Applied Geomorphology: Theory and Practice

With the expanding role of geomorphologists in decision making, particularly in the methodology and implementation of environmental impact assessment (EIA), applied geomorphology is increasing in importance.
Applied Geomorphology is divided into four sections: slopes & landslides, sediment transfer dynamics, hazards & risks, and coasts. It brings practical examples from around the world and shows how geomorphological evidence can help in effective land utilisation and hazard risk assessment.
Published as part of the International Association of Geomorphologists (IAG) series, it includes:
∗ Global case studies, providing important lessons in risk management
∗ Introductory sections written by an expert in the field, providing current research as a framework for the section
∗ An examination of the problems arising from inappropriate use of natural environmental and potential solutions
This book is a valuable reference for civil engineers and consultants, as well as postgraduates and researchers in the fields of Geomorphology, Geology, Civil Engineering, Environmental Science or Geography. It will be good supplementary reading for 2nd/3rd year undergraduates of geomorphology.

Spis treści:
Slopes and Landslides
1 –
Stability Analysis of Prediction Models for Landslide Hazard Mapping (Chung et al).
2 –
Geomorphology, stability analyses and stabilization works on the Montepiano Travertinous Cliff (Central Italy) (Alessandro et al).
3 –
Photogrammetric techniques for the investigation of the Corniglio landslide (Gentili et al).
4 –
Risk–prone lands in hilly regions. Mapping stages (Grecu).
5 –
Rates and mechanisms of change of hard rock steep slopes on the Colorado plateau, USA (Kimber et al).
6 –
Slope remodelling in areas exploited by skiers: case study of the northern Flysch slope of Pilkso Mountain, Polish Carpathian Mountains (Lajczak).
7 –
Effects of runoff characteristics on the frequency of slope failures in Soya Hills, Northern Japan (Tanaka and Agata).
Sediment Transfer Dynamics
Overview –
Sediment Tranfer Dynamics (Higgitt)
8 –
Pollutant transfer by erosion on two agricultural watersheds in Northern Parisian Basin (Angeliaume and Wicherek).
9 –
Fire intensity, runoff and sediment movement in eucalypt forest near Sydney, Australia (Drogovich and Morris).
10 –
Sediment associated Chernobyl 137Cs redistribution in the small basins of Central Russia (Gosolov and Ivanova).
11 –
Sources of river–suspended sediment after selected logging in a headwater basin (Kurashige).
12 –
Vertical redistibution of radio–caesium (137Cs) in an undisturbed organic soil of northeastern France (Mabit et al).
13 –
Weathering surveys in geomorphology: mapping examples from Sila Massif (Calabria, Italy) (Di Nocera and Matano).
14 –
Assessment of silting–up dynamics of 11 cut–off channel plugs on a free meandering river (the Ain river, France) (Piegay et al).
Hazard and Risk
Overview: Hazard and Risk (Chester)
15 –
The role of geomorphology in landscape ecology: the landscape unit map of Italy, scale 1:250000 (Amadio et al).
16 –
Estimation of the effects of slope map computing on shallow landslide hazard zonation. A case history in the Northern Appenines (Italy) (Casadei and Farabegoli).
17 –
Geomorphological risk assess ment for cultural heritage conservation (Catani et al).
18 –
Geomorphology and Environmental Impact Assessment in Relation to Dryland Agriculture (Conacher)
19 –
Contribution of quantative geomorphic analysis to the evaluation of geomorphological hazards: case study in Italy (Del Monte et al).
20 –
Geomorphological changes and hazard potential by eruption and debris discharge Unzen Volcano, Japan (Iwamoto).
Coasts
Overview: Using Geomorphology at the Coast (Reed)
21 –
Vertical ground movements in the eastern Po Plain (Bondeson et al).
22 –
Natural and anthropogenic factors affecting the recent evolution of Calabria beaches (Italy) (Alessandro et al).
23 –
Effects of Hurricane Roxanne on coastal geomorphology in southeastern Mexico (Palacio–Prieto and Ortiz–Peres).
24 –
Dunes generations and ponds on the coast of the Ceara State (North–east Brazil) (Claudino–Sales and Peulvast).

Okładka tylna:
With the expanding role of geomorphologists in decision making, particularly in the methodology and implementation of environmental impact assessment (EIA), applied geomorphology is increasing in importance.
Applied Geomorphology is divided into four sections: slopes & landslides, sediment transfer dynamics, hazards & risks, and coasts. It brings practical examples from around the world and shows how geomorphological evidence can help in effective land utilisation and hazard risk assessment.
Published as part of the International Association of Geomorphologists (IAG) series, it includes:
∗ Global case studies, providing important lessons in risk management
∗ Introductory sections written by an expert in the field, providing current research as a framework for the section
∗ An examination of the problems arising from inappropriate use of natural environmental and potential solutions
This book is a valuable reference for civil engineers and consultants, as well as postgraduates and researchers in the fields of Geomorphology, Geology, Civil Engineering, Environmental Science or Geography. It will be good supplementary reading for 2nd/3rd year undergraduates of geomorphology.