Iran is located at arid and semi-arid region of the world which in the recent years, has encountered challenges of food and water security. Reduction of water resources related to increasing of population, has been always mankind’s challenges which need some investigations. The most quantity of water is used by agricultural sector. Using sustainable agriculture and high value agricultural products such as saffron plant (as red gold and the most expensive spice in the world) and using moisture absorbent for better management with increasing water use productivity, are important solutions in order to face with mentioned challenges. Using super absorbent polymers should be considered as appropriate method for holding moisture in the soil that reduces and optimizes water usage. In this study, effects of using moisture absorbents polymers with three different irrigation frequencies on growth indices of saffron plant have been evaluated. A split plot experimental design with completely randomized blocks has been used with 33 treatments and 3 replications. The treatments were: three irrigation frequencies (14, 21 days and regional irrigation frequency used by farmers), nine absorbent treatments that consisted Aquasorb, Stockosorb and Boloorab absorbent with three levels of 100, 200 and 300 kg.ha -1 and finally two other treatments one of them is mixture of soil with fertilizer trap based on regional agricultural activities and the other is control treatment with no fertilizer or any other amendments. According to obtained results effect of livestock fertilizer on most of saffron plant characteristics were statistically significant in comparison with other treatments. For moisture absorbents, the best plant yield and yield components of the plant were obtained by 300 kg.ha -1 application of absorbent treatment. Aquasorb super absorbent effects on some of plant characteristics were better than the other polymerized super absorbents. Among the production indices of the saffron plant, corms, fresh flower, dry stigma can be mentioned which are the most economical indices. Among spreading index, corms which is more than 8 g, is related to Aquasob treatment with level of 300 kg.ha -1 for 14 days irrigation frequency. For 21 days irrigation frequency, Aquasob treatment with level 300 kg.ha -1 absorbent application in combination with fertilizer trap had similar and better results than the other treatments. For all of three irrigation frequencies, the most of fresh flower production was obtained by Aquasob treatment with 300 kg.ha -1 level of absorbent application and fertilizer trap. The dry stigma in this experimental design Aquasob and Boloorab moisture absorbent at 300 kg.ha -1 for 14 days irrigation frequency and 21 days irrigation frequency, the most yield were obtained by Aquasob treatment at level 300 kg.ha -1 . According to irrigation frequencies which were applied in this study and investigation of irrigation water use efficiency based on stigma yield, the most yield was obtained as consequences of 21 days irrigation frequency with using Aquasob super absorbent at 300 kg.ha -1 and fertilizer trap consisted 0.7473 and 0.7929 g.m -3 , respectively. Spreading of the root is truly important for sustainable growth of plant for later years, so the treatments consisted Aquasob super absorbent at 300 kg.ha -1 and fertilizer trap had better prformence for water use. Keywords: saffron, superabsorbent, Aquasorb, Stockosorb, Boloorab, fertilizer trap