Jökull - 01.01.2009, Blaðsíða 32

A. A. Beylich
1999. Final Report LAPP, Land Arctic Physical Pro-
cesses. Wallingford, UE, Contract No ENU4-CT95-
0993, 134 pp.
Louvat, P., S. R. Gislason and C. J. Allègre 2008. Chemi-
cal and mechanical erosion rates in Iceland as deduced
from river dissolved and solid material. American J.
Science 308, 679–726.
Lozinski, von W. 1909. Über die mechanische Verwit-
terung der Sandsteine im gemässigten Klima. Bull. Int.
L’Académie des Sciences de Cracovie, classe des Sci-
ences Mathematiques et Naturales 1, 1–25.
Lozinski, von W. 1912. Die periglaziale Facies der mech-
anischen Verwitterung. C. R. XI Congr. Int. Geologie,
Stockholm 1910, 1039–1053.
Okko, V. 1960. Kivennäismaalajit. Atlas of Finland. Geo-
graphical Soc. Finland, Helsinki, 162 pp.
Peltier, L. C. 1950. The geographic cycle in periglacial re-
gions as it is related to climatic geomorphology. Assoc.
Am. Geogr. Ann. Meeting Abstr. 40, 214–236.
Rapp, A. 1960. Recent development of mountain slopes in
Kärkevagge and surroundings, northern Scandinavia.
Geografiska Annaler 42, 71–200.
Thorn, C. E. 1975. Influences of late-lying snow on rock
weathering rinds. Arctic, Antarctic and Alpine Re-
search 7, 373–378.
Thorn, C. E., R. G. Darmody, J. C. Dixon and P. Schlyter
2001. The chemical weathering regime of Kärke-
vagge, Arctic-Alpine Sweden. Geomorphology 41,
37–52.
Vakkilainen, P. 1986. Haihdunta. In: Mustonen, S. (Ed.).
Sovellettu hydrologia. Mänttä, Finland: Mäntän Kir-
japaino Oy, 64–79.
32 JÖKULL No. 59