Efeito da aplicação de maturadores químicos na cultura da cana de açúcar (Saccharum spp.) variedade SP81-3250.

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Ronaldo da Silva Viana

1*

, Pablo Humberto Silva

2

, Miguel Angelo Mutton

2

, Marcia

Justino Rossini Mutton

2

,

Eduardo Rossini Guimarães

2

e Marcelo Bento

3

1_{Departamento de Produção Vegetal, Faculdade de Ciências Agrárias e Veterinária, Universidade Estadual de São Paulo,}_Via

de Acesso Prof. Paulo Donato Castelane, s/n, 14884-900, Jaboticabal, São Paulo, Brasil. 2_{Departamento de Produção Vegetal,} Faculdade de Ciências Agrárias e Veterinária, Universidade Estadual de São Paulo, Jaboticabal, São Paulo, Brasil. 3Usina São Martinho, Jaboticabal, São Paulo, Brasil. *Autor para correspondência. E-mail: ronaldoviana@click21.com.br

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PUREZA CALDO testemunha y = -0,0009x2

+ 0,1941x + 77,051 R2

= 0,9683 aminolon 0,7L/ha y = -0,0008x2

+ 0,1814x + 76,927 R2

= 0,9716

aminolon 1,0L/ ha y = -0,0017x2

+ 0,2564x + 77,178 R2

= 0,909

aminolon 1,3 L/ha y = -0,0007x2

+ 0,1745x + 76,615 R2

= 0,931

Moddus y = -0,0015x2

+ 0,2501x + 77,755 R2

= 0,9604

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TESTE AMINOLON 0,7 AMINOLON 1,0 AMINOLON 1,3 MODDUS

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POL % CANA

testemunha y = -0,0002x2

+ 0,0674x + 10,809 R2

= 0,9963

aminolon 0,7L/ha y = -0,0002x2

+ 0,0664x + 10,729 R2

= 0,9975

aminolon 1,0 L/ha y = -0,0001x2_{+ 0,0616x + 10,756} R2_{= 0,9911}

+ 0,0676x + 10,627 R2

= 0,9674 Moddus y = -0,0003x2

+ 0,0792x + 11,046 R2

= 0,9981

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BRIX % CALDO

testemunha y = -0,0001x2

+ 0,0612x + 15,387 R2

= 0,9996

aminolon 0,7L/ha y = -9E-05x2

+ 0,0565x + 15,308 R2

= 0,9892

aminolon 1,0L/ha y = 0,0002x2

+ 0,0363x + 15,324 R2 = 0,9652

aminolon 1,3 L/ha y = -0,0002x2 + 0,0645x + 15,207 R2

= 0,964 moddus y = -0,0001x2

+ 0,0627x + 15,637 R2

= 0,9905

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ATR CANA testemunha y = -0,0073x

2

+ 1,318x + 124,6 R2

= 0,9439

+ 1,4449x + 125,05 R2

= 0,9425

+ 1,3668x + 125,52 R2

= 0,9877

aminolon 1,3 L/hay = -0,0083x2

+ 1,4153x + 124,58 R2

= 0,9559 Moddus y = -0,0082x2

+ 1,3087x + 130,73 R2

= 0,9178

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