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The aim of the present study was to observe the response of maize hybrids  under rainfed and irrigation conditions of the soil in order to establish the  dependence of yielding potential on the water amounts reaching the soil  surface during the growing season. The four-replicate trail was set up  according to the randomised complete-block design on chernozem. Pre-watering  soil moisture was approximately 70% of field water capacity, and soil  moisture was established thermogravimetrically. During the five-year studies,  the following differences in yields could be as follows: 12.68 t ha-1 (ZP  341); 12.76 t ha-1 (ZP 434); 13.17 t ha-1 (ZP 578); 14.03 t ha-1 (ZP 684) and  13.75 t ha-1 (ZP 704) under conditions of 440 mm, 440 mm, 424 mm, 457 mm and  466 mm of water, respectively. The hybrid ZP 341, i.e. ZP 578 expressed the  highest, i.e. the lowest tolerance in dry relative seasons, respectively. The  reduction of the water amount for every 10 mm decreased the yield by 119.4 kg  ha-1 (ZP 341), 156.7 kg ha-1 (ZP 434), 172.3 kg ha-1 (ZP 578), 148.9 kg ha-1  (ZP 684) and 151.1 kg ha-1 (ZP 704). [Projekat Ministarstva nauke Republike  Srbije, br. TR 31037

The dependence of maize (Zea mays) hybrids yielding potential on the water amounts reaching the soil surface