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PUBLICATIONS
1. A New Find of Possible Gondwana and Proterozoic Sediments in East
Coast Collisional Zone Adjacent to Cuddapah Basin, South Indian
Shield: Seismic Perspective (2015). K.Chandrakala,O.P.Pandey and
Sesha Sai. Submitted to Pure and Applied Geophysics (2015)
2. Seismic imaging of the signatures of mantle plume and collisional zone
in and around Cuddapah Basin, South Indian Shield, (2015) K.
Chandrakala and O.P.Pandey Submitted to Precambrian Research.
Impact Factor: 6.02
3. Structure and evolution of Satpura Gondwana Basin over Central
Indian Tectonic Zone: inferences from seismic and gravity data, (2015)
J. Singh, K Chandrakala, AP Singh, DM Mall, J. Ind. Geophys. Union
19 (1), 39-54.
Impact Factor: 0.737
4. Seismic imaging of the signatures of mantle plume and collisional zone
in and around Cuddapah Basin, South Indian Shield, (2014) K.
Chandrakala and O.P.Pandey Submitted to Precambrian Research.
Impact Factor: 6.02
5. Seismic imaging of the Proterozoic Cuddapah basin, south India and
regional geodynamics (2013) K. Chandrakala, D.M., Mall, Dipankar
Sarkar, O.P. Pandey. Precambrian Research 231, 277– 289.
Impact Factor: 6.02, cited by 3
6. Sub-crustal LVZ below Dharwar craton, India: An evidence for
remobilization of Archean crust (2012). D.M.Mall, K.Chandrakala, A.
Sudhir Kumar and D. Sarkar, Precambrian Research, v. 208-211,
pp.161-173.
Impact Factor: 6.02, cited by 4
7. Reply to comments (2011) on “Seismic signatures of a proterozoic
thermal plume below southwestern part of the Cuddapah Basin,
Dharwar craton” Jour.Geo. Soc. India, v.76, pp. 565-572 by Prof.
Kamal Kant Sharma, Journal of Geological Society of India, v. 77,
No.5, pp. 485-487.
Impact Factor: 0.55,
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8. Seismic signatures of a proterozoic thermal plume below southwestern
part of the Cuddapah Basin, Dharwar craton. (2010) K. Chandrakala,
O. P. Pandey, D. M. Mall and D. Sarkar, Journal of Geological Society
of India, v. 76, No.6, pp. 565 - 572.
Impact Factor: 0.55, cited by 4
9. Structure, Tectonics and Thermal State of the Lithosphere Beneath
Intraplate Seismic Region of Latur, Central India An appraisal (2009),
O.P.Pandey , K.Chandrakala, P.R.Reddy and G. Koti Reddy. Journal
Geological Society of India, v. 73, pp. 457-468.
Impact Factor: 0.55 cited by 5
10. Imprints of a Proterozoic tectonothermal anomaly below the 1.1 Ga
Kimberlitic province of Southwest Cuddapah Basin, Dharwar Craton
(Southern India), (2008), D.M. Mall, O.P.Pandey, K.Chandrakala, and
P.R. Reddy. Geophysical Journal International, v. 172, p. 422-438.
Impact Factor: 2.42 cited by 17
11. Upwarped high velocity mafic crust, subsurface tectonics and causes
of intraplate Latur-Killari (M 6.2) and Koyna (M 6.3) earthquakes, India
– A comparative study,(2009). O.P. Pandey , K. Chandrakala, G.
Parthasarathy, P.R. Reddy and G. Koti Reddy, Journal of Asian Earth
sciences, v. 34,Issue 6,pp. 781-795.
Impact Factor: 2.831, cited by 16
12. Lateral and Vertical crustal velocity and density variations in the
southwestern Cuddapah Basin and adjoining Eastern Dharwar Craton,
(2004). P.R.Reddy, K.Chandrakala, A.S.S.S.R.S. Prasad and Ch.
Rama Rao, Current Science, v.87, pp. 1607-1614.
Impact Factor: 0.737 cited by 13
13. Seismicity in and around Ongole, Andhra Pradesh - an appraisal,
(2004). P.R. Reddy and K.Chandrakala. The Journal of Indian
Geophysical Union, v.8, pp. 43-146.
