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Par Collection Par Auteur- DROZDOWSKI, E. (2)
- GLAZOVSKY, A., (Editeur scientifique) (1)
- JAHN, A., (Editeur scientifique) (1)
- KOTLYAKOV, V.M., (Editeur scientifique) (1)
- USHAKOV, A., (Editeur scientifique) (1)
- China ; Dating ; Deglaciation ; Glacial features ; Kame ; Moraine ; Mountain ; Palaeogeography ; Piedmont ; Quaternary ; Thermoluminescence ; Tibet (1)
- China ; Deglaciation ; Glacial landform ; Glaciation ; Holocene ; Kame ; Piedmont ; Quaternary ; Terrace (1)
- Chine ; Datation ; Déglaciation ; Glaciaire ; Kame ; Montagne ; Moraine ; Paléogéographie ; Piedmont ; Quaternaire ; Thermoluminescence ; Tibet (1)
- Chine ; Déglaciation ; Glaciation ; Holocène ; Kame ; Kunlun ; Modelé glaciaire ; Piedmont ; Pléistocène supérieur ; Quaternaire ; Terrasse (1)
- Deglaciation of the northern foothills in the East Kunlun Mts (1)
- Glaciers - ocean - atmosphere interactions (1)
- On late Quaternary glaciation of the foothill area of the East Kunlun Mountains, West China (1)
- Polish geographical investigations in different climato-geomorphological zones. Special issue (1)
- Results of field investigations at the northern foot of East Kunlun Mts. as well as the known so far literature data allowed a reconstruction to be made of the history and type of glaciation and deglaciation of this area during the Late Pleistocene
- that local deglaciation of the investigated foot of the East Kunlun Mts took place early in the Holocene, around 8 000 years BP.
- Kame terraces recognized at the northern foot of East Kunlun Mts allowed the reconstruction of glaciation and deglaciation of this area during the Late Pleistocene and Holocene. The deglaciation took place late in the early Holocene, around 8000