2014
DOI: 10.1590/1809-4392201305364
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Grasses and legumes as cover crop in no-tillage system in northeastern Pará Brazil

Abstract: Studies to select one or more species of coverage plants adapted to Amazonian soil and climate conditions of the Amazon are a promising strategy for the improvement of environmental quality, establishing no-till agricultural systems, and thereby reducing the impacts of monoculture farming. The aim of this study was to assess the persistence time, half-life time, macronutrient content and accumulation, and C:N ratio of straw coverage in a Ultisol in northeastern Pará. Experimental design was randomized blocks w… Show more

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Cited by 28 publications
(13 citation statements)
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“…In addition to the C/N ratio, information on the half-life and nutrient release of straw allows the period in which the soil is adequately covered to be determined, as well as the timing between nutrient release and the phase of highest nutrient demand by the following crop (Gama-Rodrigues, Gama- Rodrigues, & Brito, 2007). The consolidation of NTS depends on the inclusion of plant species with greater straw-producing potential and a long persistence time in the soil, as well as species that accumulate a greater amount of nutrients (Teixeira, Soares, Fernandes, & Braz, 2014) and release the nutrients in sync with the greatest demand of the subsequent crop (Bergtold et al, 2017;Jahanzad et al, 2016).…”
Section: Introductionmentioning
confidence: 99%
“…In addition to the C/N ratio, information on the half-life and nutrient release of straw allows the period in which the soil is adequately covered to be determined, as well as the timing between nutrient release and the phase of highest nutrient demand by the following crop (Gama-Rodrigues, Gama- Rodrigues, & Brito, 2007). The consolidation of NTS depends on the inclusion of plant species with greater straw-producing potential and a long persistence time in the soil, as well as species that accumulate a greater amount of nutrients (Teixeira, Soares, Fernandes, & Braz, 2014) and release the nutrients in sync with the greatest demand of the subsequent crop (Bergtold et al, 2017;Jahanzad et al, 2016).…”
Section: Introductionmentioning
confidence: 99%
“…Both species produce high amounts of dry matter. In addition, braquearão results in the accumulation of large amounts of K, Mg and C, and jack bean results in the accumulation of large amounts of N, P and Ca by (Teixeira et al, 2014).…”
Section: Resultsmentioning
confidence: 99%
“…Trabalhos de pesquisa têm sido realizados avaliando o efeito de níveis de nitrogênio em cobertura na cultura do trigo em sistema de semeadura direta, uma vez que os resultados obtidos são dependentes da cultura antecessora (VIOLA et al, 2013). As leguminosas além da fixação simbiótica de nitrogênio, possuem maior velocidade de decomposição da palhada com consequente mineralização de nutrientes, assim fornecem nitrogênio mineral para o trigo resultando em menor resposta ao nitrogênio que o cultivo após gramíneas (TEIXEIRA et al, 2014;MUS et al, 2016). Ronsani et al (2018) avaliando a produção de forragem e de grãos de cultivares de trigo de duplo propósito em função de doses de nitrogênio sob a palhada de soja (0 a 120 ha -1 ), observaram que independente do genótipo, o incremento das doses de nitrogênio apresentaram resposta linear positiva com todos os componentes de rendimento e massa seca da forragem.…”
Section: Introductionunclassified