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CONTENTS:-
1. Pleistocene earth movements in peninsular India-evidences from landsat MSS and thematic mapper data/SM. Ramasamy, S. Panchanathan and R. Palanivelu.
2. Remote sensing and Pleistocene tectonics of southern Indian peninsula/SM. Ramasamy and S. Balaji.
3. Evidences of neotectonism along coromandel coast of Tamil Nadu, using IRS data/SM. Ramasamy, S. Balaji, V. Venkatasubramanian and M.A. Paul.
4. Pleistocene / Holocene Graben along Pondicherry-Cumbum Valley, Tamil Nadu, India/SM. Ramasamy and N. Karthikeyan.
5. Neotectonic controls on the migration of Sarasvati river of the great Indian desert/SM. Ramasamy.
6. Eyed drainages observed in IRS imagery in Tamil Nadu, India and their geological significance/SM. Ramasamy and C.J. Kumanan.
7. Fluvial anomalies and neotectonics of western ghats, Tamil Nadu, India/C.J. Kumanan and SM. Ramasamy.
8. Aid of remote sensing in fluvial geomorphic mapping/SM. Ramasamy and M.A. Paul.
9. Remote sensing and river migration in western India/SM. Ramasamy, P.C. Bakliwal and R.P. Verma.
10. Remote sensing of river migration in Tamil Nadu/SM. Ramasamy.
11. The phenomenon of river migration in northern Tamil Nadu evidence from satellite data, archaeology and Tamil literature/SM. Ramasamy, V. Venkatasubramanian, S. Riaz Abdullah and S. Balaji.
12. A remote sensing study of river deltas of Tamil Nadu/SM. Ramasamy.
13. Detection of submarine delta along Madras coast, India, using IRS imagery/SM. Ramasamy.
14. Morpho-tectonic evolution of east and west coasts of Indian peninsula/SM. Ramasamy.
15. Tectonic and geomorphic evolution of west coast along Mangalore-Cape Comorin sector, India/SM. Ramasamy.
16. Remote sensing and certain challenging coastal engineering geological problems of Tamil Nadu coast, India/SM. Ramasamy.
17. Rapid land building activity along Vedaranniyam coast and its possible implications/SM. Ramasamy, D. Ramesh, M.A. Paul, Sheela Kusumgar, M.G. Yadava, A.R. Nair, U.K. Sinha and T.B. Joseph.
18. Temporal changes in land-water distribution pattern during 1930-1993 along the coromandel coast of Tamil Nadu, India, and its significance/SM. Ramasamy and D. Ramesh.
19. Marine environment modelling using thematic mapper data/SM. Ramasamy.
20. IRS-IA imagery senses some rapidly building islands along east coast of Tamil Nadu/SM. Ramasamy, S. Aruchamy and D. Ramesh.
21. GIS based visualisation of land-ocean interactive phenomenon along Vedaranniyam coast, Tamil Nadu, India/SM. Ramasamy and R. Ravikumar.
22. Tectonically induced environmental problems on and off Pondicherry coast, Tamil Nadu, India-a vision through remote sensing/SM. Ramasamy, E.B. Joyce and Ian Bishop.
23. Landslides and quaternary tectonics of South India/SM. Ramasamy. |
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DESCRIPTION |
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| Geomorphology is the study of external landscape/architecture of the earth's crust which stands as a testimony not only for the palaeo morphotectonic and morpho-dynamic activities but also the present day geological processes as well, thus making geomorphology significant in understanding the hierarchical evolution of the earth and related resources, environment/ecosystems and disaster proneness. With remote sensing deepening its roots in all fields, the scope of geomorphology too has phenomenally widened as fabrication and animation of modern geologic / geomorphic processes are being easily done by remote sensing. Dr. S.M. Ramasamy, Director, Centre for Remote Sensing and Coordinator, School of Geosciences, Bharathidasan University (BARD), Tiruchirapalli (T.N) has an experience of over 34 years in the yield of Remote Sensing (including over 10 years in geospatial technology) in the domain of Earth System Dynamics and related natural resources, environment and natural disasters. He started his career as Hydrogeologist in 1971 and succeeded to become professor in School of Earth Sciences and founder Director of Centre for Remote Sensing, Bharathidasan University. Owing to his unique blend of expertise in field based research and in academics, he has evolved many innovative programmes in Remote Sensing and Geospatial technology. He has carried out a large number of sponsored research projects in his above area of specilisation, funded by National and International agencies. He has about 7 books / edited volumes and 255 scientific papers in journals and conferences of National and International repute to his credit. He played a pivotal role in seedling the science of Remote Sensing in college and university systems by conducting over 30 training programs for the academicians under the funding of UGC and department of space. |
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