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  • SCHMIDT-KALLERT, E.
  • SCHMIDT-KALLERT, E., (Editeur scientifique)
  • SCHMIDT-KALLERT, E., (Editeur scientifique)
  • Rolf Dietrich Schmidt zum 65. Geburtstag. (A l'occasion du 65 anniversaire de Rolf Dietrich Schmidt)
  • Allemagne de l'Ouest ; Ecole géographique ; Histoire de la géographie ; Schmidt (R. D.)
  • The Schmidt Hammer in geomorphological research
  • Datation relative ; Géomorphologie ; Mécanique des roches ; Météorisation ; Recherche ; SCHMIDT (H.)
  • Evaluation de la contribution de Schmidt Hammer à la recherche géomorphologique : datation relative, résistance des roches et météorisation.
  • The Schmidt hammer, weathering and rock surface roughness
  • Here, careful measurement of the influence of weathering on rock surface texture is used to elucidate the relationships between weathering, roughness and Schmidt hammer rebound values.
  • The effect of surface texture on the determination of the surface hardness of rock using the Schmidt hammer
  • Dureté de la roche ; Géographie physique ; Marteau de Schmidt ; Météorisation ; Roche ; Technique de recherche
  • Measurement and calibration of weathering, using the Schmidt hammer, on wave washed moraines on the Upper Norrland Coast, Sweden
  • This paper presents the method used by the AA., exemplified by Schmidt hammer measurements on a raised boulder-beach in the Nordringa region on the Bothnian Bay coast, and some implications of the method. Several archaeological applications are also
  • Use of the Schmidt test hammer to detect enhanced boulder weathering under late-lying snowpatches
  • Evaluating the Schmidt hammer as a method for distinguishing the relative age of late Holocene moraines : Svellnosbreen, Jotunheimen, Norway
  • Datation ; Datation relative ; Holocène ; Marteau de Schmidt ; Moraine ; Norvège ; Norvège du Sud ; Petit âge glaciaire ; Quaternaire
  • Dating ; Holocene ; Little ice age ; Moraine ; Norway ; Quaternary ; Relative dating ; Schmidt hammer ; Southern Norway
  • The AA. used the Schmidt hammer to assess the relative exposure ages of previously dated Little Ice Age moraines deposited by Svellnosbreen glacier in Jotunheimen southern Norway. Schmidt hammer measurements were taken on moraine surfaces which have
  • been deglaciated for 79–259 years since the Little Ice Age, to reconstruct and date previous snout positions. Dating used a typical linear Little Ice Age age-calibration curve and the ages of unknown surfaces were predicted based on Schmidt hammer
  • measurements with the support of lichenometric dates. Calibrated ages exhibited potential dating errors of 63-103 years years, which were estimated using 95% confidence intervals associated with two control points based on moraines of known ages. Schmidt hammer