01845nam a2200529 a 450000100080000000500110000800800410001910000210006024501140008126001450019530000090034052003260034965000130067565000260068865000120071465000090072665000180073565000150075365000210076865000240078965000290081365000210084265000230086365000210088665000130090765000220092065000100094265000190095265000210097165000260099265000170101865000130103565300180104865300090106665300140107565300230108965300180111265300230113065300100115365300360116365300270119965300250122665300190125165300090127070000160127970000200129521031502023-11-16       2018    bl uuuu     u00u1 u    #d1 aAQUINO, I. O. de  aDoes soil management system affect C content of a coarse sandy loam Amazonian Acrisol?h[electronic resource]  aIn: WORLD CONGRESS OF SOIL SCIENCE, 21., 2018, Rio de Janeiro. Soil science: beyond food and fuel: online annals. Rio de Janeiro: SBCSc2018  a1 p.  aThe impact of No-till on the soil C content in comparison to Conventional Tillage (CT) depends greatly on the soil type, climate and initial C content. The main goal of this work was to investigate the effect of conservation soil management systems on the C content and humification in an Acrisol profile, Acre State, BR.  aAcrisols  aBiological resistance  aCassava  aCorn  aGreen manures  aNo-tillage  aSandy loam soils  aSequential cropping  aSoil chemical properties  aAdubação Verde  aComposto Orgânico  aCultivo Continuo  aMandioca  aManihot Esculenta  aMilho  aPlantio Direto  aQuímica do Solo  aResistência Química  aSolo Arenoso  aZea Mays  aAbonos verdes  aAcre  aAcrisoles  aAmazonia Ocidental  aCero labranza  aCultivo secuencial  aMaíz  aPropiedades químicas del suelo  aResistencia biológica  aSuelo franco arenoso  aWestern Amazon  aYuca1 aDICK, D. P.1 aCOSTA, F. de S.