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Referred Journal Articles and Book Chapters

(*Graduate Students of S. Raman)

206   Agarwal P., Yadav A.K., Gulati A., Raman S., Rao S., Singh M. P., Nigam S., Reddy N (1995): Surface Layer Turbulence Processes in Low Wind Speeds over Land, Atmospheric Environment, 29, 2089-2098.
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205   Agarwal, P., A.K. Yadav, A. Gulati, S. Raman, S. Rao*, M.P. Singh, S. Nigam and N. Reddy* (1995): Surface layer turbulence processes in low wind speeds over land, Atmospheric Environment, 29, 2089-2098.
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204   Akkaraparam, A.F.* and S. Raman (1988): A comparison of surface friction velocities estimated by dissipation and iterative bulk aerodynamic methods during GALE, Geophysical Research Letters, 15, 401-404.
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203   Alapati, K.*, R.V. Madala and S. Raman (1993): Sensitivity of monsoon rainfall predictions to initialization procedures, Atmospheric Research, 30, 157-170.
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202   Alapati, K.*, R.V. Madala, S. Raman and J.J. Baik (1994): Numerical simulation of orographic-convective rainfall with Kuo and Betts cumulus parameterization schemes, Journal of Meteorology Society of Japan, 72, 123-137.
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201   Alapati, K.*, S. Raman, U.C. Mohanty and R.V. Madala (1993): Sensitivity of monsoon circulations to changes in the sea surface temperatures, Atmospheric Environment, 30, 157-170.
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200   Alapati, K.K.* and S. Raman (1990): Study of the seasonal migration of the ITCZ and the quasi -periodic oscillations in a simple monsoon system using an energy balance model, Meteorology and Atmospheric Physics, 41, 191-211.
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199   Alapaty K., Raman S., and Niyogi D.* (1996): Uncertainty in the specification of surface characteristics A study of prediction errors in the boundary layer, Boundary Layer Meteorology, 82, 473-500.
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198   Alapaty, K.*, Ranga Rao, V. Madala and S. Raman (1992): Effect of Grid Resolution on the Simulation of Orographically Induced Precipitation, Physical Processes in Atmospheric Models, Ed. Sikka and Singh, Wiley Eastern Limited, New Delhi, 371-383.
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197   Alapaty, K.*, S. Raman and R.V. Madala (1994): Simulation of monsoon boundary layer processes using a regional scale nested grid model, Boundary-Layer Meteorology, 67, 407-426.
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196   Alapaty, K.*, S. Raman, R.V. Madala and J.J. Baik (1992): Numerical simulation of Indian southwest monsoon rainfall using Kuo and Betts cumulus parameterization schemes, Physical Processes in Atmospheric Models, Ed. Sikka and Singh, Wiley Eastern Limited, New Delhi, 137-148.
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195   Alapaty, K.*, S. Raman, R.V. Madala and U.C. Mohanty (1994): Monsoon rainfall simulations with the Kuo and Betts-Miller schemes, Meteorology and Atmospheric Physics, 53, 33-49.
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194   Alapaty, K., J.E.Pleim, S.Raman, D.S.Niyogi*, and D.W.Byun (1996): Simulation of Atmospheric boundary layer processes using local and non-local closure schemes, Journal of Applied Meteorology, 36, 214-233.
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193   Alliss, R.A.*, G.D. Sandlin, S.W. Chang and S. Raman (1993): Applications of SSM/I data in the analysis of Hurricane Florence, Journal of Applied Meteorology, 32, 1581-1591.
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192   Alliss, R.J *.and S. Raman (1995): A comparison of saturation pressure differences to surface estimates of cloudiness, Journal of Applied Meteorology, 35, 521-531.
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191   Alliss, R.J.* and S. Raman (1995): Cloudiness and its Relationship to Thermodynamics during a developing east coast winter storm, Journal of Applied Meteorology, 34, 1578-1594.

190   Alliss, R.J.* and S. Raman (1995): Diurnal variations in cloudiness over the Gulf Stream Locale, Journal of Applied Meteorology, 34, 1578-1594.
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189   Alliss, R.J.*, S. Raman and S.W. Chang (1992): Special Sensor/Imager (SSM/I) observations of hurricane Hugo (1989), Monthly Weather Review, 120, 2723-2737.
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188   Alliss, R.J.,* and S. Raman (1995): Quantitative estimates of cloudiness over the Gulf Stream Locale using GOES-VAS observations, Journal of Applied Meteorology, 34, 500-510.
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187   Askari, F., G. Geernaert, Keller and S. Raman (1993): Radar imaging of thermal fronts, Int. Journal of Remote Sensing, 14, 275-294.
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186   Baik, J.*, M. DeMaria and S. Raman (1992): A comparison of Deep Cumulus Parameterization Schemes in an Axi-symmetric Tropical Cyclone Model, Physical Processes in Atmospheric Models, Ed. Sikka and Singh, Wiley Eastern Limited, New Delhi, 149-156.
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185   Baik, J.-J,* M. DeMaria and S. Raman (1990): Tropical cyclone simulations with the Betts Convective adjustment scheme. Part II Sensitivity experiments, Monthly Weather Review, 118, 529-541.
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184   Baik, J.-J.*, M. DeMaria and S. Raman (1990): Tropical Cyclone Simulations with the Betts convective adjustment scheme. Part I Model description and control imulation, Monthly Weather Review, 118, 513-528.
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183   Baik, J.J.*, M. DeMaria and S. Raman (1991): Tropical Cyclone Simulations with the Betts Convective adjustment scheme. Part III Comparisons with the Kuo convective parameterization, Monthly Weather Review, 119, 2889-2899.
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182   Bao, S., S.Raman, and L..Xie (2003): Numerical simulation of the response of the ocean surface layer to precipitation, Pure and Applied Geophysics, 160, 2419-2446.
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181   Bao,S.,L.Xie, and S.Raman (2004): Anumerical study of a TOGA-COARE squall line using a coupled mesoscale atmospheric ocean model, Advances in Atmospheric Sciences, 21, 708-716.
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180   Basu, S., S.Raman, U.C.Mohanty, and E.N.Rajagopal (1999): Influence of the planetary boundary layer physics on medium-range prediction of monsoon over India, Pure and Applied Geophysics, 155, 33-55.
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179   Basu, S., S.Raman, U.C.Mohanty, and E.N.Rajagopal (1999): Influence of the planetary boundary layer physics on medium-range prediction of monsoon over India, Pure and Applied Geophysics, 155, 33-55.
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178   Blanton, J. O., T. N. Lee, A. P. Atkinson, J. M. Bane, A. Riordan and S. Raman (1987): Oceanographic Studies during Project GALE, EOS, American Geophysical Union .

