2006
DOI: 10.1590/s0101-31222006000300004
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Época de semeadura, regimes de corte, produção e qualidade de sementes de milheto

Abstract: O milheto é uma gramínea anual, de clima tropical, empregada na alimentação animal como forrageira, em pastejo direto, para corte, feno, silagem e colheita de grãos para ração. O presente trabalho teve o objetivo de estudar o comportamento do milheto, após diferentes regimes de corte, semeado em duas épocas, para verificar a possibilidade de cultivá-lo em condições de Botucatu, 815 metros de altitude, 22°50'59''S e 48°25'54''O, visando a produção de sementes, como cultura em sucessão/rotação com outra de culti… Show more

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Cited by 1 publication
(2 citation statements)
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“…TDMP1: total dry matter production (1 cut); TDMP2: total dry matter production (2 cuts); TDMP3: total dry matter production (3 cuts); SY: seed yield; WTS: weight of a thousand seeds; NINFL: number of inflorescences; GER: germination; SD: standard deviation; CV: coefficient of variation. The production potential is defined by the genetics of the forage plant, while the management adopted is responsible for the expression of this characteristic (Corsi and Santos, 1995), consequently impacting the production of dry matter. In this context, when the purpose is only forage production, management practices are suggested that allow the maximization of pasture use, mainly with the intensification of defoliation practices.…”
Section: Resultsmentioning
confidence: 99%
See 1 more Smart Citation
“…TDMP1: total dry matter production (1 cut); TDMP2: total dry matter production (2 cuts); TDMP3: total dry matter production (3 cuts); SY: seed yield; WTS: weight of a thousand seeds; NINFL: number of inflorescences; GER: germination; SD: standard deviation; CV: coefficient of variation. The production potential is defined by the genetics of the forage plant, while the management adopted is responsible for the expression of this characteristic (Corsi and Santos, 1995), consequently impacting the production of dry matter. In this context, when the purpose is only forage production, management practices are suggested that allow the maximization of pasture use, mainly with the intensification of defoliation practices.…”
Section: Resultsmentioning
confidence: 99%
“…When two defoliation practices were performed (TDMP2), the maximum SY associated with intermediate TDMP was obtained, providing a balance in the exploration of variables (Table 2). Since, the increase in defoliation practices reduces production and affects the quality of seeds in forages (Coimbra and Nakagawa, 2006). Studies show that performing up to two defoliation practices does not seriously affect the production of seeds in vesicular clover (Ovalle et al, 2010).…”
Section: Resultsmentioning
confidence: 99%