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Thulasiraman Natarajan
Thulasiraman Natarajan
Centre for Earth Sciences, Indian Institute of Science
在 ceas.iisc.ernet.in 的电子邮件经过验证
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Seismotectonics of the April–May 2015 Nepal earthquakes: An assessment based on the aftershock patterns, surface effects and deformational characteristics
RM Parameswaran, T Natarajan, K Rajendran, CP Rajendran, R Mallick, ...
Journal of Asian Earth Sciences 111, 161-174, 2015
562015
Shoreline change analysis of Vedaranyam coast, Tamil Nadu, India
U Natesan, N Thulasiraman, K Deepthi, K Kathiravan
Environmental monitoring and assessment 185, 5099-5109, 2013
542013
The 18 September 2011, North Sikkim earthquake
K Rajendran, CP Rajendran, N Thulasiraman, R Andrews, N Sherpa
Current Science, 1475-1479, 2011
482011
Short-term desalination of Pulicat lagoon (Southeast India) due to the 2015 extreme flood event: insights from Land-Ocean Interactions in Coastal Zone (LOICZ) models
H Santhanam, T Natarajan
Ecological processes 7, 1-13, 2018
192018
Estimates of site response based on spectral ratio between horizontal and vertical components of ambient vibrations in the source zone of 2001 Bhuj earthquake
T Natarajan, K Rajendran
Journal of Asian Earth Sciences 98, 85-97, 2015
122015
Landslide characterization using active and passive seismic imaging techniques: a case study from Kerala, India
FJ Chávez-García, T Natarajan, M Cárdenas-Soto, K Rajendran
Natural Hazards 105, 1623-1642, 2021
112021
Exploring a near‐surface subsidence over a rehabilitated underground mine through ambient seismic noise tomography in combination with other geophysical methods
M Cárdenas‐Soto, D Escobedo‐Zenil, A Tejero‐Andrade, M Nava‐Flores, ...
Near Surface Geophysics 18 (5), 483-495, 2020
92020
Microearthquake activity near the Idukki Reservoir, south India: A rare example of renewed triggered seismicity
K Rajendran, N Thulasiraman, K Sreekumari
Engineering Geology 153, 45-52, 2013
92013
Site responses based on ambient vibrations and earthquake data: a case study from the meizoseismal area of the 2001 Bhuj earthquake
T Natarajan, K Rajendran
Journal of Seismology 21, 335-347, 2017
82017
The 11 March 2011 Tohoku (Sendai), Japan earthquake
K Rajendran, V Andrade, N Thulasiraman, CP Rajendran
Current Science (Bangalore) 100 (7), 966-969, 2011
72011
Ambient noise tomography of the Popocatépetl volcano using the principal Green tensor components
M Cárdenas-Soto, TA Reyes-Pimentel, J Tago, T Natarajan
Journal of Seismology 25 (4), 1089-1102, 2021
22021
Empirical Mode Decomposition of Strong Motion Records Proves Useful for the Source and Site Characteristics of Energy Distribution of Earthquake
N Chauhan, T Natarajan, K Rajendran
AGU Fall Meeting Abstracts 2018, S31F-0580, 2018
2018
On the Source Characteristics of Inter and Intraplate Earthquakes in the Japanese Trench: A Joint Study of Teleseismic Waveform Models and Strong Motion Spectrograms
A Chatterjee, T Natarajan, K Rajendran
AGU Fall Meeting Abstracts 2018, S33E-0636, 2018
2018
Seismic Site Response Evaluation Using Ambient Vibrations And Earthquakes: Applications in Active And Vulnerable Regions with Emphasis on the 2001 Bhuj (India) Earthquake
T Natarajan
G27570, 2017
2017
Investigating H/V Spectrum of Ambient Noise at Liquefaction Sites Using Shallow Vs Profiles from MASW
T Natarajan, K Rajendran, CC Rajendran, B John
AGU Fall Meeting Abstracts 2013, NS21A-1564, 2013
2013
Shoreline change analysis of Vedaranyam coast, Tamil Nadu, India.
UN Usha Natesan, N Thulasiraman, K Deepthi, K Kathiravan
2013
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