177   Boybeyi, Z.* , S. Raman, and P. Zanneti (1995): Numerical investigation of possible role of local meteorology in the Bhopal gas accident, Atmospheric Environment, 29, 479-496.
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176   Boybeyi, Z.* and S. Raman (1992): A three-dimensional numerical sensitivity study of convection over Florida peninsula, Boundary-Layer Meteorology, 60, 325-359.
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175   Boybeyi, Z.* and S. Raman (1992): A three-dimensional numerical sensitivity study of mesoscale circulations induced by circular lakes, Meteorology and Atmospheric Physics, 49, 19-41.
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174   Boybeyi, Z.* and S. Raman (1995): Simulation of an elevated long range plume transport using a mesoscale meteorological model, Atmospheric Environment, 29, 2099-2112.
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173   Boyles, R. and S.Raman (2003): Analysis of climate trends in North Carolina (1949-1998), Environment International, 29, 263-275.
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172   Boyles, R., S.Raman, and A.Sims (2007): Sensitivity of mesoscale surface dynamics to surface soil and vegetation contrasts over the Carolina Sandhills, Pure and Applied Geophysics, 164, 1547-1576.
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171   Brown, R. M. and S. SethuRaman (1981): Temporal variation of particle scattering coefficients at Brookhaven National Laboratory, New York. Atmospheric Environment, 15, 1733-1737.
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170   Cermak, J. E. and S. SethuRaman (1969): Simulation of density currents. , River Mechanics II, Chapter 31, Edited by H. W. Shen.

169   Chang, S.W., R.J. Alliss*, J.J. Shi*, and S. Raman (1993): SSM/I observations of ERICA IOP4 marine cyclone a comparison with in situ observations and model simulation, Monthly Weather Review , 121, 2452-2464.
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168   Checkley, D.M., S. Raman, G.L. Mailet and K.M. Mason (1988): Winter Storm effects on the spawning and larval drift of a pelagic fish, Nature, 325, 346-348.
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167   Childs, P., A.L.Qureshi, S.Raman, K.Alapaty, R.Ellis, R.Boyles, and D.Niyogi (2006): Simulation of convective initiation during IHOP_2002 using the flux-adjusting surface data assimilation system (FASDAS), Monthly Weather Review, 134, 134-148.
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166   Childs,P.and S.Raman (2005): Observations and Numerical Simulations of Urban Heat Island and Sea Breeze Circulations over New York City, Pure and Applied Geophysics, 162, 1955-1980.
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165   Childs,Peter,Jr., Sethu Raman, and Ryan Boyles (2006): High resolution numerical simulations of Hurricane Isabel (2003) over North Carolina, International J.of Natural Hazards, 41, 401-411.
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164   Cione J. * and S. Raman (1995): A numerical investigation of surface-induced mesocyclogenesis near the Gulf Stream, Tellus, 47A, 815-833.
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163   Cione, J.*, S. Raman, and L.J. Pietrafesa (1993): The effect of Gulf Stream induced baroclinicity on U.S. east coast winter cyclones, Monthly Weather Review, 121, 421-430.
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162   Cione,J.*, R.A.Neuherz, S.Raman, L.J.Pietrafesa, K.Keeter, and X.Li (1998): The use of pre-storm boundary layer baroclinicity in determining and operationally implementing the Atlantic surface cyclone intensification, Boundary Layer Meteorology, 8, 211-224.
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161   Eager, R. E., S. Raman, A. Wootten, D. L. Westphal, J. S. Reid, and A. Al Mandoos (2008): A climatological study of the sea and land breezes in the Arabian Gulf region, J. Geophys. Res., 113, D15106.
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160   Eager, R.E., S.Raman, T.R.Holt, D.Westphal, J.Reid, J.Nachamkin, M.Liu, and A.A.Mandoos (2007): A seasonal statistical evaluation of COAMPS over the Arabian Gulf refion, Pure and applied Geophysics, 164, 1747-1764.
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159   Estupinan, J.G.*, S. Raman, J. Crescenti, J. Striker, and W. Barnard (1996): The effects of clouds and haze on UVB-Radiation, Journal of Geophysical Research (Atmosphere) , 101, 16807-16816.
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158   Feluvegi, G.S*., K. Alapaty, H. Richlie, S. Raman, and V.S. Connors (1999): Simulation of carbon monoxide transport during April 1994, Journal of Geophysical Research, 104, 21471-21485.
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157   Garde, R. J. and S. SethuRaman (1969): Variation of the drag coefficient of a sphere rolling along a boundary., La Houille Blanche, 7, 727-732.

