ÐßÐßÊÓƵ

Civil & Environmental Engineering

College of Engineering

Publications

Venkatesh Uddameri, Ph.D.
Professor and Chair

udammeri

Books - Published

  1. Dixon and V. Uddameri (2015) GIS and Geocomputation for Water Resources Science and Engineering. John Wiley and Sons; ISBN - 978-1118354131; 504 pp (selected to be part of AGU book series on water resources)
  2. Uddameri, V.. Morse, K. Tindle (2015) Hydraulic Fracturing Impacts and Technologies – A Multidisciplinary Perspective. CRC Press; ISBN - 978-1498721172; 312 pp

Books - Forthcoming

  1. Uddameri, V. (2021) Computational Skills for Engineers using Python ÐßÐßÊÓƵming. Texas Tech University Raider Press; Open Education Resource (OER) Textbook (Forthcoming Fall 2022)
  2. Gupta, V. Uddameri, et al., (2023) Sustainable Wastewater Management– Principles and Practices. CRC Press (Forthcoming)

Journal Articles – Current Submissions

  1. Uddameri, V., Ghaseminejad, E. A. Hernandez (2021) Crop Yield Reliability under Water Availability Risks; Agricultural Water Management (submitted, revisions being completed)
  2. Forghanparast, E. A. Hernandez, V. Uddameri (2021) Combining Copula Theory and Bayes Theorem for Forecasting Aquatic States in Intermittent Rivers and Ephemeral Streams. Journal of Hydrology (under review)
  3. Forganparast, E. A. Hernandez, V. Uddameri (2022) An Integrated Classification-Regression Framework for Modeling Streamflow in Intermittent Rivers and Ephemeral Streams (IRES). Journal of Hydrology (Under Review)

