| Author(s) |
Title |
Jafarzadeh, A.A.,
Alamdari, P.,
Neyshabouri, M.R.,
Saedi, S. |
Land suitability evaluation of Bilverdy research station for wheat, barely, alfalfa, maize and safflower |
Lichner Ľ.,
Hernandez Fernandez M.T., Mataix-Solera J.,
Štekauerová V., Zaujec A.,
Garcia Izquierdo C. |
Assessing the microbiological, biochemical, soil-physical and hydrological effects of amelioration of degraded soils |
Tesař M., Šír M.,
Lichner Ľ., Čermák J. |
Plant transpiration and net entropy exchange on the Earth’s surface |
| Arens S., Kleidon A. |
Biospheric influence on soil pH and weathering rates in a global scale model |
| Czachor H. |
New approach of soil wettability quantification: theory and preliminary results |
Dohnal M., Dusek J.,
Vogel T., Cislerova M.,
Lichner L.,
Stekauerova V. |
Dual-permeability modeling of dye tracer infiltration into soil with biopores |
| Doležal F., et. al. |
Dual permeability soil water dynamics, plant growth and water uptake by roots in irrigated potato fields |
Gerke, H.H.,
Kuchenbuch R.O. |
Root effects on soil water and hydraulic properties |
Kodešová R., Pavlů L.,
Žigová A., Kodeš V.,
Nikodem A. |
Impact of varying soil plant cover on soil micromorphology and hydraulic properties |
Neyshabouri M.R.,
Safaralizade N., Oustan S.,
Tourchi, M. |
Effects of some soil physical and chemical attributes on three aggregate stability indices |
Sněhota M., Jelinková V.,
Sobotková M., Ray Ch.,
Císlerová M. |
Impact of the biopores morphology on infiltration properties of soil |
Šír M., Lichner Ľ.,
Tesař M., Martinková M. |
Simulation of phytomass productivity based on the optimum temperature for plant growth in a cold climate |
Oustan S., Jafarzadeh A.,
Aliasgharzad N. |
Electrical conductivity as a salient factor in saline-sodic soils of Tabriz plain |