156   Gilliam, R., S. Raman, and D.Niyogi (2004): Observational and numerical Study on the Influence of Large Scale Flow Direction and Coastline Shape on the Sea Breeze Evolution, Boundary Layer Meteorology, 111, 275-300.
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155   Gilliam,R., A.Huber, and S.Raman (2005): Metropolitan-Scale Transport and Dispersion from the New York World Trade Center Following September 11, 2001. Part II: An Application of the CALPUFF Plume Model, Pure and Applied Geophysics, 162, 2005-2028.
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154   Gilliam,R., P.Childs, A.Huber, and S.Raman (2005): Metropolitan Scale Transport and Dispersion from the New York World Trade Center Following September 11, 2001. Part I: An Evaluation of The CALMET Meteorological Model, Pure and Applied Geophysics, 162, 1981-2004.
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153   Harms, D.E.*, K.D. Seshagyi, R.V. Madala and S. Raman (1994): Impact of assimilating 3-hourly GALE data using a mesoscale weather prediction model, Submitted to Monthly Weather Review .

152   Harms, D.E.*, R.V. Madala, S. Raman and K. Seshagyi (1993): Diabetic initialization tests using the Naval Research Laboratory limited area numerical weather prediction model, Monthly Weather Review, 121, 3184-3190.
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151   Harms, D.E.*, S. Raman and R.V. Madala (1992): A review of four dimensional data assimilation techniques for numerical weather prediction, Bulletin of American Meteorology Society, 73, 425-440.
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150   Hassan, H. and S. Raman (2003): Numerical Modeling of Coastal Circulations Near Complex Tophography, Proc Indian Natn Sci Acad, 69, 615-632.
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149   Holder, C., R.Boyles, Ameenulla Syed, D.Niyogi and S.Raman (2006): Comparison of Co-Located Automated (NCECONet) and Manual (COOP) Climate Observations in North Carolina, Journal of Atmospheric and Oceanic Technology, 671-682.
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148   Holder,C. , R.Boyles, P.Robinson, S.Raman, G.Fishel (2006): Calculating a daily normal temperature, Bulletin of American Meterological Society, 87, 769-774.

147   Holt, T.* and S. Raman (1988): A review and comparative evaluation of multi-level boundary layer parameterizations for first order and turbulent kinetic energy closure schemes, Reviews of Geophysics, 26, 761-780.
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146   Holt, T.* and S. SethuRaman (1985): Aircraft and ship observations of the mean structure of the marine boundary layer over the Arabian Sea during MONEX 79, Boundary-Layer Meteorology, 33, 259-282.
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145   Holt, T.* and S. SethuRaman (1986): Observations of the mean and turbulence structure of the marine boundary layer over the Bay of Bengal during MONEX 79, Monthly Weather Review, 114, 2176-2190.
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144   Holt, T.* and Sethu Raman (1987): A comparison of the significant features of the marine boundary layers over the East Central Arabian Sea and the North Central Bay of Bengal during MONEX 79, Mausam, 38, 171-176.
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143   Holt, T.* and Sethu Raman (1987): A study of mean boundary-layer structures over the Arabian Sea and the Bay of Bengal during active and break monsoon periods. , Boundary-Layer Meteorology, 38, 73-94.
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142   Holt, T.* and Sethu Raman (1986): Variation of Turbulence in the Marine boundary layer over the Arabian Sea during Indian Southwest Monsoon (MONEX 79), Boundary-Layer Meteor, 37, 71-87.
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141   Holt, T., S.* Chang and S. Raman (1990): A numerical study of the coastal cyclogenesis in GALE IOP 2; Sensitivity to PBL parameterisations, Monthly Weather Review, 118, 234-257.
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140   Holt, T.R.* and S. Raman (1990): Marine boundary layer structure and circulation in the region of offshore redevelopment of a cyclone during GALE, Monthly Weather Review, 118, 392-410.
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139   Holt, T.R.* and S. Raman (1992): Three-dimensional mean and turbulence structure of a coastal front influenced by the Gulf Stream, Monthly Weather Review, 120, 17-39.
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138   Hong, X,* M.J. Leach* and S. Raman (1994): The role of vegetation in the generation of mesoscale circulation, Atmospheric Environment, 29, 2163-2176.
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137   Hong, X.*, Leach M. J.* and S. Raman (1995): A sensitivity study of convective cloud formation by vegetation forcing with different atmospheric conditions, Journal of Applied Meteorology, 34, 2008-2028.

136   Hong,X.*, S. Raman, R. Hodur, and L. Xu (1999): The mutual response of the tropical squall line and the ocean, Pure and Applied Geophysics, 155, 1-32.
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135   Hong,X.*, S.Chang, S.Raman, L.K.Shay, and R.Hodur (1999): The ineraction between Hurricane Opal(1995) and a warm core eddy in the Gulf of Mexico, Monthly Weather Review, 128, 1347-1365.

134   Hong,X.,S.W.Chang, and S.Raman (2006): Modification of the loop current warm core eddy by Hurricane Gilbert (1988), International of Natural Hazards.
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133   Hopkins, T. S. and S. SethuRaman (1987): Atmospheric variables and patterns over the Georges Bank. , In Georges Bank, ed. R. H. Backus, and D.W. Bourne M.I.T. Press., 66-73.