Journal Articles - Published

  1. Zaman, D., Gupta, A.K., Uddameri, V., Tiwari, M.K. and Sen, D., 2022. Robust sensor placement for sustainable leakage management in water distribution networks of developing economies: A hybrid decision support framework. Journal of Environmental Management, 320, p.115816.
  2. Zaman, D., Gupta, A.K., Uddameri, V., Tiwari, M.K. and Sen, D., 2022. Exploring the key facets of leakage dynamics in water distribution networks: Experimental verification, hydraulic modeling, and sensitivity analysis. Journal of Cleaner Production, p.132236.
  3. S. Sahu, S., Yadav, M.K., Gupta, A.K., Uddameri, V., Toppo, A.N., Maheedhar, B. and Ghosal, P.S.; (2022); Modeling defluoridation of real-life groundwater by a green adsorbent aluminum/olivine composite: Isotherm, kinetics, thermodynamics and novel framework based on artificial neural network and support vector machine. Journal of Environmental Management, 302, p.113965.
  4. Uddameri, V., 2022. Discussion of “Nonoverlapping Block Stratified Random Sampling Approach for Assessment of Stationarity” by Ramesh SV Teegavarapu and Priyank J. Sharma. Journal of Hydrologic Engineering, 27(9), p.07022005.
  5. M. Gonzalez. Cruz, M.G., Hernandez, E.A. and Uddameri, V.; (2021); Vulnerability assessment of agricultural production systems to drought stresses using robustness measures. Nature - Scientific Reports; 11(1), pp.1-21.
  6. A Ghaseminejad, A. and Uddameri; (2020); Physics-inspired integrated space–time artificial neural networks for regional groundwater flow modeling; Hydrology and Earth System Sciences, 24(12), pp.5759-5779.
  7. M. Gonzalez Cruz., Hernandez, E.A. and Uddameri, V.; (2020); Climatic Influences on Agricultural Drought Risks Using Semiparametric Kernel Density Estimation. Water, 12(10), p.2813.
  8. Uddameri, V., Ghaseminejad, A. and Hernandez, E.A.; (2020); A tiered stochastic framework for assessing crop yield loss risks due to water scarcity under different uncertainty levels. Agricultural Water Management, 238, p.106226.
  9. J. A. Rodrigues, Viola, M.R., Alvarenga, L.A., de Mello, C.R., Chou, S.C., de Oliveira, V.A., Uddameri, V. and Morais, M.A;, (2020); Climate change impacts under representative concentration pathway scenarios on streamflow and droughts of basins in the Brazilian Cerrado biome. International Journal of Climatology, 40(5), pp.2511-2526.
  10. M.R. Rad, Haacker, E.M., Sharda, V., Nozari, S., Xiang, Z., Araya, A., Uddameri, V., Suter, J.F. and Gowda, P., (2020); MOD $$ AT: A hydro-economic modeling framework for aquifer management in irrigated agricultural regions. Agricultural Water Management, 238, p.106194.
  11. Karim, A., Gonzalez Cruz, M., Hernandez, E.A. and Uddameri, V., 2020; A GIS-based fit for the purpose assessment of brackish groundwater formations as an alternative to freshwater aquifers. Water, 12(8), p.2299.
  12. V. Uddameri, Silva, A.L.B., Singaraju, S., Mohammadi, G. and Hernandez, E.A., (2020); Tree-Based Modeling Methods to Predict Nitrate Exceedances in the Ogallala Aquifer in Texas. Water, 12(4), p.1023.
  13. D. Temam, Uddameri, V., Mohammadi, G., Hernandez, E.A. and Ekwaro-Osire, S; (2019); Long-term drought trends in Ethiopia with implications for dryland agriculture. Water, 11(12), p.2571.
  14. D. Teweldebirhan Tsige, Uddameri, V., Forghanparast, F., Hernandez, E.A. and Ekwaro-Osire, S., 2019. Comparison of meteorological and agriculture-related drought indicators across Ethiopia. Water;11(11), p.2218.
  15. V. Uddameri, Singaraju, S. and Hernandez, E.A., (2019); Is standardized precipitation index (SPI) a useful indicator to forecast groundwater droughts?—Insights from a Karst aquifer; JAWRA Journal of the American Water Resources Association; 55(1), pp.70-88.
  16. S. Singaraju, S. Pasupuleti, E. A. Hernandez, V. Uddameri (2018); Prioritizing Groundwater Monitoring in Data Sparse Regions using Atanassov Intuitionistic Fuzzy Sets (A-IFS); Water Resources Management; 32(4); 1483 – 1499; DOI: https://doi.org/10.1007/s11269-017-1883-3.
