APPLICATION OF BIOTHECHNOLOGY AGRICULTURAL BY MANURE, EFFORT OF SESAME PRODUCTION IN COASTAL SANDY LAND
Dewi Ratna Nurhayati, Yudhono, Prapto, Taryono Eko Hannudin
Abstract
Dewi Ratna Nurhayati, Yudhono, Prapto, Taryono Eko Hannudin
Abstract
Coastal sandy land as one of marginal land which potential become to be a sustainable productive land. Annual crops such as Sesame cultivation proper to developed as an agribusiness crops in coastal sandy land. Integrated fertilizer model ( by manure, or organic fertilizer and in organic fertilizer )Manure fertilizer, is one of Biotechnology in agricultures products. This study aimed to know the growth and yield of Sesame (Sesamum indicum L.) in quantity and quality through the combination treatment of manure and inorganic proportionately which refers to the dose and type of manure elected. Phase II study conducted in a polybag, for planting. This study conducted in Banguntapan Yogyakarta, Agricultural station lab. from September ‐ December 2012 aimed to determine the proportion of fertilizer best combination of sesame results based on the dose of manure was selected from the results of the Phase I study (chicken manure 30 t / ha). This study used a factorial experiment (7 X 2) were prepared by completely randomized design (CRD) with repetition three times. Experiment arranged in factorial with two‐factor, repeated three times. First factor is combination of manure and inorganic fertilizer (K), there are 7 types: (Sandy Land media: K0 1. Chicken manure 30 t / ha: K1, 2. Chicken manure 15 tonnes / ha (100% recommendation farmers) + inorganic fertilizers (N, P, K deficiency is equivalent to substitute 15 tonnes / ha of chicken manure): K2, 3. chicken manure 11.25 tonnes / ha (75% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 18.75 tonnes / ha of cow manure): K3 4. chicken manure 7.5 t / ha (50% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 22.5 tonnes / ha of chicken manure): K4 ,5. chicken manure 3.75 t / ha (25% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 26.25 tonnes / ha of chicken manure): K5 ,6. inorganic fertilizers (N, P, K deficiency replacement dose is equivalent to 30 tons / ha of chicken manure): K6.Second factor is the variety: Sumberrejo‐1, Sumberrejo‐2, Variable observed were: plant height, days to flowering, day of harvest, seed weight per plant, weight of 1000 seeds, and seed oil content. The data analyzed by Anova 5%, with further testing Duncan 5%. The results showed The fastest flowering (45 days) was on the control treatment. The age of harvest is almost the same, 105 days. Highest total seed oil content, 42.72%, obtained in the treatment of chicken manure 7.5 t / ha (50% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 22.5 tonnes / ha of chicken manure) in Sumberrejo‐1 Keywords: Coastal sandy land, organic fertilizer, in organic, Sumberrejo‐1, Sumberrejo‐2 Sesame (Sesamum indicum L.)
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Coastal sandy land as one of marginal land which potential become to be a sustainable productive land. Annual crops such as Sesame cultivation proper to developed as an agribusiness crops in coastal sandy land. Integrated fertilizer model ( by manure, or organic fertilizer and in organic fertilizer )Manure fertilizer, is one of Biotechnology in agricultures products. This study aimed to know the growth and yield of Sesame (Sesamum indicum L.) in quantity and quality through the combination treatment of manure and inorganic proportionately which refers to the dose and type of manure elected. Phase II study conducted in a polybag, for planting. This study conducted in Banguntapan Yogyakarta, Agricultural station lab. from September ‐ December 2012 aimed to determine the proportion of fertilizer best combination of sesame results based on the dose of manure was selected from the results of the Phase I study (chicken manure 30 t / ha). This study used a factorial experiment (7 X 2) were prepared by completely randomized design (CRD) with repetition three times. Experiment arranged in factorial with two‐factor, repeated three times. First factor is combination of manure and inorganic fertilizer (K), there are 7 types: (Sandy Land media: K0 1. Chicken manure 30 t / ha: K1, 2. Chicken manure 15 tonnes / ha (100% recommendation farmers) + inorganic fertilizers (N, P, K deficiency is equivalent to substitute 15 tonnes / ha of chicken manure): K2, 3. chicken manure 11.25 tonnes / ha (75% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 18.75 tonnes / ha of cow manure): K3 4. chicken manure 7.5 t / ha (50% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 22.5 tonnes / ha of chicken manure): K4 ,5. chicken manure 3.75 t / ha (25% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 26.25 tonnes / ha of chicken manure): K5 ,6. inorganic fertilizers (N, P, K deficiency replacement dose is equivalent to 30 tons / ha of chicken manure): K6.Second factor is the variety: Sumberrejo‐1, Sumberrejo‐2, Variable observed were: plant height, days to flowering, day of harvest, seed weight per plant, weight of 1000 seeds, and seed oil content. The data analyzed by Anova 5%, with further testing Duncan 5%. The results showed The fastest flowering (45 days) was on the control treatment. The age of harvest is almost the same, 105 days. Highest total seed oil content, 42.72%, obtained in the treatment of chicken manure 7.5 t / ha (50% of farmers recommendation) + inorganic fertilizers (N, P, K deficiency replacement dose equivalent to 22.5 tonnes / ha of chicken manure) in Sumberrejo‐1 Keywords: Coastal sandy land, organic fertilizer, in organic, Sumberrejo‐1, Sumberrejo‐2 Sesame (Sesamum indicum L.)
Key concepts: Manure, Fertilizer, Sesamum, Cow dung, Sowing, Agronomy, Environmental science, Agriculture