132   Huang, C.Y.* and S. Raman (1991): A comparative study of Advection Schemes Featuring a one-step modified WKL algorithm, Monthly Weather Review, 119, 2900-2918.
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131   Huang, C.Y.* and S. Raman (1988): A Numerical modeling study of the marine boundary layer over the Gulf Stream during cold air advection, Boundary Layer Meteorology, 45, 251-290.
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130   Huang, C.Y.* and S. Raman (1992): A Three dimensional numerical investigation of Carolina coastal front and the Gulf Stream Rainband, Journal of the Atmospheric Science, 49, 560-584.
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129   Huang, C.Y.* and S. Raman (1989): An application of the E-e closure model to simulations of mesoscale topographic effects, Boundary Layer Meteorology, 49, 169-195.
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128   Huang, C.Y.* and S. Raman (1991): Numerical Simulation of January 28 cold air outbreak during GALE, Part I The model and sensitivity tests of turbulence closure, Boundary-Layer Meteorology, 55, 381-407.
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127   Huang, C.Y.* and S. Raman (1991): Numerical simulation of January 28 cold air outbreak during GALE, Part II The mesoscale circulation and the marine boundary layer, Boundary-Layer Meteorology, 56, 51-81.
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126   Huang, C.Y.* and S. Raman (1990): Numerical simulations of the cold air advection over the Appalachian mountain and the Gulf Stream, Monthly Weather Review, 118, 343-362.
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125   Jacobs, N., G.M.Lackmann, and S.Raman (2005): The combined effects of Gulf Stream-induced baroclinicity and upper level vorticity on U.S. east coast, Monthly Weather Review, 133, 2494-2501.
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124   Jacobs, N.A., S.Raman, G.M.Lackmann, and P.P.Childs (2008): The influence of the Gulf Stream induced SST gradients on the US east coast winter storm of 24-25 January 2000, International Journal of Remote Sensing, 29, 6145-6174.
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123   Jin, H.* and S. Raman (1996): Dispersion of an elevated release in a Coastal Region, Journal of Applied Meteorology, 35, 1611-1624.
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122   Kusuma G.R., S. Raman, A. Prabhu, R. Narasimha (1995): Turbulent Heat Flux Variation over the Monsoon-Trough Region during MONTBLEX-90, Atmospheric Environment, 29, 2113-2129.
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121   Kusuma, G.R., S. Raman and A. Prabhu (1991): Boundary layer heights over the monsoon trough region during the active and break phases, Boundary-Layer Meteorology, 57, 129-138.
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120   Leach* M., Raman S., Mohanty U., Madala R. (1997): Role of radiative transfer in maintaining the summer monsoon circulation, Pure and Applied Geophysical, 149, 601-622.
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119   Leach, M.* and S. Raman (1996): A review of the effect of radiation transfer on the simulation of atmospheric circulations of different scales, Chapter in the Proc. of the First World Congress of Nonlinear Analysts, Ed. V. Lakshmikantham.
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118   Leach, M.J.* and S. Raman (1994): The role of radiative transfer in the maintenance and destruction of stratocumulus clouds, Atmospheric Environment, 29, 2009-2018.
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117   Lobecker, R. N. S. SethuRaman and G. Field (1980): SATDAS - For air-sea interaction data acquisition using satellite telemetry., Bulletin of American Meteorology Society, 61, 1212-1222.

116   Mandal, M., U.C.Mohanty, and S.Raman (2004): A study of the impact of parameterization of physical processes on prediction of tropical cyclones over the Bay of Bengal with NCAR/PSU mesoscale model (MM5), Journal of Natural Hazards, 31, 391-414.
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115   Manghnani, V.*, S.Raman, D.Niyogi*, V.Parameshwara*, J. Morrison, S.V.Ramana, and J.Raju (2000): Marine boundary layer variability over Indian ocean during northeast monsoon, Boundary Layer Meteorology, 97, 411-430.
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114   Marshal, R* and S. Raman (1989): Dual doppler radar analysis of the marine mixed layer during a cold air outbreak over a strong sea surface temperature gradient, Chapter in Microwave Remote Sensing in the Earth System, Deepak Publishers , 149-162.
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113   Mohanty, U.C., M.Mandal, and S.Raman (2004): Simulation of Orissa Super Cyclone(1999) using PSU/NCAR mesoscale model, Journal of Natural Hazards, 31, 373-390.
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112   Mohanty,U.C., D.Niyogi*, S.Raman, A.Sarkar (2001): Numerical simulation of land-air-sea interactions in the Indian ocean during the northeasterly monsoon over Indian ocean during INDOEX, 1999, Current Science, 80, 60-68.

111   Niyogi D., Raman S., Alapaty K. (2002): A Dry Deposition Model that includes Vegetation- Atmosphere interactions through Photosynthesis / Gas Assimilation, Atmospheric Environment ( in review) .

110   Niyogi D., Raman S., Alapaty K. (1998): Comparison of four different stomatal resistance schemes using FIFE data. Part 2 Analysis terrestrial biosphere atmosphere interactions, Journal of Applied Meteor (in press).
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109   Niyogi* D., and Raman S. (1997): Comparison of four different stomatal resistance schemes using FIFE data, Journal of Applied Meteorology, 36, 903 - 917.
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108   Niyogi* D., Raman S., Alapaty K. (1998): Uncertainty in the specification of surface characteristics. Part 2. Heirarchy of interaction -explicit interaction analysis, Boundary Layer Meteorology, 91, 341-366.
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107   Niyogi* D., Raman S., Prabhu A., UdaiKumar, Joshi S. (1997): Direct Estimation of stomatal resistance for meteorological applications, Geophysical Research Lett., 24, 1771 - 1774.
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106   Niyogi* D.S., Raman S., Alapaty K., Han J. (1996): A Dynamic statistical experiment for atmospheric interaction, Environmental modeling and Assessment, 2, 307 - 322.
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105   Niyogi, D*., and S.Raman (2000): Numerical modeling of gas deposition and bi-directional surface atmosphere exchanges in meso scale air pollution systems, Mesoscale Atmospheric Dispersion, Ed.Z.Boybeyi, Computational Mechanics Publications, Southampton, UK, pp 424.
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104   Niyogi, D.S.*, Y.Xue, and S.Raman (2002): Hydrological feedback in land-atmosphere coupling, Journal of Hydrometeorology, 3, 39-56.
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103   Niyogi, D.S., K. Alapaty, and S. Raman (2001): A gas exchange-based surface evapo-transpiration model (GEM) for mesoscale applications., Journal of Agricultural and Forest Meteorology (in review).