  17. V. Uddameri, S. Singraju, E. A. Hernandez (2018); Evaluating Seasonal Changes in Nutrient Concentrations in Agricultural Drainage Ditches in the Lower Rio Grande River Valley Region of Texas; Environmental Monitoring and Assessment; 190(3); 157-167.
  18. V. Uddameri and D. Reible (2018); Food-Energy-Water Nexus to Mitigate Sustainability Challenges in a Groundwater Reliant Agriculturally Dominant Environment (GRADE); Environmental Progress and Sustainable Energy vol 37; 21-36; (https://doi.org/10.1002/ep.12726).
  19. V. Uddameri, S. Singaraju, A. Karim, P. Gowda, R. Bailey and M. Schipanski (2017); Understanding Climate-Hydrologic-Human Interactions to Guide Groundwater Model Development for Southern High Plains; Journal of Contemporary Water Research and Education; vol (162); 77-99.
  20. E. A. Hernandez and V. Uddameri (2016); Heard it through the Grapevine - Using Social Network Analysis to Understand Informal Pathways of Learning in an Engineering Hydrology Class; Journal of Contemporary Water Research and Education; 158(1), 85-97.
  21. Menkiti, M. C., Ndaji, C. R., Ezemagu, I. G., & Uddameri, V. (2016); Application of Periwinkle Shell Coagulant (PSC) for the Remediation of Petroleum Produced Water (PPW) by Coag-Flocculation; Journal of Dispersion Science and Technology; 37(6), 760-774.
  22. Imteaz, Monzur A., Venkatesh Uddameri, and Amimul Ahsan (2016); Numerical model for the transport and degradation of pollutants through wetlands; International Journal of Water; 10(1); 1-12.
  23. Menkiti, M. C., M. I. Ejimofor, I. G. Ezemagu, and V. Uddameri (2016); Turbid-Metric Approach on the Study of Adsorptive Component of Paint Effluent Coagulation Using Snail Shell Extract; Arabian Journal for Science and Engineering; 1-17.
  24. Hernandez, E. A., & Uddameri, V. (2015); Simulation-optimization model for water management in hydraulic fracturing operations; Hydrogeology Journal, 23(6), pp.1247-1265.
  25. Morse, S., Morse, A., Uddameri, V., Hernandez, A., Ernst, D. (2015). The Impact of Reducing Numerical Methods and ÐßÐßÊÓƵ Courses on Undergraduate Performance. Computers in Education Journal, ASEE, 6(2), 82-89.
  26. Enciso, J., Nelson, S. D., Perea, H., Uddameri, V., Kannan, N., & Gregory, A. (2014); Impact of residue management and subsurface drainage on non-point source pollution in the Arroyo Colorado; Sustainability of Water Quality and Ecology; 3-4, 25-32.
  27. Uddameri, V., Hernandez, E. A., & Estrada, F. (2014); A fuzzy simulation-optimization approach for optimal estimation of groundwater availability under decision maker uncertainty; Environmental Earth Sciences; 71(6), 2559-2572.
  28. Hernandez, E. A., & Uddameri, V. (2014); Standardized precipitation evaporation index (SPEI)-based drought assessment in semi-arid south Texas. Environmental Earth Sciences; 71(6), 2491-2501.
  29. Hernandez, E. A., & Uddameri, V. (2014); Semi-analytical solutions for stream–aquifer interactions under triangular stream-stage variations and its application to study urbanization impacts in an ungaged watershed of south Texas; Environmental Earth Sciences; 71(6), 2547-2557.
  30. Hernandez, E. A., Uddameri, V., & Arreola Jr, M. A. (2014); A multi-media planning model for assessing co-located energy and desalination plants; Environmental Earth Sciences; 71(6), 2673-2686.
  31. Uddameri, V., Honnungar, V., & Hernandez, E. A. (2014); Assessment of groundwater water quality in central and southern Gulf Coast aquifer, TX using principal component analysis; Environmental Earth Sciences; 71(6), 2653-2671.
  32. Uddameri, V., Singaraju, S., & Hernandez, E. A. (2014); Identifying influencing wells for gradient estimation in the confined portion of the Gulf Coast aquifer near Kingsville, TX. Environmental Earth Sciences, 71(6), 2629-2640.
  33. Uddameri, V., Singaraju, S., & Hernandez, E. A. (2014); Impacts of sea-level rise and urbanization on groundwater availability and sustainability of coastal communities in semi-arid South Texas; Environmental Earth Sciences, 71(6), 2503-2515.
  34. Uddameri, V., & Andruss, T. (2014); A GIS-based multi-criteria decision-making approach for establishing a regional-scale groundwater monitoring; Environmental Earth Sciences; 71(6), 2617-2628.
