Publicaciones en revistas internacionales
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1.- An empirical model to calculate soil solution electrical conductivity at 25şC an up to 30 dSm-1 from major ion concentrations. Visconti F., José Miguel de Paz, Rubio J.L. European Journal of Soil Science (in press). |
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2.- Spatial evaluation of soil salinity using the WET sensor in the irrigated area of the Segura river lowland. José Miguel de Paz, Visconti F., Rubio J.L. Journal of Plant Nutrition and Soil Science. (in press). |
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| 3.- What information does the electrical conductivity of soil water extracts of 1 to 5 ratio (w/v) provide for soil salinity assessment of agricultural irrigated lands?. Visconti F., José Miguel de Paz, Rubio J.L. Geoderma. 154:387-397. 2010. |
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| 4.- Calcite and gypsum solubility products in water-saturated salt-affected soil samples up to 14 dS m-1. Visconti F., José Miguel de Paz, Rubio J.L. European Journal of Soil Science 75: 20-32. 2010. |
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| 5.- EU-Rotate_N - a European Decision Support System – to Predict Environmental and Economic Consequences of the Management of Nitrogen Fertiliser in Crop Rotations. CR Rahn, K Zhang, R Lillywhite, C Ramos, J Doltra, José Miguel de Paz, H Riley, M Fink, C, Nendel, K Thorup Kristensen, F Piro, A Venezia, C Firth, U Schmutz, F Rayns, K Strohmeyer. European Journal of Horticultural Science 75(1). 2010. | (abstract) |
| 6.- Principal component analysis of main chemical properties in soil saturation extracts from a Mediterranean irrigated area (Segura River Lowland, SE Spain). Visconti F., José Miguel de Paz, Rubio J.L. Geoderma 151:407-416. 2009. |
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| 7.- Use of a new GIS Nitrogen Index Assessment Tool for Evaluation of Nitrate Leaching Across a Mediterranean Region. José Miguel de Paz, Delgado J.A., Ramos C., Shaffer M.J., Barbarick K.K.; Journal of Hydrology 365:183–194. 2009. | |
| 8.- Application of NLEAP model to evaluate the nitrogen fertilizer management in Argentina and Spain. Lavado R.S., José Miguel de Paz, Delgado J.A., Rimsky-Korsakov E., Advances in Nitrogen Management for Water Quality. Society for Soil and Water Conservation (US). (in press) | (abstract) |
| 9.- Application of a GIS-AF/RF model to assess herbicide leaching risk in a citrus area of the Valencia Community (Spain). José Miguel de Paz, Rubio J.L. Science of the Total Environment 371: 44-54. 2006. | |
| 10.- A combined use of a GIS and environmental indicators for the assessment of the chemical, physical and biological soil egradation in a mediterranean region of Spain. José Miguel de Paz, Sanchez J., Visconti F. 2006. Journal Environmental Management 79:150-162. | |
| 11.- The integration of two simple models in a GIS to evaluate risk of soil salinisation in irrigated land of the Valencian Community in Spain. José Miguel de Paz, Visconti F., Zapata R., Sanchez J. Soil Use and Management 20: 333-345. 2004. | |
| 12.- Development of an equation to relate electrical conductivity to soil and water salinity in an agricultural mediterranean environment. Visconti F., José Miguel de Paz, Zapata R., Sánchez J. Australian Journal Soil Research 42: 381-388. 2004. | |
| 13.- Simulation of nitrate leaching for different nitrogen fertilization rates in a region of Valencia (Spain) using a GIS-GLEAMS system. José Miguel de Paz, Ramos C.. Agriculture, Ecosystem and Environment 103:59-73. 2004. | |
| 14.- Linkage of a geographical information system with GLEAMS model to assess nitrate leaching in agricultural areas. José Miguel de Paz, Ramos C. Environmental Pollution 118: 249-258. 2002. | |