102   Niyogi, D.S., K. Alapaty,S. Raman, and F.Chen (2008): Development and Evaluation of a coupled photo synthesis based gas exchange evapo-transpiration model (GEM) for mesoscale weather forecasting applications, Journal of Applied Meteorology and Climatology, 47, 3251-3269.

101   Niyogi, D.S., S. Raman, and K. Alapaty (2001): Photosynthesis-based Dry Deposition Modeling Approach. , Journal of Water, Air, Soil Pollution, 144, 171-193.
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100   Parker, M. J.*, and S. Raman (1993): A Case study of the nocturnal boundary layer over a complex terrain, Boundary-Layer Meteorology, 66, 303-324.
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99   Potty K., Mohanty U., Raman S. (1997): Effect of three boundary layer parameterizations in a regional atmospheric model on the simulation of summer monsoon circulation, Boundary Meteorology, 84, 363 - 381.
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98   Potty, K.V.J., U.C.Mohanty, and S.Raman (2000): Numerical simulation of monsoon depressions over India with a high resolution nested regional model, Meteorological Applications, 7, 45-60.

97   Potty, K.V.J., U.C.Mohanty, and S.Raman (2001): Simulation of Boundary Layer Structure over the Indian Summer Monsoon Trough during the passage of a Depression, Journal of Applied Meteorology, 40, 1241-1254.
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96   Potty,K.V.J., U.C.Mohanty, and S.Raman (2000): Certain features of monsoon depression as simulated by a nested grid regional model, Special Issue on Asian Monsoon and Pollution over the Monsoon Environment, 29, 7-12.

95   Powell, M. D.* and S. SethuRaman (1979): Sea surface temperatures near a bay inlet zone., Journal of Geophysical Research, 84, 7012-7016.

94   Raman S., Niyogi* D., Prabhu A.,Ameenullah S., Nagaraj S., Jayanna S., UdaiKumar (1998): VEBEX: Vegetation and surface Energy Balance Experiment for the Tropics', Proc. Of Ind. Acad. Of Sci. (Earth and Planetary Sciences), 107, 97-105.
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93   Raman S., Reddy* N., Niyogi* D. (1998): Mesoscale analysis of a Carolina coastal front , Boundary Layer Meteorology, 86, 125-145.
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92   Raman, S. (1980): A case of persistent breaking of internal gravity waves in the atmospheric surface layer over the ocean., Boundary-Layer Meteorology, 19, 67-80.
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91   Raman, S. and N.C. Reddy * (1996): Numerical simulation of a mesolow over a Gulf Stream filament, Pure and Applied Geophysics, 147, 789-819.
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90   Raman, S. and A. J. Riordan (1988): The Genesis of Atlantic Lows Experiment Planetary boundary layer subprogram of GALE, Bulletin of American Meteorological Society, 69, 161-172.
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89   Raman, S., B. Templeman, S.* Templeman, A. B.* Murthy, M.P. Singh, P. Agarwaal, S. Nigam, A. Prabhu and S. Ameenullah (1990): Observation of Mean boundary layer structure and turbulence during pre-monsoon and monsoon periods in India, Atmospheric Environment , 24A, 723-734.
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88   Raman, S., D.S. Niyogi, M. Simpson and J.Pelon (2002): Dynamics of the elevated land plume over the Arabian sea and the northern Indian ocean during northeasterly monsoon (INDOEX), Geophysical Research Letters, 29, 641- 644.
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87   Raman, S., K. Alapati* and R.V. Madala (1992): Role of the air-sea interaction processes on the Indian Southwest monsoon dynamics, Oceanography of the Indian Ocean, Edited by B.N. Desai, Oxford & IBH Publishers, New Delhi, 637-645.
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86   Raman, S., P. Boone* and K.S. Rao (1990): Observations and numerical simulation of the evolution of the tropical planetary boundary layer during total solar eclipses, Atmospheric Environment, 24A, 789-799.
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85   Raman,S. (2003): Challenges of mesoscale weather prediction in North Carolina, Weather and Climate Modeling, 50-54.

84   Raman,S., A.Sims, R.Ellis, and R.Boyles (2005): Numerical Simulation of mesoscale circulations in a region of contrasting soil types, Pure and Applied Geophysics, 162, 1981-2004.
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83   Raman,S., U.C.Mohanty, N.C.Reddy, K.Alapaty, and R.V.Madala (1998): Numerical simulation of the sensitivity of summer monsoon circulation and rainfall over India to land surface processes, Pure and Applied Geophysics, 152, 781-809.
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82   RangaRaju, K. G. and S. SethuRaman (1969): Direction solution of three-reservoir problem., Univ. of Roorkee Research Journal, 1, 15-23.
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81   Rao, K.G., S. Raman, A. Prabhu, and R. Narasimha (1995): Turbulent heat flux variation over the monsoon-trough region during MONTBLEX-90, Atmospheric Environment, 29, 2113-2129.
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80   Raynor, G. S., P. Michael and S. SethuRaman (1980): Recommendations for meteorological measurement methods and diffusion models for use at coastal nuclear reactor sites. , Nuclear Safety, 21, 749-765.