  35. Uddameri, V., & Andruss, T. (2014); A statistical power analysis approach to estimate groundwater-monitoring network size in Victoria County Groundwater Conservation District, Texas; Environmental Earth Sciences; 71(6), 2605-2615.
  36. Uddameri, V., Singaraju, S., & Hernandez, E. A. (2014); Temporal variability of freshwater and pore water recirculation components of submarine groundwater discharges at Baffin Bay, Texas; Environmental Earth Sciences; 71(6), 2517-2533.
  37. Uddameri, V., Hernandez, E. A., & Singaraju, S. (2014); A successive steady-state model for simulating freshwater discharges and saltwater wedge profiles at Baffin Bay, Texas; Environmental Earth Sciences; 71(6), 2535-2546.
  38. Hernandez, E. A., Uddameri, V., & Singaraju, S. (2014); Combined optimization of a wind farm and a well field for wind-enabled groundwater production; Environmental Earth Sciences; 71(6), 2687-2699.
  39. Hernandez, E. A., Uddameri, V., & Arreola Jr, M. A. (2014); A multi-period optimization model for conjunctive surface water–groundwater use via aquifer storage and recovery in Corpus Christi, Texas; Environmental Earth Sciences; 71(6), 2589-2604.
  40. Uddameri, V., Kakarlapudi, C., & Hernandez, E. A. (2014); A GIS enabled nested simulation-optimization model for routing groundwater to overcome spatio-temporal water supply and demand disconnects in South Texas; Environmental Earth Sciences; 71(6), 2573-2587.
  41. Uddameri, V., Hernandez, E. A., & Estrada, F. (2014); A multidimensional fuzzy least-squares regression approach for estimating hydraulic gradients in unconfined aquifer formations and its application to the Gulf Coast aquifer in Goliad County, Texas; Environmental Earth Sciences; 71(6), 2641-2651.
  42. V. Uddameri and K. Venkataraman (2013); Assess the effect of initial vapor-phase concentrations on inhalation risks of disinfection-by-products (DBP) in multi-use shower facilities; Clean Technologies and Environmental Policy; 15(4); 591-606.
  43. Hernandez, E., Uddameri, V. (2012). An assessment of optimal waste load allocation and assimilation characteristics in the Arroyo Colorado River watershed, TX along the US–Mexico border. Clean Technologies and Environmental Policy, 15(4); 617-631.
  44. K. Venkataraman and V. Uddameri (2012); Modeling Simultaneous Exceedance of Drinking-Water Standards of Arsenic and Nitrate in the Southern Ogallala Aquifer using Multinomial Logistic Regression; Journal of Hydrology; 458-459; 16-27.
  45. K. Venkataraman and V. Uddameri (2012); A GIS-based Evaluation of Risks due to Trihalomethane Exposure during Showering in Coastal Texas; Clean Technologies and Environmental Policy; Vol 14, 551-561.
  46. E. A. Hernandez and V. Uddameri (2010); A Multi-attribute Decision Making Model for Agricultural Best Management Practice Selection using Intuitionistic Fuzzy Sets; Water Resources Management; 24; 4589-4612.
  47. V. Uddameri and V. Honnungar (2010); An Optimization Model for Transport of Hazardous Wastes from Maquiladoras along the Texas-Mexico border; International Journal of Environmental Technology & Management; 13; 4-20.
  48. V. Uddameri (2010); An Analytical Solution to Model Aquaculture Wetland under Intermittent Loadings and Variable Initial Conditions; Environmental Modeling and Assessment; 15; 27-35.
  49. R. Jensen and V. Uddameri (2009) Using Communications Research to Gather Stakeholder Preferences to Improve Groundwater Management Models; Journal of Science Communication; 8; A2-A10.
  50. V. Uddameri and B. Dyson (2007) Decision Analytic Approaches for Designing Aquaculture Treatment Wetlands Subject to Intermittent Loadings Under Uncertainty; Water Air and Soil Pollution; 186; 297-309.
  51. V. Uddameri (2007); Systems Analysis for Sustainable Aquifer Management in Semi-Arid South Texas; Environmental Geology; 51 (6) 883-884.
  52. V. Uddameri (2007); Using Statistical and Artificial Neural Network Models to Forecast Potentiometric Levels at a Deep Well in South Texas; Environmental Geology; 51 (6) 885-895.
