Dergiler / EURASIAN JOURNAL OF SOIL SCIENCE

2022 · Cilt: 11 - Sayı: 2

MakaleYazarSayfa
Micromorphological and mineralogical features of saline playa surface sediments from two large Trans-Uralian lakesTamara DUDNİKOVA, Andrey BARBASHEV, Elizaveta KONSTANTİNOVA, Alexandr KONSTANTİNOV, Andrey NOVOSELOV, Iliya LOBZENKO93–101
Spatial modeling of soil salinity using kriging interpolation techniques: A study case in the Great Hungarian PlainGhada SAHBENİ, Balázs SZÉKELY102–112
Properties, geochemical composition, and fertility of highly weathered soils in Central PhilippinesVictor B. ASİO, Snowie Jane C. GALGO113–125
Integrated use of bio-organic and chemical fertilizer to enhance yield and nutrients content of tomatoMatiullah KHAN, Neal S. EASH, Taqi RAZA, Javid IQBAL, Shoaib AHMED, Rizwan AHMAD126–132
Soil properties and grape yield of vineyard as affected by sawdust addition in a semi-arid regionSezai DELİBACAK, Lelenda Florent KEBALO133–140
Effect of different organic wastes on biological properties of maize (Zea Mays Indendata) rhizosphereGulmira YELİBAYEVA, Asset ZHYLKİBAYEV, Dauren KAZKEYEV, Jansulu YESSENBAYEVA, Gulsun BAYADİLOVA, Venera M. KARASSEVA141–150
Seed priming with NaCl improves germination in maize under saline soil conditionsSampada TİMİLSİNA, Rajendra BAM, Min KANDEL, Janardan LAMİCHHANE, Bhoj Raj PANT, Ganesh MAHARA, Dhiraj CHAUDHARY, Tirtha Raj BAJGAİ, Uttam BHATTARAİ, Jitendra UPADHYAYA151–156
Influence of the biochar on petroleum hydrocarbon degradation intensity and ecological condition of Haplic ChernozemTatiana MİNKİNA, Sergey KOLESNİKOV, Tatiana MİNNİKOVA, Svetlana SUSHKOVA, Kamil KAZEEV, Saglara MANDZHİEVA, Anna RUSEVA157–166
Effects of low-intensity fire on soil organic carbon stocks and physicochemical properties in the Mediterranean ecosystemMehmet PARLAK167–173
Effect of climatic conditions on the productive and biochemical characteristics of grape varieties grown on sierozem soilShokan N. KULZHANOV, Tolepbergen S. TAZHİBAEV, Laura A. AZHİTAEVA, Maira YESSENALİYEVA, Saule Z. KAZYBAYEVA174–183