Water-yield relationship of greenhouse-grown strawberry under limited irrigation

In this study, the traditional full/deficit irrigation and partial root drying (F-PRD) techniques with four different amounts of (100%, 80%, 60% 40%) were examined on Rubygem Strawberry species under controlled greenhouse conditions, in terms yield, yield parameters, WUE, IWUE, response factor (ky), etc. their possible reactions have been investigated. study which fresh seedlings used, planted rows a triangular form at intervals 20×20 cm double rows. Irrigation applications carried out by drip method amount water control treatment (I100) was calculated using measurements taken from an A-Class evaporation pan. Eight treatments including (I100, I80, I60, I40) fixed-partial (F-PRD100, F-PRD80, F-PRD60, F-PRD40) within scope study. applications, both sides plant zone irrigated. However, during entire growing season technique, one-half kept wet, other half left relatively dry. The values ranked as, high to low, F-PRD100>I100>F-PRD80>I80>F-PRD60>I60>I40>F-PRD40. treatments, obtained I80 F-PRD80 statistically similar (Duncan 5%) I100 F-PRD100 treatments. it could be stated that is more advantageous. It found affects yield-related parameters strawberry plants. general, as deficit increased (in I40 F-PRD40 treatments), level negative impact also increased. As result research, proposed for cultivation strawberries, particularly, arid semi-arid regions, depending availability water.