  53. V. Uddameri and M. Kuchanur (2007); Estimating Aquifer Recharge in Mission River Watershed, TX - Model Development and Calibration using Genetic Algorithms; Environmental Geology; 51 (6) 897-910.
  54. V. Uddameri and V. Honnungar (2007); Interpreting Sustainable Yield of an Aquifer using a Fuzzy Framework; Environmental Geology; 51(6) 911-919.
  55. V. Uddameri and M. Kuchanur (2007); Simulation-optimization Approach to Assess Groundwater Availability in Refugio County, TX; Environmental Geology; 51(6) 921-929.
  56. V. Uddameri and V. Honnungar (2007); Combining Rough Sets and GIS Techniques to Assess Aquifer Vulnerability Characteristics in Semi-Arid South Texas; Environmental Geology; 51(6) 931-939.
  57. V. Uddameri (2007); Bayesian Analysis of Groundwater Quality in a Semi-arid Coastal County of South Texas; Environmental Geology; 51(6) 941-951.
  58. V. Uddameri (2007); A Dynamic ÐßÐßÊÓƵming Model for Optimal Planning of Aquifer Storage and Recovery (ASR) Facility Operations; Environmental Geology; 51 (6) 953-962.
  59. Hernandez and V. Uddameri (2006); Hazardous Waste Assessment Management and Minimization – A Review; Water Environment Research; 78 (10): 1802-1808.
  60. V. Uddameri and S. Mohan (2006); An Optimal Control Approach to Assess Baseflow Externalities; Clean Technologies and Environmental Policy; 8 (4): 261-272.
  61. V. Uddameri (2005); Groundwater and Sustainability; Clean Technology & Environmental Policy; 7: 1-2.
  62. S. Jones and V. Uddameri (2005); Hazardous Waste Assessment Management and Minimization-A Review; Water Environment Research; 77: 2310-2143.
  63. S. Jones and V. Uddameri (2004); Hazardous Waste Assessment Management and Minimization – A Review; Water Environment Research; 76(6); 1857-1871.
  64. V. Uddameri (2004); Relationships of Longitudinal Dispersivity and Scale Developed from Fuzzy Least square Regression; Environmental Geology; Vol 45(8); 1172-11178.
  65. V. Uddameri and M. Kuchanur (2004); Fuzzy QSARs for Predicting logKoc of Persistent Organic Pollutants; Chemosphere; Vol 54(6); 771-776.
  66. V. Uddameri and E. Hernandez (2004); Comment on the Association of Hydrophobic Organic Contaminants with Soluble Organic Matter: Evaluation of the Database of Kdoc Values by Henry Mott; Advances in Environmental Research; Vol 8(3-4); 727-728.
  67. V. Uddameri (2003); Estimating Natural Attenuation Rate Constants using a Fuzzy Framework; Ground Water Monitoring and Remediation; Vol. 23(3); 105-111.
  68. V. Uddameri and M. Kuchanur (2003); Technology and Knowledge Transfer Opportunities along the South Texas-Mexico Border; International Journal of Technology Transfer and Commercialization; Vol. 2(4); 429-450.
  69. V. Uddameri (2003); Implementation Considerations for Development of a Web-based Decision Support System for Risk-Based Corrective Action Analysis; International Journal of Technology Transfer and Commercialization; Vol. 2(3); 328-338.
  70. V. Uddameri (2003); Using the Analytic Hierarchy Process for Selecting an Appropriate Fate and Transport Model for Risk-Based Decision Making at Hazardous Waste Sites; ASCE Journal of Hazardous, Toxic and Radioactive Waste; (formerly ASCE Practice Periodical for Hazardous, Toxic and Radioactive Wastes); Vol 7(2); 139-146.
  71. V. Uddameri (2002); Knowledge Management to Support Fate and Transport Modeling Efforts in Risk-based Decision Making Frameworks – Salient Issues and Model Development; Clean Technologies and Environmental Policy; Vol 4(3); 140-150.
  72. V. Uddameri (2001); MTBE Transport Screening Analysis in Vadose Zone Risk and Liability Apportionment; Environmental Forensics; Vol 2(4); 105-112.
  73. V. Uddameri (2001); A Systems-Based Approach to Managing Leaking Underground Fuel Tank Sites; Clean Technologies and Environmental Policy; Vol 2(3); 140-150.
  74. P. Roberts, A. Sharma, V. Uddameri, L. Steck (2001); Enhanced DNAPL Transport in a Sand Core during a Dynamic Stress Stimulation; Environmental Engineering and Science; Vol 18(2); 67-80.
  75. V. Uddameri, S. Norton, J. Kahn, J. Scofield; (1995); Randomized Intervention Analysis of the Response of West Bear Brook Watershed in Maine; Water Air and Soil Pollution; 79(1/4); 131-140.