79   Raynor, G. S., P. Michael, R. M. Brown and S. SethuRaman (1975): Studies of atmospheric diffusion from a near-shore oceanic site. , Journal of Applied Meteorology, 14, 1080-1094.

78   Raynor, G. S., R. M. Brown and S. SethuRaman (1978): A comparison of diffusion from a small island and an undisturbed ocean site. , Journal of Applied Meteorology, 17, 129-139.
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77   Raynor, G. S., S. SethuRaman and R. M. Brown (1979): Formation and characteristics of coastal internal boundary layers during onshore flows. BNL Report 21668. , Boundary-Layer Meteorology, 16, 487-514.
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76   Reddy, N. C.* and S. Raman (1994): Scales and spectra of turbulence over the Gulf Stream during offshore cyclogenesis, Boundary-Layer Meteorology, 68, 387-417.
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75   Reddy, N.* and S. Raman (1996): A review of coupled ocean-atmosphere models, Chapter in the Proc. of the First World Congress of Nonlinear Analysts, Ed. V. Lakshmikantham. .

74   Reddy, N.C.* and S. Raman (1994): Observations of a mesoscale circulation over the Gulf Stream region, The Global Atmosphere and Ocean System, 2, 21-39.
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73   Reddy, N.C.* and S. Raman (1995): Role of mesoscale circulations on monsoon rainfall over the west coast of India, Atmospheric Environment, 29, 2177-2189.
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72   Reddy, Neeraja C., and Sethu Raman (1996): Validity of similarity relations over the Gulf Stream, Tellus, 48A, 368-382.

71   Rhome, J.*, D.Niyogi,* and S.Raman (2000): Meso-climatic analysis of ENSO and severe weather in North Carolina, Geophysical Research Letters, 27, 2269-2272.
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70   Rhome, J., D.S.Niyogi*, and S.Raman (2003): Assessing seasonal transport and deposition of agricultural emissions in eastern North Carolina, USA, Pure and Applied Geophysics, 160, 117-141.
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69   Rhome, J.R., and S.Raman (2006): Environmental influences on tropical cyclone structure and intensity: A review, Indian Journal of Marine Sciences, 35, 61-74.
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68   Riordan, A. J. and S. SethuRaman (1985): Keeping an eye on Winter Storms, Sea Technology, August 18-21 .

67   Riordan, A. J., S. Raman, J. M. Davis and S. Viessman* (1985): Measurements in the marine boundary layer near a coastal front, Geophysical Research Letters, 12, 681-684.
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66   Roswintiarti, O.*, and S.Raman (2003): Three-dimensional simulations of the mean air transport during the 1997 forest fires in Kalimantan, Indonesia using a mesoscale numerical model, Pure and Applied Geophysics, 160, 429-438.
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65   Roswintiarti, O.*, D.Niyogi*, S.Raman, U.C.Mohanty (2001): Application of a three dimensional triple nested meso scale model(MM5) for assessing the transport and boundary layer variability over the Indian ocean during INDOEX, Current Science, 80, 77-84.
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64   Roswintiarti, O.*, D.S.Niyogi, and S.Raman (1998): Teleconnections between the tropical Pacific sea surface temperature anamolies and North Carolina precipitation anamoloies during El Nino events, Geophysical Research Letters, 25, 4201-42.
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63   Roswintiarti, O.*, S.Raman, and U.C.Mohanty (2001): A numerical Study of the Intertropical Convergence Zone over the Indian Ocean during the 1997 and 1998 Northeast Monsoon Episodes, Pure and Applied Geophysics, 158, 989-1015.
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62   Roswintiarti,O*., S.Raman, U.C.Mohanty, and D.Niyogi* (2001): A study on the performance of MM5 over tropical Indian ocean during INDOEX, Current Science, 80, 69-76.

61   Ruggiero, F.*, K.Seshagyi, A.Lipton, R.V.Madala, and S.Raman (1999): Coupled assimilation of geostationary satellite sounder data into a meso scale model using Bratseth scheme, Monthly Weather Review, 127, 802-821.
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60   Ruggiero, F.H.*, K.D. Sashegyi, R.V. Madala and S. Raman (1996): Diabatic initialization of stratiform precipitation for a mesoscale Model, Journal of Applied Meteotology, 35, 1111-1128.

59   Ruggiero, F.H.*, K.D. Sashegyi, R.V. Madala, and S. Raman (1996): The use of surface observations in four-dimensional data assimilation in a mesoscale Model, Monthly Weather Review, 124, 1018-1033.
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58   Sashegyi, K.D., D.E. Harms*, R.V. Madala and S. Raman (1993): Application of the Bratseth scheme for the analysis of GALE data using a mesoscale model, Monthly Weather Review, 121, 3184-3190.
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57   Satyanarayana, A., U.C.Mohanty, D.Niyogi,* S.Raman, H.Warrior*, and S.Nelson (2001): Marine boundary layer processes during INDOEX One dimensional modeling study of the ITCZ and non-ITCZ regimes over Indian ocean, Current Science, 80, 39-45.
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56   SethuRaman, S. (1976): Air mass modification due to change in surface characteristics. , Monthly Weather Review, 104, 1040-1043.

