Add to ORKGA study of tsunami impact was undertaken along India’s Karaikal coast from Poovam in Karaikal to Nagore, Nagapatinam. An integrated approach was adopted for the preparation of thematic maps on land use, land cover and coastal geomorphology using multispectral remote sensing data. RTK GPS instruments were used for the collection of topographic data with contour intervals of 0.5m. The GIS tool was used to incorporate the elevation data, the extent of tsunami inundation and the thematic maps derived from remote sensing data. The present study highlights the most vulnerable areas of tsunami inundation and provides demarcations of suitable sites for rehabilitation
Effects of Medu (naturally elevated landmass very close to the seashore and elongated parallel to th...
The December 26, 2004 Sumatra earthquake’s epicenter was 163 kms away from Great Nicobar, the southe...
The threat of tsunami on the coastal region of Bangladesh has emerged after the Great Indian Ocean e...
Abstract. Tsunami impact study has been undertaken along Chennai coast starting from Pulicat to Kova...
ABSTRACTA quake-triggered tsunami lashed the Nagapattinam coast of southern India on December 26, 20...
On 26 December 2004, a tsunami severely affected almost all the coastal villages of Kanyakumari Dist...
A quake-triggered tsunami lashed the Nagapattinam coast of southern India on December 26, 2004 at ar...
Tsunami impact study has been undertaken along Chennai coast starting from Pulicat to Kovalam. The s...
Abstract — Coastal zones are more prone to natural disaster better management strategies and disaste...
The present study is based on the post tsunami survey conducted in January 2005 along the southwest ...
The present study is based on the post tsunami survey conducted in January 2005 along the southwest ...
Pondicherry located on the southeast coast of India was largely affected by the 26 Dec 2004 tsunami....
10.1109/IGARSS.2006.81International Geoscience and Remote Sensing Symposium (IGARSS)297-300IGRS
Abstract A tsunami is a natural coastal hazard generated in the deep ocean as a result of an earthqu...
The current study area is coastal zone of Cuddalore, Pondicherry and Villupuram districts of the Tam...
Effects of Medu (naturally elevated landmass very close to the seashore and elongated parallel to th...
The December 26, 2004 Sumatra earthquake’s epicenter was 163 kms away from Great Nicobar, the southe...
The threat of tsunami on the coastal region of Bangladesh has emerged after the Great Indian Ocean e...
Abstract. Tsunami impact study has been undertaken along Chennai coast starting from Pulicat to Kova...
ABSTRACTA quake-triggered tsunami lashed the Nagapattinam coast of southern India on December 26, 20...
On 26 December 2004, a tsunami severely affected almost all the coastal villages of Kanyakumari Dist...
A quake-triggered tsunami lashed the Nagapattinam coast of southern India on December 26, 2004 at ar...
Tsunami impact study has been undertaken along Chennai coast starting from Pulicat to Kovalam. The s...
Abstract — Coastal zones are more prone to natural disaster better management strategies and disaste...
The present study is based on the post tsunami survey conducted in January 2005 along the southwest ...
The present study is based on the post tsunami survey conducted in January 2005 along the southwest ...
Pondicherry located on the southeast coast of India was largely affected by the 26 Dec 2004 tsunami....
10.1109/IGARSS.2006.81International Geoscience and Remote Sensing Symposium (IGARSS)297-300IGRS
Abstract A tsunami is a natural coastal hazard generated in the deep ocean as a result of an earthqu...
The current study area is coastal zone of Cuddalore, Pondicherry and Villupuram districts of the Tam...
Effects of Medu (naturally elevated landmass very close to the seashore and elongated parallel to th...
The December 26, 2004 Sumatra earthquake’s epicenter was 163 kms away from Great Nicobar, the southe...
The threat of tsunami on the coastal region of Bangladesh has emerged after the Great Indian Ocean e...