Geobooks, 249–71.
30.
Fisher, D.A. and Koerner, R.M.1983: Ice core study: a climatic link between the past, present and future. In Harington, C.R., editor, Climatic change in Canada, Syllogeus 49, National Museums of Canada, Ottawa: 50–69.
31.
Haggblom, A. 1982: Driftwood in Svalbard as an indicator of sea ice conditions. Geografiska Annaler64A, 81–94.
32.
Hattersley-Smith, G. 1963: The Ward Hunt Ice Shelf: recent changes in the ice front. Journal of Glaciology4, 415–24.
33.
Hattersley-Smith, G. 1969: Glacial features of Tanquary Fiord and adjoining areas of northern Ellesmere Island, NWT. Journal of Glaciology8, 23–50.
34.
Hattersley-Smith, G. and Serson, H.1970: Mass balance of the Ward Hunt ice rise and ice shelf: a ten year record. Journal of Glaciology9, 247–52.
35.
Hattersley-Smith, G., Crary, A.P. and Christie, R.L.1955: Northern Ellesmere Island, 1953 and 1954. Arctic8, 3–36.
36.
Hodgson, D.A.1985: The last glaciation of west-central Ellesmere Island, Arctic Archipelago, Canada. Canadian Journal of Earth Sciences22, 347–68.
37.
Jeffries, M.O.1987: The growth, structure and disintegration of arctic ice shelves. Polar Record23, 631–49.
38.
Jeffries, M.O. and Krouse, H.R.1984: Arctic ice shelf growth, fiord oceanography and climate. Zeitschrift für Gletscherkunde und Glazialgeologie20, 147–53.
39.
Kelly, M. 1980: The status of the neoglacial in western Greenland. Grønland Geologiske Undersøgelse Rapport96, 24p.
40.
King, L. 1983: Contribution to the glacial history of the Borup Fiord area, northern Ellesmere Island, NWT, Canada. In Schroeder-Lanz, H., editor, Late and Postglacial Oscillations of Glaciers. Rotterdam: Balkema, 305–23.
41.
Koenig, L.S., Greenaway, K.R., Dunbar, M. and Hattersley-Smith, G.1952: Arctic ice islands. Arctic5, 67–103.
42.
Koerner, R.M.1977a: Devon Island Ice Cap: core stratigraphy and paleoclimate. Science196, 15–18.
43.
Koerner, R.M.1977b: Ice thickness measurements and their implications with respect to past and present ice volumes in the Canadian high arctic ice caps. Canadian Journal of Earth Sciences14, 2697–2705.
44.
Koerner, R.M.1979: Accumulation, ablation and oxygen isotope variations on the Queen Elizabeth Island ice caps, Canada. Journal of Glaciology22, 25–41.
45.
Koerner, R.M. and Fisher, D.A.1985: The Devon Island ice core and the glacial record. In Andrews, J.T., editor, Quaternary environments: eastern Canadian arctic, Baffin Bay and west Greenland. London: Allen and Unwin, 309–27.
46.
Koerner, R.M. and Paterson, W.S.B.1974: Analysis of a core through the Meighen Ice Cap, Arctic Canada and its paleoclimatic implications. Quaternary Research4, 253–63.
47.
Koerner, R.M., Fisher, D.A. and Paterson, W.S.B.1987: Wisconsinan and pre-Wisconsinan ice thicknesses on Ellesmere Island, Canada: inferences from ice cores. Canadian Journal of Earth Sciences24, 296–301.
48.
Lemmen, D.S.1988: Glacial History of Marvin Peninsula, Northern Ellesmeré Island, and Ward Hunt Island. PhD thesis, University of Alberta.
49.
Koerner, R.M.1989: The last glaciation of Marvin Peninsula, northern Ellesmere Island, high arctic, Canada. Canadian Journal of Earth Sciences26, 2578–90.
50.
Koerner, R.M.1990: Glaciomarine sedimentation in Disraeli Fiord, high arctic Canada. Marine Geology94, 9–22.
51.
Lemmen, D.S., Evans, D.J.A. and England, J.1988: Canadian Landform Examples 10: ice shelves of northern Ellesmere Island. Canadian Geographer32, 363–67.
52.
Long, A. 1967: Age of trapped seawater at the bottom of Lake Tuborg, Ellesmere Island, NWT. Transactions of the American Geophysical Union48, 136.
53.
Lowdon, J.A. and Blake, W. Jr.1979: Geological Survey of Canada radiocarbon dates XIX. Geological Survey of Canada, Paper79-7, 58p.
54.
Lyons, J.B. and Mielke, J.E.1973: Holocene history of a portion of northernmost Ellesmere Island. Arctic26, 314–23.
55.
Miller, G.H., Bradley, R.S. and Andrews, J.T.1975: The glaciation level and lowest equilibrium line altitude in the Canadian high arctic: maps and climatic interpretation. Arctic and Alpine Research7, 155–68.
56.
Paterson, W.S.B., Koerner, R.M., Fisher, D.A., Johnsen, S.J., Dansgaard, W., Bucher, P. and Oescheger, H.1977: An oxygen isotope climatic record from the Devon Island ice cap, Arctic Canada. Nature266: 508–11.
57.
Peary, R.F.1907: Nearest the Pole. A narrative of the Polar Expedition of the Peary Arctic Club in the S.S. ‘Roosevelt’, 1905-1906. New York: Doubleday, Page and Co.
58.
Sagar, R.B.1962: Meteorological and glaciological studies: ice rise station, Ward Hunt Island, May to September 1960. Arctic Institute of North America, Research Paper24.
59.
Stewart, T.G.1988: Deglacial marine sediments from Clements Markham Inlet, Northern Ellesmere Island, Canada. PhD thesis, University of Alberta.
60.
Stewart, T.G. and England, J.1983: Holocene sea ice variations and paleoenvironmental change, northernmost Ellesmere Island, NWT, Cnada. Arctic and Alpine Research15, 1–17.
61.
Stewart, T.G. and England, J.1986: An early Holocene caribou antler from northern Ellesmere Island, Canadian arctic archipelago. Boreas15, 25–31.
62.
Stirling, I., Cleator, H. and Smith, T.G. 1981: Marine mammals. In Stirling, I. and Cleator, H., editors, Polynyas in the Canadian high arctic. Canadian Wildlife Service, Occasional Paper 45, 45-58.
63.
Trautman, M.A.1963: Isotopes Inc., radiocarbon measurements III. Radiocarbon5, 62–79.
64.
Volk, H.R.1980: Records of emergence around Ooblayah Bay and Neil Peninsula in connection with the Wisconsin deglaciation pattern, Ellesmere Island, NWT, Canada: a preliminary report. Polarforschung50, 29–44.
65.
Watts, S.H.1983: Weathering processes and products under arid arctic conditions. Geografiska Annaler65A, 85–98.
66.
Weidick, A, 1977: 14C dating of survey material carried out in 1976. Grønlands Geologiske Undersøgelse Rapport85, 127–29.
