TY  - BOOK
AU  - Vreča, Polona||Kern, Zoltán
TI  - Use of Water Stable Isotopes in Hydrological Process
KW  - precipitation||stable isotope ratios||local meteoric water line||amount-weighted mean||linear regression||confidence||prediction and generalized intervals||stable isotopes D and 18O||moisture source||temperature effect||precipitation amount effect||regionalization||China||oxygen isotopes||sulfur isotopes||isotopic composition of water||bacterial sulfate reduction||sulfide oxidation||atmospheric sulfate||peatland||unconfined aquifer||mineralization of organic matter||isotopic techniques||water isotopic signature||3H- and 14C-dating||saltwater intrusion||Red River’s delta||Vietnam||Sutri Dhaka||Chandra Basin||Western Himalaya||hydrograph separation||stable water isotope||specific ablation||stable isotopes||HYSPLIT model||MWL validation||karstic springs||spatial variations||Naqu River basin||Qinghai–Tibet Plateau||stable water isotopes||hydrogen||oxygen||soil water||fine root system||groundwater||isotope hydrology||stable nitrate isotopes||Zagreb||Croatia||2H/1H and 18O/16O||deuterium excess||δ18O–temperature relation||tritium||self-organizing map||radon||major ions||alluvial fan||paddy rice field||deuterium and oxygen-18||hydrogeological conceptual model||alluvial aquifer||Varaždin area||δ2H||inverse modeling||vadose zone||sensitivity analysis||soil hydraulic parameters estimation||groundwater recharge||d-excess||elevation effect||altitude effect||continental effect||Slovenia||Hungary||water cycle||measurement traceability||precipitation (rain and snow)||surface water||water management||networks and data bases||statistical evaluation
UR  - https://mdpi.com/books/pdfview/book/2966
ER  -