55   SethuRaman, S. (1979): Atmospheric turbulence and storm surge due to Hurricane Belle (1976). , Monthly Weather Review, 107, 314-321.
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54   SethuRaman, S. (1978): Correlation between wave slopes and near surface ocean currents. In Marine Forecasting, edited by N. C. Journal of Nichoul, Elsevier, Amsterdam, 101-112.

53   SethuRaman, S. (1982): Dynamics of the atmospheric boundary layer during the 1980 total solar eclipse, Proc. Indian National Science Academy, 48, 187-195.
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52   SethuRaman, S. (1981): Estimation of carbon dioxide fluxes over the Atlantic Ocean from measurements at Tiana Beach, Long Island, New York, Boundary-Layer Meteorology, 20, 19-26.
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51   SethuRaman, S. (1978): Influence of mean wind direction on sea surface wave development. , Journal of Physical Ocean, 8, 926-929.

50   SethuRaman, S. (1979): Momentum flux and wave spectra measurements from an air-sea interaction buoy. , Boundary-Layer Meteorology, 16, 279-291.
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49   SethuRaman, S. (1979): Structure of turbulence over water during high winds. , Journal of Applied Meteorology, 18, 324-328.
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48   SethuRaman, S. (1977): The observed generation and breaking of atmospheric internal gravity waves over ocean. , Boundary-Layer Meteorology, 12, 331-349.
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47   SethuRaman, S. and G. S. Raynor (1980): Comparison of mean wind speeds and turbulence at a coastal site and an offshore location. , Journal of Applied Meteorology, 19, 15-21.

46   SethuRaman, S. and G. S. Raynor (1975): Surface drag coefficient dependence on the aerodynamic roughness of the sea. , Journal of Geophysical Research, 80, 4983-4988.

45   SethuRaman, S. and J. E. Cermak (1975): Mean temperature and mean concentration distributions over a physically modeled three-dimensional heat island for different stability conditions. , Boundary-Layer Meteorology , 9, 427-440.
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44   SethuRaman, S. and J. E. Cermak (1974): Physical modeling of flow and diffusion over an urban heat island. , Adv. in Geophysical, 18B, 223-240.

43   SethuRaman, S. and J. Tichler (1977): Statistical hypothesis tests of some micrometeorological observations., Journal of Applied Meteorology, 16, 455-461.
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42   SethuRaman, S. and R. M. Brown (1976): A comparison of turbulence measurements made by a hot film probe a bivane and a directional vane in the atmospheric surface layer. , Journal of Applied Meteorology, 15, 138-144.
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41   SethuRaman, S. and R. M. Brown (1976): Validity of the log-linear profile relationship over a rough terrain during stable conditions. , Boundary-Layer Meteorology, 10, 489-501.
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40   SethuRaman, S. and W. A. Tuthill (1978): Response characteristics of a new bidirectional vane. , Bulletin of American Meteorology Society, 59, 1114-1118.
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39   SethuRaman, S., A. J. Riordan, T. Holt, M. Stunder* and J. Hinman* (1985): Observations of the marine boundary layer thermal structure in the vicinity of the Gulf Stream during a cold air outbreak, Journal of Climatology and Applied Meteorology, 25, 14-21.
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38   SethuRaman, S., C. Nagle, and G. S. Raynor (1982): Seasonal variations in the formation of internal gravity waves at a coastal site. , Journal of Applied Meteorology, 21, 237-242.
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37   SethuRaman, S., P. A. Michael, W. A. Tuthill and J. McNeil (1980): An observation system used to study the marine boundary layer over Bay of Bengal during Summer MONEX 79, Bulletin of American Meteorology Society, 61, 1204-1211.

36   SethuRaman, S., R. E. Meyers and R. M. Brown (1978): A comparison of an Eulerian and a Lagrangian time scale for over-water atmospheric flows. , Boundary-Layer Meteorology, 14, 557-565.
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35   SethuRaman, S., R. M. Brown, G. S. Raynor and W. A. Tuthill (1979): Calibration and use of a sail plane variometer to measure vertical velocity fluctuations. , Boundary-Layer Meteorology, 16, 99-105.
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34   SethuRaman, S., W. A. Tuthill and J. McNeil (1978): Instrumentation and data acquisition system for an air-sea interaction buoy., Bulletin of American Meteorology Society, 59, 1102-1113.
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33   Shi, J.J.*, Chang, S. and S. Raman (1995): Impact of Assimilations of Dropwindsonde data and SSM/I Rain Rates on Numerical Predictions Of Hurricane Florence (1988), Monthly Weather Review, 124, 1435-1448.
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32   Shi, J.J.*, Chang, S. and S. Raman (1995): Interaction between Hurricane Florence (1988) and an Upper-Tropospheric Westerly Trough as Revealed by the Numerical Experiments, Monthly Weather Review, 54, 1231-1247.
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31   Shi, J.J.*, S. Chang and S. Raman (1990): A numerical study of the outflow layer of tropical cyclones, Monthly Weather Review, 118, 2042-2055.
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30   Simpson, M., and S.Raman (2005): Development and Propagation of a Pollution Gradient in the Marine Boundary Layer during INDOEX (1999), J.of Earth System Science, 114, 3-16.
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29   Simpson, M., and S.Raman (2004): Role of the land plume in the transport of ozone over the ocean during INDOEX (1999), Boundary Layer Meteorology, 111, 133-152.
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28   Simpson, M., H.Warrior, S.Raman, P.A.Aswathanarayana, U.C.Mohanty, and R.Suresh (2006): Sea breeze initiated rainfall over the east coast of India during the Indian southwest monsoon, International Journal of Natural Hazards, 42, 401-413, DOI 10.
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27   Simpson, M., S.Raman, R.Suresh, and U.C.Mohanty (2008): Urban effects of Chennai on sea breeze induced convection and precipitation, J. of Earth System Science, 117, 897-909.
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26   Simpson,M., and S.Raman (2006): Observations and numerical simulation of the sea and land breeze circulations along the west coast of India, Indian Journal of Marine Sciences, 35, 139-152.
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25   Simpson,M., S.Raman, J.K.Lundquist, and M.Leach (2006): A study of the variation of urban mixed layer heights, Atmospheric Environment.
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24   Sims A., Niyogi D., and S.Raman (2002): Use of drought indices for developing soil moisture information for initializing land surface models, Geophysical Research Letters, 29.
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23   Singh, M.P., and S. Raman (1998): Dynamics of Atmospheric Flows Atmospheric Transport and Diffusion Processes, Computational Mechanics Publications, Southampton, Boston.

