2015
DOI: 10.1590/01000683rbcs20150036
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Aplicação Superficial De Calcário Com Diferentes Teores De Magnésio E Granulometrias Em Sistema Plantio Direto

Abstract: A correção da acidez do solo no sistema plantio direto (Spd) é feita por meio da aplicação de calcário na superfície sem incorporação. Com a hipótese de que a fonte e granulometria dos corretivos interferem na velocidade de reação no solo em curto prazo e na resposta das culturas à calagem na superfície em Spd, foram realizados dois experimentos, sendo um em Latossolo Vermelho Distrófico textura muito argilosa e outro em Neossolo Litólico Húmico textura franco-arenosa, no período de 2010 a 2012. o delineamento… Show more

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Cited by 28 publications
(19 citation statements)
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“…Ca 2+ contents found in the 20-40 cm layer presented values in all applied doses above 1 cmolc dm -3 , thus demonstrating that the application of lime-based agricultural gypsum is promoting the movement of this nutrient to the soil subsurface layers, which may indicate an improvement in the deeper soil layers. Rodrighero et al, (2015), when evaluating the superficial application under no-tillage system, where an improvement of Mg contents were observed in the soil profile, due to the formation of MgSO4 0 complex, which has high mobility in the soil. Similar results were also found by Briedis et al, (2012), when evaluating areas under no-tillage systems observed improvements in this attribute in the topsoil, with reduction as depth was increased.…”
Section: First Agricultural Cyclementioning
confidence: 99%
“…Ca 2+ contents found in the 20-40 cm layer presented values in all applied doses above 1 cmolc dm -3 , thus demonstrating that the application of lime-based agricultural gypsum is promoting the movement of this nutrient to the soil subsurface layers, which may indicate an improvement in the deeper soil layers. Rodrighero et al, (2015), when evaluating the superficial application under no-tillage system, where an improvement of Mg contents were observed in the soil profile, due to the formation of MgSO4 0 complex, which has high mobility in the soil. Similar results were also found by Briedis et al, (2012), when evaluating areas under no-tillage systems observed improvements in this attribute in the topsoil, with reduction as depth was increased.…”
Section: First Agricultural Cyclementioning
confidence: 99%
“…Surface liming is an effective practice, and it is important to maximize grain yield of no-till crops, also the acidity amelioration of deeper soil layers is more pronounced with the use of higher limestone rates (Rodrighero et al, 2015). Veronese et al (2012) verified that the higher the rate, the greater the progress of the alkaline front in the soil, and the higher the grain yield even with deep liming.…”
Section: Introductionmentioning
confidence: 99%
“…In a no-till system the acidity amelioration is done by surface-liming without incorporation (Rodrighero, Barth, & Caires, 2015).…”
Section: Introductionmentioning
confidence: 99%