Book Chapters – Peer or Technical Editorial ÐßÐßÊÓƵ Reviewed

  1. Guerrero, Jourdan Bell, Dana Porter, John Tracy, Chuck West, and Venki Uddameri (2021);
  2. The Importance of Best Management Practices, Policy Analysis, and Modeling Future Projections for the Ogallala Aquifer in Texas 2021 Ogallala Aquifer Virtual Summit White Paper (http://ogallalawater.org/wp-content/uploads/2021/02/Texas-White-Paper-Ogallala-Summit-Feb-15_DD.pdf)
  3. Uddameri, A. Karim, E. A. Hernandez, P. K. Srivastava (2017); Sensitivity of Wells in a Large Groundwater Monitoring Network and its Evaluation using GRACE Satellite Derived Information; Sensitivity Analysis in Earth Observation Modelling; G. P. Petropolous and P. K. Srivastava (editors); Elsevier; pp 235-256
  4. Uddameri and D. Reible (2015); Water Availability in the Permian Basin Region of West Texas; Hydraulic Fracturing Impacts and Technologies; V. Uddameri, A. Morse, K. Tindle (editors); CRC Press; pp 133-158
  5. A GIS Based Assessment of Wastewater Disposal Impacts in Permian Basin, Texas; Hydraulic Fracturing Impacts and Technologies; V. Uddameri, A. Morse, K. Tindle (editors); CRC Press; pp 187-206 
  6. Uddameri and S. Singaraju (2015); Environmental Impacts of Unconventional Natural Gas Production; Environmental Manager; Aug. 2015 Issue; Air and Waste Management Association; pp 20 – 27 (invited contribution)
  7. Uddameri, A. Morse, D. Reible (2014) Unconventional Oil and Natural Gas Resources and Development and their Potential Environmental Impacts; Environmental Manager; July 2014 issue; Air and Waste Management Association; pp 18-25 (invited contribution).
  8. Uddameri and V. P. Singh (2012); The Competition between Environmental, Urban and Rural Groundwater Demands and the Impacts on Agriculture in the Edwards Aquifer Area, Texas; Soil Water and Agronomic Productivity - Special Issue on Climate Change and its Impacts on Agriculture and Food Security; Vol 19; Dr. Rattan Lal and B. A. Stewart (editors); pp 117-130 (invited contribution)
  9. Uddameri and V. Honnungar (2011); A Fuzzy Arithmetic Approach to Characterize Aquifer Vulnerability Considering Geologic Variability and Decision Maker’s Imprecision; Geoinformatics in Applied Geomorphology; S. Anbazhagan, S. K. Subramanian and X. Yang (editors); CRC Press Inc; pp 141-152 (Invited contribution)
  10. Uddameri and V. P. Singh (2008); The U.S. Experience on water supply and sanitation with particular reference to the interaction between public policy and management; Water and Sanitation Services: Public Policy and Management; José Esteban Castro and Léo Heller (editors); Earth Scan Publishers; ISBN: 978-1-84407-656-7; pp 261-272 (invited contribution)
  11. Uddameri, V. and Parvathinathan, G., 2007; Climate Change Impacts on Water Resources in South Texas. In: The Changing Climate of South Texas 1900-2100: Problems and Prospects Impacts and Implications; J. Norwine and J. Kuruvilla (Editors); ISBN: 978-0-9798426-0-3; pp109-126
  12. Uddameri; M. Kuchanur and N. Balija (2006); Simulation-Optimization Approaches for Groundwater Availability Estimation; In Studies in the Gulf Coast Aquifer; R. Mace, et al., (editors); Texas Water Development Board; Report 165; Austin, TX; pp 151-163 (invited contribution)
  13. Uddameri and D. Kumar (2005); A Multimedia Fate and Transport Model to Assess the Fate of Organic Pollutants in a South Texas Lake; In Contaminated Soils Vol. 10 – Successes and Challenges; E. J. Calabrese, P. T. Kostecki and J. Dragun (editors); Springer-Verlag, Inc.; pp 141-162
  14. Uddameri (2004); A Review of Fuzzy Set Theoretic Approaches and their Application in Environmental Practice; In Contaminated Soils Vol. 9 – Science in the Real World; E. J. Calabrese, P. T. Kostecki and J. Dragun (editors); Springer Verlag Inc.; pp 501-516
  15. Uddameri, L. Katz, W. Brutsaert and B. Hunter (1998); An Evaluation of SESOIL/AT123D Model at a Gasoline Contaminated Site in Maine; In Contaminated Soils Vol. 3; E. J. Calabrese, P. T. Kostecki and M. Bounazountas (editors); Amherst Scientific Publishers; pp 343-356

