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- > Loess-paleosol and paleoclimatic investigations. Principles, methods and criteria (supprimer)
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Par Collection Par Auteur- PÉCSI, M., (Editeur scientifique) (4)
- CSIKÓS-HARTYÁNI, Z. (1)
- NEMECZ, E. (1)
- ZELIKSON, E.M. (1)
- ZHENZHONG ZHANG (1)
- ZHU ZHAOYU (1)
- 1995 (4)
- Bassin-versant ; Chine ; Datation ; Huanghe ; Loess ; Méthodologie ; Paléogéographie ; Paléosol ; Quaternaire ; Variation climatique (1)
- Catastrophe ; China ; Earthquake ; Forecast ; Loess ; Mass movement ; Slope ; Slope dynamics (1)
- Catastrophe ; Chine ; Dynamique de versant ; Loess ; Mouvement de masse ; Ningxia ; Prévision ; Séisme ; Versant (1)
- China ; Climatic variation ; Dating ; Huang He ; Loess ; Methodology ; Palaeogeography ; Palaeosol ; Quaternary ; Watershed (1)
- European part of Russia ; Loess ; Palaeo-environment ; Palaeobotany ; Palaeoclimate ; Palynology ; Quaternary ; Russia ; Steppe ; Taxonomy (1)
- Grain size distribution ; Mineralogy ; Palaeosol ; Pedogenesis ; Soil ; Soil properties (1)
- Granulométrie ; Minéralogie ; Paléosol ; Propriétés du sol ; Pédogenèse ; Sol (1)
- Loess ; Palynologie ; Paléo-environnement ; Paléoclimat ; Paléoflore ; Quaternaire ; Russie ; Russie d'Europe ; Steppe ; Taxonomie (1)
- Loess-paleosol and paleoclimatic investigations. Principles, methods and criteria (4)
- A loess-paleosol dating method (1)
- Geological disasters in loess areas during the 1920 Haiyuan earthquake, China (1)
- Methodology of loess palynology (1)
- Processes in soils and paleosoils. A new method for the study of weathering (1)
- Dynamic characteristics of loess landslides of seismic origin and an approach for predicting landslide in loess are presented. Subsidence of seismic origin in loess is described.
- to the mineral's origin and can be used as a source of information when soil-forming processes are studied.
- Basic climatic indexes for loess deposits may be determined by the floristic method of palaeoclimatic reconstruction. Spectra of loess pollen are selective, thus may or may not reflect adequately the original composition of the vegetation. In order
- Based on the non-diachronic nature of loess-paleosol sequences, a paleosol dating method is suggested. The origin of the modern Yellow River drainage system is studied. Correlation of loess, paleosol, and aquatic sediment sequences of China