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Integrated Nutrient Management in Teak through Fertigation


     

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A trial on integrated nutrient management in teak through fertigation was conducted on medium black soils during 1995 at 'Teak Farm' Murakatti, Dharwad (Karnataka) under irrigated conditions. Teak was planted at 2 m apart. The factorial experiment consisted of three fertilizer levels, viz., D1 100:50:100, D2 200:100:200, D3 300:150:300, N:P205:K2O kg/ha and five frequencies of fertigation, viz., F1-two, F2-three, F3-four, F4-six splits a year, F5-soil application in two splits. Biomass production did not differ significantly during first year. The total biomass (28 MAP) increased significantly by 9.6 and 6.1 percent in D2 and D3 levels, respectively as compared to D1 level. Similar trend was observed in height, dbh and basal area. Fertigation in six splits a year increased the total biomass of teak by 36 percent as compared two splits of fertigation or soil application in a year. Both height and dbh were significantly higher with fertigation in six splits as compared to soil application. Ibteraction effect was non-significant.
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S. M. Mutanal

A. S. Prabhakar

B. S. Nadagoudar


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  • Integrated Nutrient Management in Teak through Fertigation

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Abstract


A trial on integrated nutrient management in teak through fertigation was conducted on medium black soils during 1995 at 'Teak Farm' Murakatti, Dharwad (Karnataka) under irrigated conditions. Teak was planted at 2 m apart. The factorial experiment consisted of three fertilizer levels, viz., D1 100:50:100, D2 200:100:200, D3 300:150:300, N:P205:K2O kg/ha and five frequencies of fertigation, viz., F1-two, F2-three, F3-four, F4-six splits a year, F5-soil application in two splits. Biomass production did not differ significantly during first year. The total biomass (28 MAP) increased significantly by 9.6 and 6.1 percent in D2 and D3 levels, respectively as compared to D1 level. Similar trend was observed in height, dbh and basal area. Fertigation in six splits a year increased the total biomass of teak by 36 percent as compared two splits of fertigation or soil application in a year. Both height and dbh were significantly higher with fertigation in six splits as compared to soil application. Ibteraction effect was non-significant.