Andere Kunden interessierten sich auch für
![Erdbeobachtungsdaten und Geotechnologie für die Modellierung von Erdrutschen]( "Erdbeobachtungsdaten und Geotechnologie für die Modellierung von Erdrutschen")
Erdbeobachtungsdaten und Geotechnologie für die Modellierung von Erdrutschen35,90 €![Dados de observação da Terra e tecnologia geoespacial para modelagem de deslizamentos de terra]( "Dados de observação da Terra e tecnologia geoespacial para modelagem de deslizamentos de terra")
Dados de observação da Terra e tecnologia geoespacial para modelagem de deslizamentos de terra23,99 €![Dati di osservazione della Terra e tecnologia geospaziale per la modellizzazione delle frane]( "Dati di osservazione della Terra e tecnologia geospaziale per la modellizzazione delle frane")
Dati di osservazione della Terra e tecnologia geospaziale per la modellizzazione delle frane23,99 €![Dane z obserwacji Ziemi i technologia geoprzestrzenna do modelowania osuwisk]( "Dane z obserwacji Ziemi i technologia geoprzestrzenna do modelowania osuwisk")
Dane z obserwacji Ziemi i technologia geoprzestrzenna do modelowania osuwisk23,99 €![Geoinformatics and Modelling of Landslide Susceptibility and Risk]( "Geoinformatics and Modelling of Landslide Susceptibility and Risk")
Geoinformatics and Modelling of Landslide Susceptibility and Risk91,99 €![Petrography & Geochemistry of the lower Konkiep Terrane, Namibia]( "Petrography & Geochemistry of the lower Konkiep Terrane, Namibia")
Petrography & Geochemistry of the lower Konkiep Terrane, Namibia27,99 €![Sequence Stratigraphy Depositional Env & HC Potential of Semliki Basin]( "Sequence Stratigraphy Depositional Env & HC Potential of Semliki Basin")
Sequence Stratigraphy Depositional Env & HC Potential of Semliki Basin47,99 €
Landslide modeling and its risk analysis is a crucial task for disaster management. It has higher significance in the post-disaster resilience planning and development, especially for Himalayan mountainous terrain. In this study, earth observation data and advanced geospatial technology were used for landslide susceptibility mapping and subsequent risk analysis from Gourikund to Kedarnath region, Rudraprayag District, Uttarakhand India. Numerical simulation technique was used to frame out the run-out zone of debris flow through RAMMS (Rapid Mass Movement) modeling.