Abstract Lahars accelerate the geomorphological evolution of the channels during or after a volcanic event. This phenomenon was observed and monitored in the Boyong Valley (Java, Indonesia), which channelled block-and-ash pyroclastic flows from Merapi volcano on 22/11/1994. Retention dams allowed us to carry out a morphometric study of the channel, which was updated after each lahar event. The capacity of the dams was sufficient to allow the totality of the volcaniclastic sediments to be trapped after the first rainy season following the eruption. The lahars progressively reduced the riverbed gradient and the sinuosities of the Boyong channel. Sixty percent of the pyroclastic material was removed within the six months following the Merapi d...
Lahar has been applied as a general term for rapidly flowing, high-concentration, poorly sorted sedi...
AbstractThe 26 October-23 November 2010, eruption is Merapi's largest event (VEI 4) over the past 14...
The Merapi volcano in Indonesia has previously been studied in various fields as a typical active vo...
Abstract Lahars accelerate the geomorphological evolution of the channels during or after a volcanic...
Merapi Volcano in Central Java, Indonesia, has a high eruption intensity that triggers landscape cha...
This research aims to identify the morphological changes in Gendol river, Merapi volcano. After the ...
Merapi is an almost persistently active basalt to basaltic andesite volcanic complex in Central Java...
This PhD dissertation focuses on lahar-prone areas on the slopes of Merapi volcano, where boulders a...
Borobudur basin is located in Central Java (Indonesia), 30 km to the North of Yogyakarta City. The b...
A series of pristine block-and-ash flow deposits from the May–June 2006 eruption of Merapi represent...
Merapi, an andesitic volcanic complex in Central Java, is one of the most frequently erupting volcan...
Merapi, an andesitic volcanic complex in Central Java, is one of the most frequently erupting volcan...
Nuées ardentes associated with dome collapse on 22 November 1994, at Merapi volcano traveled to the ...
Lahar has been applied as a general term for rapidly flowing, high-concentration, poorly sorted sedi...
AbstractThe 26 October-23 November 2010, eruption is Merapi's largest event (VEI 4) over the past 14...
The Merapi volcano in Indonesia has previously been studied in various fields as a typical active vo...
Abstract Lahars accelerate the geomorphological evolution of the channels during or after a volcanic...
Merapi Volcano in Central Java, Indonesia, has a high eruption intensity that triggers landscape cha...
This research aims to identify the morphological changes in Gendol river, Merapi volcano. After the ...
Merapi is an almost persistently active basalt to basaltic andesite volcanic complex in Central Java...
This PhD dissertation focuses on lahar-prone areas on the slopes of Merapi volcano, where boulders a...
Borobudur basin is located in Central Java (Indonesia), 30 km to the North of Yogyakarta City. The b...
A series of pristine block-and-ash flow deposits from the May–June 2006 eruption of Merapi represent...
Merapi, an andesitic volcanic complex in Central Java, is one of the most frequently erupting volcan...
Merapi, an andesitic volcanic complex in Central Java, is one of the most frequently erupting volcan...
Nuées ardentes associated with dome collapse on 22 November 1994, at Merapi volcano traveled to the ...
Lahar has been applied as a general term for rapidly flowing, high-concentration, poorly sorted sedi...
AbstractThe 26 October-23 November 2010, eruption is Merapi's largest event (VEI 4) over the past 14...
The Merapi volcano in Indonesia has previously been studied in various fields as a typical active vo...