A 1:50,000-scale geomorphological map of the Adige/Etsch River valley bottom (NE Italy) is presented. The study area is 115 km long, and it extends between the villages of Merano/ Meran and Calliano, including also the terminal segments of 9 major tributaries of the Adige River. Presently, the Adige shows a sinuous to straight morphology owing to massive channelization occurred during the nineteenth century. Fluvial geomorphological features have been mapped through a detailed-scale comparative multi-temporal analysis carried out on several historical maps dating since the eighteenth century, previous thematic maps, geological maps of the Italian ‘CARG’ project, orthophotos (2011) and high – resolution DEMs. The map shows the active river c...
A 1:20,000-scale geomorphologic map of the valley floor system of the Biferno River (Molise Region,...
A multi-temporal and multi-scale analysis based on historical data collection and review, maps and a...
Channel changes are receiving growing interest in relation to the relevant implications for river ma...
A 1:50,000-scale geomorphological map of the Adige/Etsch River valley bottom (NE Italy) is presented...
River channel management within the last centuries has largely modified fluvial processes and morpho...
The Adige River drains 12 200km2 of the Eastern Alps and flows for 213km within this mountain range....
The Adige River drains 12 200km2 of the Eastern Alps and flows for 213km within this mountain range....
A detailed, quantitative, multitemporal analysis of historical maps, aerial photos, and satellite im...
The present study explores the evolutionary trajectory of the glacier-fed Mareit River (South Tyrol,...
In the 50th year anniversary of the November 1966 Adige river flood, which hit at the same time Flor...
This paper deals with channel evolution over the past 200 yr in 12 selected streams in northern and ...
In the 50th year anniversary of the November 1966 Adige river flood, which hit at the same time Flor...
International audienceTo date, no survey on the diverse channel patterns existing prior to the major...
Multi-temporal GIS analysis of topographic maps and aerial photographs along with topographic and ge...
This work investigates the channel changes of Alpine rivers from the end of the Little Ice Age (1850...
A 1:20,000-scale geomorphologic map of the valley floor system of the Biferno River (Molise Region,...
A multi-temporal and multi-scale analysis based on historical data collection and review, maps and a...
Channel changes are receiving growing interest in relation to the relevant implications for river ma...
A 1:50,000-scale geomorphological map of the Adige/Etsch River valley bottom (NE Italy) is presented...
River channel management within the last centuries has largely modified fluvial processes and morpho...
The Adige River drains 12 200km2 of the Eastern Alps and flows for 213km within this mountain range....
The Adige River drains 12 200km2 of the Eastern Alps and flows for 213km within this mountain range....
A detailed, quantitative, multitemporal analysis of historical maps, aerial photos, and satellite im...
The present study explores the evolutionary trajectory of the glacier-fed Mareit River (South Tyrol,...
In the 50th year anniversary of the November 1966 Adige river flood, which hit at the same time Flor...
This paper deals with channel evolution over the past 200 yr in 12 selected streams in northern and ...
In the 50th year anniversary of the November 1966 Adige river flood, which hit at the same time Flor...
International audienceTo date, no survey on the diverse channel patterns existing prior to the major...
Multi-temporal GIS analysis of topographic maps and aerial photographs along with topographic and ge...
This work investigates the channel changes of Alpine rivers from the end of the Little Ice Age (1850...
A 1:20,000-scale geomorphologic map of the valley floor system of the Biferno River (Molise Region,...
A multi-temporal and multi-scale analysis based on historical data collection and review, maps and a...
Channel changes are receiving growing interest in relation to the relevant implications for river ma...