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- Action biogène ; Biogéographie ; Concept ; Croûte ferrugineuse ; Effet de limite ; Eolien ; Etats-Unis ; Géomorphologie ; Lisière forestière ; Niveau piézométrique ; North Carolina ; Paysage ; Propriétés du sol (1)
- Aeolian features ; Biogenic process ; Biogeography ; Concept ; Ferricrust ; Forest edge ; Geomorphology ; Landscape ; North Carolina ; Piezometric level ; Soil properties ; United States of America (1)
- Auto-organisation ; Chaos ; Concept ; Divergence ; Estuaire ; Etats-Unis ; Evolution du relief ; Géomorphologie ; Géométrie hydraulique ; Milieu humide ; Modèle ; North Carolina ; Paysage ; Végétation (1)
- Channel geometry ; Chaos ; Concept ; Divergence ; Estuary ; Geomorphology ; Humid environment ; Landform evolution ; Landscape ; Model ; North Carolina ; Self-organizing behaviour ; United States of America ; Vegetation (1)
- Chaos ; Concept ; Echelle spatiale ; Géomorphologie ; Série chronologique ; Technique de recherche (1)
- Chaos ; Concept ; Geomorphology ; Research technique ; Spatial scale ; Time series (1)
- Chaos ; Dynamique du paysage ; Echelle ; Géographie physique ; Méthodologie ; Théorie (1)
- Chaos ; Landscape dynamics ; Methodology ; Physical geography ; Scale ; Theory (1)
- Coastal plain ; North Carolina ; Pedogenesis ; Scale ; Soil ; Soil properties ; Spatial variation ; Taxonomy ; Terrace ; United States of America (1)
- Echelle ; Etats-Unis ; North Carolina ; Plaine côtière ; Propriétés du sol ; Pédogenèse ; Sol ; Taxonomie ; Terrasse ; Variation spatiale (1)
- Deterministic chaos and historical geomorphology : a review and look forward (1)
- Divergence, convergence, and self-organization in landscapes (1)
- Divergent evolution and the spatial structure of soil landscape variability (1)
- Edge effects in geomorphology (1)
- Methodology, scale, and the field of dreams (1)
- Methodology, scale, and the field of dreams
- of a landscape should be a starting point rather than a goal of geographic explanation. The extent to which field-testable hypotheses are generated, or explanations provided based on process mechanics or landscape history, will ultimately determine the utility
- on the basis of field-based geomorphology.
- for the divergent evolution observed in the field at very detailed scales. The state probability function (SPF), which measures spatial dependence for categorical environmental data along a transect, was applied to soil series mapped at a 1:24,000 scale. The older
- landscape boundaries : field-edge eolian ridges. It is important to recognize that landforms and processes along edges may not be representative of those in the adjacent landscapes.