West coast of India is a narrow and linear, a portion from Bombay to Goa in this track is known as Konkan coast. Remotely Sensed geocoded data from IRS-1B has the potentiality in identification of localized patches of change in environmental parameters, which includes changes in lineament pattern, vegetation anomaly, rock debris and occurrence of landslides. Ground protuberances in this terrain are important surface manifestations of probable seismic activity. In these areas quaquaversal drainage pattern is inferred. Landslides are also expected in places near NH-17 (National Highway — 17) which may affect the socio-economic scenario of area. Alternate highway alignment is planned based on least hazard potentiality of the terrain. Weathered Basalts inferred, near the bank of Amba river, were not recommended for tunnel construction. Anomalous clay patches need more care for road construction. Inferred joints, fractures and faults were found in some places which were marked as hazardous locations. Some areas were marked hazardous for road construction due to the presence of palaeochannels but the same were marked as potential areas for ground water exploration.
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Adyalkar P G and Mani V S (1974). Application of ground water hydraulics to basaltic water table aquifer J. Hydrology, 21: 211–218.
Deolankar S B (1980). The Deccan basalts of Maharashtra, India — Their potential as aquifer. Ground water, 18(4): 434–437.
Gibowicz S J (1974). Two earthquake swarms on the Kermadec ridge, New Zealand. J. Geol. Geophys., 17:913–927.
Indian Society of Earthquake Engineering. (1983). Catalogue of earthquakes in India and neighbourhood — Historical upto 1979. Unpublished report, Roorkee University.
Kellis-Borok V I, Knopoff L, Rotwain I M and Siderenko T M (1978). Bursts of seismicity as long term precursors of strong earthquakes. In: Proc. Conf. VI Methodology for identifying seismic gaps and soon to break gaps, held at Moscow from December 6–12, 1978, pp 351–386.
Mukherjee S (1997a). Re-evaluation of Seismogeníc potentiality of Delhi-Rohtak area using Remote Sensing and Seismological data. Unpublished DST project report, Remote sensing Applications. School of Environmental Sciences, J.N.U. New Delhi.
Mukherjee S (1997b). Applications of Remote Sensing techniques in microzonation of active fault areas in a part of Delhi, India. Remote Sensing for Environmental Management. (Iqbal. H. Khan and Shamshad Ahmad, editors), Venus Publishing House, New Delhi, pp 120–122.
Mukherjee S (1990). Land subsidence in Middle Andaman A case study. J. Hydrology, 13 (3): 150–156.
Nagarajan R (1995). Studies on areasaffected by landslides using remotely sensed and ancillary data. Unpublished DST project report, CSRE, IIT, Bombay. Pal D (1993). Indian subcontinent is splitting, warns scientist. October 7th, 1993, Indian Express, vol. LXXIX No. 335.
Srivastava H N and Dubey R K (1996). Comparison of precursory and non-precursory swarm activity in peninsular India. Tectonophysics, 265:327–339.
Trifonov V G (1993). Seismotectonics and Remote Sensing Berliner geowiss, Abh., D(5): 73–87.
U. S. Geological Survey Earthquake Data base. (1998). National Earthquake Information Centre, World Data Center A for Seismology (Geologic Hazards). Earthquake search results from Internet-http:wwwneic.cr.usgs.gov/cgi-bin/epic/maintained by Madeleine Zirbes email@example.com)
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Mukherjee, S. Microzonation of seismic and landslide prone areas for alternate highway alignment in a part of western coast of India using remote sensing techniques. J Indian Soc Remote Sens 27, 81–90 (1999). https://doi.org/10.1007/BF02990804
- Land Subsidence
- Tunnel Construction
- State Highway
- Active Fault Zone
- Richter Scale