Data presented in Iverson and Prasad (2007), Using landscape analysis to assess and model tsunami damage in Aceh province, Sumatra. Landscape Ecology 22: 323–331 do not justify their conclusion that tree belts provided an effective defence against the Indian Ocean tsunami in Aceh, Indonesia. The mitigation hypothesis is not explicitly tested, and their modelling approach to predict areas susceptible to tsunami damage ignores many variables known to be important in the area studied
The paper by M Lichter and D Felsenstein (2012) presents a framework for assessing the costs of sea-...
In the aftermath of the Indian Ocean Tsunami disaster in 2004, the protection offered by coastal ve...
We assessed the effects of the tsunami on seaweeds and segrasses communities at Talibong island and ...
Kerr, we emphasize that our model is a generalized vulnerability model, built from easily acquired d...
In a paper published recently in the journal Estuarine, Coastal and Shelf Science, Kathiresan and R...
In a recent paper in the International Journal of Remote Sensing, Olwig et al. (2007) present a comp...
This is a contribution to the discussion on the potential mitigating effect of mangroves to tsunami ...
Abstract The nearly unprecedented loss of life resulting from the earthquake and tsunami of December...
The 2004 Indian Ocean tsunami drastically altered the coastal zone of Aceh, Indonesia. Tsunami induc...
Villages at Indonesian coast have extremely terrible records of vanishing due to tsunamis impact. Ma...
[Extract] 4.1 Background\ud \ud Even four years after the Indian Ocean tsunami, one of the most wide...
The recent events of the Indian Ocean 2004 and the Tohoku-Oki 2011 have brought to the fore the haza...
Tsunami has changed the landscape of the area, the environmental order (spatial planning), and the s...
[著者版]Electronic version of an article published as Journal of Earthquake and Tsunami (JET) Year: 200...
SummaryThe Sumatra-Andanaman tsunami was one of the greatest natural disasters in recorded human his...
The paper by M Lichter and D Felsenstein (2012) presents a framework for assessing the costs of sea-...
In the aftermath of the Indian Ocean Tsunami disaster in 2004, the protection offered by coastal ve...
We assessed the effects of the tsunami on seaweeds and segrasses communities at Talibong island and ...
Kerr, we emphasize that our model is a generalized vulnerability model, built from easily acquired d...
In a paper published recently in the journal Estuarine, Coastal and Shelf Science, Kathiresan and R...
In a recent paper in the International Journal of Remote Sensing, Olwig et al. (2007) present a comp...
This is a contribution to the discussion on the potential mitigating effect of mangroves to tsunami ...
Abstract The nearly unprecedented loss of life resulting from the earthquake and tsunami of December...
The 2004 Indian Ocean tsunami drastically altered the coastal zone of Aceh, Indonesia. Tsunami induc...
Villages at Indonesian coast have extremely terrible records of vanishing due to tsunamis impact. Ma...
[Extract] 4.1 Background\ud \ud Even four years after the Indian Ocean tsunami, one of the most wide...
The recent events of the Indian Ocean 2004 and the Tohoku-Oki 2011 have brought to the fore the haza...
Tsunami has changed the landscape of the area, the environmental order (spatial planning), and the s...
[著者版]Electronic version of an article published as Journal of Earthquake and Tsunami (JET) Year: 200...
SummaryThe Sumatra-Andanaman tsunami was one of the greatest natural disasters in recorded human his...
The paper by M Lichter and D Felsenstein (2012) presents a framework for assessing the costs of sea-...
In the aftermath of the Indian Ocean Tsunami disaster in 2004, the protection offered by coastal ve...
We assessed the effects of the tsunami on seaweeds and segrasses communities at Talibong island and ...