The study was conducted in two CVDP villages named Raicho and Joypur (South). Each demonstration plot contained four treatments in four sub-plots (each sub-plot area 36 sq m). Raicho village: In Raicho village Demonstration trial of Cauliflower was grown by using the following four treatments: * Treatment –T1: Recommended dose of chemical fertilizer like Urea, TSP and MP were applied at the rate of 250kg/ha (900g/sub plot), 150 kg/ha (540g/sub plot) and 200kg/ha (720g/subplot). Here urea was applied three times accordingly 10,30,and 50 days after sowing. • Treatment –T2: TSP and MP were applied at the rate of 150 kg/ha (540g/sub plot) and 200kg/ha (720g/sub plot). On the other hand, urine was applied with mixing water (3-6 times) in the vegetable field in total six times .1st application was 20 L before sowing the seedling. Then the approximate amount of 10L, 15 L, 15L, 15 L, and 15L urine were applied according to 10, 30, 40, 60, and 70 days respectively after planting. * Treatment –T3: In this plot only urine was applied to test the efficiency of urine as urea fertilizer. Total six times, urine was applied with mixing water (3 times) in the vegetable field .1st application was 34L before sowing the seedling. Then the approximate amount of 20L, 30 L, 30 L, 30 L, and 30L urine were applied according to 10, 30, 40, 60,and 70 days respectively after planting * Treatment –T4: In this sub plot no input was applied (control). Joypur (South) village: In Raicho village Demonstration trial of Cabbage was grown by using following four treatments. * Treatment –T1: Recommended dose of chemical fertilizer applied in T1 (BARI?2004), Urea, TSP and MP were applied at the rate of 300kg/ha (1080 g/ subplot), 200 kg/ha (720 g / sub plot) and 250 kg/ha (900 g/ sub plot). In this plot urea was applied three times accordingly 10,30, and 50days after sowing. * Treatment –T2: TSP and MP were applied at the rate of 200 kg/ha (720 g/sub plot) and 250 kg/ha (900 g/sub plot). On the other hand, urine was applied total six times with mixing water (1:3?6 times) in the vegetable field, as nitrogen fertilizer. 1st application was 25 L before sowing the seedling. Then the approximate amount of 20L, 30 L, 30 L, 25 L, and 25L urine were applied according to 10, 30, 40, 60, and 70 days respectively after planting * Treatment –T3: In this plot only urine was applied to test the efficiency of urine as fertilizer. Urine was applied with mixing water (1:3?6 times) in the vegetable field total six times .1st application was 40L before transplanting the seedling. Then the approximate amount of 40L, 50 L, 60 L, 50 L, and 50L urine were applied according to 10, 30, 40, 60, and 70 days respectively after planting. * Treatment –T4: In this sub-plot no input was applied (control). Collection and analysis of urine: The newly introduced eco-toilet contains a urine tank, where urine stored during the urination or defecation time. Due to the washing habit of the people after urination, some water was also mixed with urine that flows to the urine tank. Urine samples were collected from the eco-toilet and make a composite sample. The urine working sample was analyzed in Central Laboratory, Soil Resource Development Institute (SRDI), Dhaka. Nutrient content of stored urine (volume basis) ,PH 8.7, N 0.7%, P 0.24%, K 0.07%.