Select Conference Proceedings

  1. Dang, L. H. Nguyen, A. Karim, and V. Uddameri (2017). STOAViz: Visualizing Saturated Thickness of Ogallala Aquifer; ENVIRVIS 17 - The Visualization in Environmental Sciences Workshop; European Association for Computer Graphics; In press.
  2. Uddameri (2015); "Historical Assessment of Droughts in the Middle East and their Implications for Water Resources Management in the 21st Century; Arab Academy of Sciences Annual Meeting, Dec. 8- 9, Amman Jordan.
  3. Singaraju, V. Uddameri and E. A. Hernandez (2015) Impacts on Drought and Future Climate Change on Groundwater Dependent Systems; American Water Resources Association, Annual Conference, Denver.
  4. Venkataraman, V. Uddameri (2012) Evaluation of the Potential for Wind-powered Desalination in Coastal South Texas using Geo-spatial Techniques; AWRA GIS & Water Resources VII Specialty Conference; 6 pp.
  5. Uddameri and T. Andruss (2012) An Integrated Statistical GIS-based MCDM Framework for Groundwater Monitoring Network Design; AWRA GIS & Water Resources VII Specialty Conference; 6 pp.
  6. K . Venkataraman and V. Uddameri (2012) Delineating Simultaneous Arsenic and Nitrate Exceedances in the Southern Ogallala Aquifer, Texas; AWRA GIS & Water Resources VII Specialty Conference; 6 pp.
  7. Yilmaz and V. Uddameri (2010) Modeling and Robust Optimization of an Interconnected Lake-Aquifer System; IEEE International Conference on Control Applications; pp 2154-2159.
  8. Uddameri and J. Biswas (2010) Assessing the Dependence between Rainfall and Streamflow in the Bhagirathi River West Bengal India; Proceedings 3rd International Conference on Hydrology and Watershed Management with a Focal Theme on Climate Change, Food and Environmental Security; Feb 2-6, 2010, Vol I, 462-469.
  9. Uddameri (2008) A Simulation-Optimization Model for Transport of Hazardous Wastes from Maqiladora’s along US-Mexico Border; Proceedings Department of Defense Workshop on Sustainable Hazardous Waste Management; San Francisco, CA, (on CD-ROM).
  10. Uddameri (2004); Characterization of Environmental Systems; Remediation Weekly; October Issue.
  11. Uddameri (2004); Mathematical Models: Begin with the End in Mind; Remediation Weekly; March Issue.
  12. Uddameri (2003); Models Know Your Type; Contaminated Soils and Sediments Magazine; Sept. Issue.