22   Stunder, M.* and S. SethuRaman (1985): A comparative evaluation of the coastal internal boundary layer height equations, Boundary-Layer Meteorology, 32, 177-204.
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21   Stunder, M.* and S. SethuRaman (1986): A statistical evaluation and comparison of coastal point source dispersion models, Atmospheric Environment, 20, 301-316.
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20   Stunder, M.* and S. SethuRaman, P. K. Misra and H. Sahota (1986): Downward non-uniform mixing in shoreline fumigation processes, Boundary Layer Meteorology, 34, 177-184.
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19   Templeman, B.*, S. Raman, S. Templeman, S. Nigam and M.P. Singh (1990): Analysis of vertical dispersion of an elevated plume using video digitization, Atmospheric Environment, 24A, 853-858.
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18   Viessman, S.* and Sethu Raman (1987): Boundary Layer Wind Parameterization for Use in a Lagrangian Trajectory Model, Atmospheric Environment, 22, 839-851.
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17   Wayland, R.* and S. Raman (1994): Mean and turbulent structure of the marine atmospheric boundary layer during two cold air outbreaks of varying intensities GALE 86, Boundary-Layer Meteorology, 71, 43-66.
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16   Wayland, R.J.* and Sethu Raman (1989): Mean and turbulent structure of the marine boundary layer offshore of Wilmington, North Carolina 28 January 1986 cold air outbreak (GALE 86), Boundary Layer Meteorology, 48, 227-254.
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15   Wu* Y., and S. Raman (1997): Effect of land-use pattern on the development of low-level jets, Journal of Applied Meteorology, 36, 574 - 590.
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14   Wu, Y*., S.Raman, and U.C.Mohanty (1999): Numerical investigation of Somali jet interaction with the western Ghat mountains, Pure and Applied Geophysics, 154, 365-396.
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13   Wu, Y.*, S.Raman, U.C.Mohanty, and R.V.Madala (2002): Sensitivity of monsoon Circulation and precipitation to the horizontal resolution and orographic effects, Meteorological Applications, 9, 345-356.

12   Wu, Y., S.Raman, and U.C.Mohanty (2000): Sensitivity of monsoon precipitation over India to model horizontal resolution, Special Issue on Asian Monsoon and Pollution over the Monsoon Environment, 29, 26-33.

11   Wu,Y.*, and S.Raman (1998): The summer time Great Plain low level jet and the effect of its origin on moisture transport, Boundary Layer Meteorology, 88, 445-466.
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10   Xie L., Pietrafesa L., Raman S. (1998): Interaction between surface wind and ocean circulation in the Carolina capes in a coupled low order model, Continental Shelf Research, 17, 1483-1511.
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9   Xie, L. and S. Raman (1994): A simple non-linear model for shelf air-sea interaction, Nonlinear World, 1, 355-371.
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8   Xie, L., and S.Raman (1994): Asimple non-linear model for shelf air-sea interactions, Nonlinear World, 1, 355-371.

7   Xie, L., L.Pietrafesa, and S.Raman (1996): Effects of alongshore wind stress and surface cooling on the formation of shelf fronts in a simple air-sea interaction model, Environmental Modeling and Assessment, 1, 139-149.
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6   Xie, L., L.Pietrafesa, and S.Raman (1996): Mesoscale air-sea interactions over the continental shelf off the Carolina coast, The Global Atmosphere Ocean System, 4, 65-88.

5   Xu, L. * , S. Raman, R. V. Madala and R. Hodur (1996): A non-hydrostatic modeling study of surface moisture effects on mesoscale convection induced by sea breeze circulation, Meteorology and Atmospheric Physics, 58, 103-122.
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4   Xu, L.*, S. Raman and R.V. Madala (1996): A review of non-hydrostatic numerical models for the atmosphere, Chapter in the Proc. of the First World Congress of Nonlinear Analysts, Ed. V. Lakshmikantham. .
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3   Xu,L., R.V.Madala, and S.Raman (1997): A study of the effect of the Gulf Stream and the Appalachian mountains on Carolina coastal frontogenesis using a nonlinear numerical model, Nonlinear Studies, 4, 53-68.

2   Yadav, A.K., S. Raman and M. Sharan (1996): Surface layer Turbulence and Spectra and Eddy Dissipation during low Winds in Tropics, Boundary- Layer Meteorology, 79, 205-223.
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1   Yadav, A.K., S.Raman, and D.S.Niyogi* (2003): A note on the estimation of eddy diffusivity and dissipation length in low winds over a tropical urban terrain, Pure and Applied Geophysics, 160, 395-404.
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