A two-year field experiment was conducted at Regional Agricultural Research Station, Jessore during the rabi seasons of

Fertigation was found technically and economically feasible for tomato cultivation in winter as well as in summer. An experiment was conducted with summer tomato (BARI Hybrid Tomato-4) having 2 drip irrigation levels with different levels of NPK and micronutrient (B, Z n, and M g ) during kharif-1 seasons of 2007 and 2008. The fertilizer levels were N 100 P 55 K 120 kg/ha, N 100 P 55 K 120 B 1 Zn 4 Mg 4 kg/ha, N 100 P 70 K 140 kg/ha and N 100 P 70 K 140 B 2 Zn 6 Mg 8 kg/ha and the irrigation levels were drip irrigation at 2 days interval and drip irrigation at 3 days interval. The highest marketable yield of summer tomato (35.90 t/ha and 27.12 t/ha) were obtained from the fertigation treatment with fertilizer doses of N 100 P 55 K 120 B 1 Zn 4 Mg 4 kg/ha irrigated at 2 days interval in 2007 and 2008. The cull yield was also the lowest (2.53 t/ha and 1.15 t/ha) in this treatment in both the years. The lowest tomato yield (20.50 t/ha and 18.29 t/ha) were obtained from the treatment with fertilizer doses N 100 P 70 K 140 kg/ha irrigated at 2 days interval where no micronutrients were used. Fruit quality parameters like TSS, Vitamin-C and β-carotene were also the highest for the best yielder. So, use of micronutrients with NPK showed a significant effect on quality fruits as well as yield of summer tomato. The best yielder treatment received 261.0 mm of seasonal water including an effective rainfall of 60.5 mm during the crop seasons. The highest BCR (4.41) was also found in the same treatment.