Impact Factor: 0.737 cited by 13.
14. Crustal Velocity Structure of Western Dharwar Craton, South India.
(2001), D. Sarkar, K. Chandrakala, P. Padmavathi Devi, A.R.Sridhar,
K.Sain and P.R.Reddy, Journal of Geodynamics, v. 31, pp. 227-241.
Impact Factor: 2.618, Site by 29
15. Crustal Velocity Structure of the Dharwar Craton,India, (2000). P. R.
Reddy, K. Chandrakala and A. R. Sridhar, Journal of Geological
Society of India, v. 55, pp. 381-386.
Impact Factor: 0.737, cited by 37
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Book:
16. Seismic Imaging of the Indian Continental and Oceanic Crust,
Chapter,3. 255-296, P.R.Reddy, K.Chandrakala, and M.Ravi
Kumar(2010). In: Crustal seismic structure of Dharwar Craton and
adjoining Regions. Reddy, P.R (Ed.)
PAPERS SUBMITTED TO CONFERENCES
1. K. Chandrakala and O.P. Pandey (2014). Sustained Magmatism and its
affect on seismic velocity structure of the Dharwar craton, South India.
International seminar on Magmatism, Tectonism and Mineralization held at
Nainital, during 27- 29 March, 2014.
2. K. Chandrakala and O.P. Pandey (2014). Seismic imaging of the signatures
of mantle plume and collisional zone in and around Cuddapah Basin, South
Indian Shield. Presentation at Goldschmidt conference, 2014, to be held at
Sacramento, CA, USA.
3. K.Chandrakala, D.M.Mall, O.P.Pandey and D.Sarkar (2011).Multistage
magmatic activity and mineralized zones in Eastern Dharwar craton.
Intended to present at IGU forty eighth annual convention and meeting
on “Modern Trends in Geophysical Exploration of Continental Margins of
India and adjoining Seas” Dec 20th- 22nd , held at Visakhapatnam, NIO.
4. K.Chandrakala and P.R.Reddy (2009). Seismic structure below Nellore
Khammam schist belt: Singature of collision between eastern ghat mobile
belt
and
Cuddapah
Basin.
National
seminar
on
“Geodynamics,seidmenation and biotic response in the contest of IndiaAsia collision” Nov 26th -28th held at Mizoram Univesity,pp 253.
5. O.P.Pandey, D.M.Mall, K.Chandrakala and P.R.Reddy(2009) Seismic
signature of a mantle plume below 1.1 kimberlitic province of SW
Cuddapah Basin, Southern India. National seminar on “Geodynamics,
seidmenation and biotic response in the contest of India-Asia collision”
Nov 26th -28th held at Mizoram Univesity,pp 249.
6. K.Chandrakala, D.M.Mall, O.P.Pandey, P.R.Reddy (2006). 1100 Ma
tectonothermal event and upwarping of high velocity crust beneath
southwest Cuddapah Basin. Asia Oceania Geosciences Society 3rd
Annual meeting. 10th – 14th July 2006, Singapore.
7. K.Chandrakala and P.R.Reddy (1999) A Re-examination of DSS dataDharwar craton during the 36th annual convention of Indian Geophysical
Union (IGU) held at Pondicherry University during 21-23 Dec 1998 p.75
Earth System Sciences in the next Millennium.
8. P.Padmavathi Devi, K.Chandrakala, A.R.Sridhar, P.R.Reddy and
D.Sarkar (1998). Kavali-Udipi DSS profile-western part Revisited Asian
Seismological Conference (ASC) held at NGRI, during December1-3.
1998, abstract p.5.
9. P.R.Reddy, P.Koteswara Rao, P.Padmavathi Devi and K. Chandrakala
(1998). Upper crustal low velocity layers- fluid migration and seismicity.
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profile during the 35th
annual convention of Indian Geophysical
Union(IGU) held at Goa during 18-21 Nov 1998.
10. K.Chandrakala, P.Padmavathi Devi and P.R.Reddy (1998). A First order
velocity model of the western part of Kavali-Udipi DSS profile during the
35th annual convention of Indian Geophysical Union(IGU) held at Goa
during 18-21 Nov 1998.
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