SIMULATION OF SUBSURFACE WATER, NUTRIENTS, AND CONTAMINATION DISCHARGE TO COAST - Advances in Geosciences - page 250

4. A. G. Bobba and V. P. Singh, Groundwater contamination modelling,
Environmental Hydrology , ed. V. P. Singh (Kluwer Academic Publishers,
Dordrecht, 1995), Chap. 8 pp. 225-319.
5. A. G. Bobba, Application of numerical model to predict freshwater depth in
islands due to climate change effect: Agati Island, India, Journal of Environ-
mental Geology

6

(1998) 1-13.
6. A. G. Bobba, V. P. Singh and L. Bengtsson, Application of environmental
models to different hydrological systems, JournalofEcologicalModelling 125

(2000) 15-49.
7. C. I. Voss, SUTRA — A finite element simulation model for saturated —
unsaturated fluid density dependent groundwater flow with energy transport
or chemically reactive single species solute transport, USGS Water Resource,
Investigation Report 84-4269 (1984).
8. A. G. Bobba, Field validation of “SUTRA” groundwater flow model to
Lambton County, Ontario, Canada, Water Resources Management 7 (1993b)
289-310.
9. A. G. Bobba and S. R. Joshi, Groundwater transport of radium-226 and
uranium from Port Granby Waste management site to Lake Ontario, Nuclear
and Chemical Waste Management 8 (1988) 199-209.
10. A. G. Bobba, Numerical modelling of saltwater intrusion due to human activ-
ities and sea level change in the Godavari delta, Hydrological Sciences Journal
47 (S) (2002) S67-S80.
11. A. G. Bobba, Numerical simulation of saltwater intrusion into coastal basin
of Indian sub-continent due to anthropogenic effects. ICIWRM — 2000, Pro-
ceedings of International Conference on Integrated Water Resources Manage-
ment for Sustainable Development (National Institute of Hydrology, Roorkee,
India 2000), Vol. 1 pp. 323-340.
12. A. G. Chachadi and L. Teresa, Health of the groundwater regime in a coastal
delta of East Godavari, Andhra Pradesh, Coastin, A Coastal Policy Research
Newsletter (TERI, 9607/13, Multani Dhanda, Paharganj, New Delhi, India,
2002), pp. 5-8.