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Par Collection Par Auteur- GIARDINO, J.R. (1)
- STARKEL, L., (Editeur scientifique) (1)
- BRACKMAN, P. (1)
- RIDENOUR, G.S. (1)
- ZEIDLER, R.B. (1)
- 1994 (3)
- Aménagement du littoral ; Baltique mer ; Changement global ; Effet de serre ; Erosion des sols ; Littoral ; Niveau marin ; Pologne ; Protection du littoral ; Risque naturel ; Variation climatique (1)
- Analyse discriminante ; Fluviatile ; Géométrie hydraulique ; Méthodologie ; Statistique (1)
- Baltic Sea ; Climatic variation ; Coastal environment ; Coastal management ; Coastal protection ; Global change ; Greenhouse effect ; Natural hazards ; Poland ; Sea level ; Soil erosion (1)
- Belgique ; Drainage ; Espagne ; Grèce ; Géomorphologie ; Méthodologie ; Pente de versant ; Système d'information géographique ; Topographie ; Turquie ; Versant (1)
- Belgium ; Drainage ; Geographical information system ; Geomorphology ; Greece ; Methodology ; Slope ; Slope gradient ; Spain ; Topography ; Turkey (1)
- Channel geometry ; Discriminant analysis ; Fluvial processes ; Methodology ; Statistics (1)
- Automatische extractie van topografische en geomorfologische variablen uit raster DEMs (1)
- Discriminant function analysis of compositional data: an example from hydraulic geometry (1)
- Extraction automatique des variables topographiques et géomorphologiques avec la méthode de raster DEM (1)
- Global change: polish perspectives (1)
- Polish Baltic coast: changes, hazards and management (1)
- Different routines are described to calculate derived variables from raster DEMs such as slope, slope length, upstream drainage area, thalwegs, watersheds, waterdivides, concavities, convexities,...Also a description of new developed routines
- 1994
- Compositional discriminant function analysis of bank stability on the basis of hydraulic geometry had a success rate of 88%, making routinely archived measurements of stream width, cross-sectional area, mean velocity, and discharge a readily
- 1994
- ) degradation due to extended landward penetration of sea water due to the accelerated sea level rise (ASLR). Long-term coastline change is analysed on the basis of routine topographic and bathymetric data collected. Assessment of coast vulnerability to ASLR has
- 1994