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首页> 外文期刊>Floresta >CRESCIMENTO DA CANDEIA PELA ADUBA??O MINERAL E ORG?NICA EM REJEITO DA MINERA??O DE QUARTZITO
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CRESCIMENTO DA CANDEIA PELA ADUBA??O MINERAL E ORG?NICA EM REJEITO DA MINERA??O DE QUARTZITO

机译:矿山和有机肥在念珠矿开采中的生长念珠菌

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A minera??o tem promovido um grande aumento na ocorrência de áreas degradadas advindas de atividades mineradoras no Brasil. O objetivo deste trabalho foi avaliar o crescimento da candeia sob a influência da aduba??o mineral e organica quando cultivada em rejeito da minera??o de quartzito. Conduziu-se um experimento em casa de vegeta??o em delineamento experimental inteiramente casualizado com quatro repeti??es. Os tratamentos consistiram de cinco combina??es de aduba??o organica (AO) e mineral (AM) e um tratamento adicional do rejeito sem AO e AM (Controle). As combina??es foram: 0%AO/100%AM; 25%AO/75%AM; 50%AO/50%AM; 75%AO/25%AM; 100%AO/0%AM. As doses de 100% de AM e AO foram de 0,15 gde N, 0,32 gde P2O5, 0,18 g de K2O e 5 g de esterco de curral por dm3 de rejeito. A candeia respondeu positivamente à aduba??o mineral e organica com as doses recomendadas de 0,075 g N, 0,16 g P2O5 e 0,09 g K2O e 2,5 g de esterco de curral, por dm3 de rejeito da minera??o de quartzito. O acúmulo de nutrientes na espécie candeia foi na seguinte ordem na parte aérea: K > N > P > Ca > Mg >S > Mn > Fe > B > Zn > Cu.Palavras-chave: área degradada; teor adequado; estado nutricional; espécie nativa.?AbstractGrowth of Eremanthus erythropappus by mineral and organic fertilization on mining reject of quartzite. There is a large increase of degraded areas as result of mining activities in Brazil. This research aims to evaluate growth of the Eremanthus erythropappus on mining reject of quartzite, under the influence of mineral and organic fertilizer. We developed an experiment in a greenhouse, in completely randomized design with four replications. The treatments consisted of five combinations of mineral (MF) and organic (OF) fertilizer, and an additional treatment of mining reject without MF and OF (witness). The combinations were as follows: 0%OF/100%MF; 25%OF/75%MF; 50%OF/50%MF; 75%OF/25%MF; 100%OF/0% MF. Doses of 100% MF and OF were: 0,15 g of N, 0,32 g of P2O5, 0,18 g of K2O, and 5 g of bovine manure per dm3 of mining rejects. The Eremanthus erythropappus responded to mineral fertilization with recommended doses of 0,075 g N, 0,16 g P2O5 and 0,09 g K2O and 2,5 g of bovine manure per dm3 of mining reject of quartzite. The accumulation of nutrients in the species Eremanthus erythropappus on the shoot was as follows: K > N > P > Ca > Mg >S > Mn > Fe > B > Zn > Cu.Keywords: Degraded area; nutritional status; nutrients accumulation; native species.
机译:采矿促进了巴西采矿活动引起的退化地区的大量增加。这项工作的目的是评估在石英岩采矿废料中种植的矿物和有机肥料的影响下念珠菌的生长。在温室中以完全随机的设计进行了实验,重复了四次。处理包括有机肥料(AO)和矿物(AM)的五种组合,以及不含AO和AM的尾矿的附加处理(对照)。组合为:0%AO / 100%AM; 25%AO / 75%AM; 50%AO / 50%AM; 75%AO / 25%AM; 100%AO / 0%AM。每dm3尾矿中100%AM和AO的剂量为0.15 g N,0.32 g P2O5、0.18 g K2O和5 g畜粪。该灯对矿物质和有机肥料的响应良好,建议的剂量为每采矿dm3尾矿中建议的剂量为0.075 g N,0.16 g P2O5和0.09 g K2O和2.5 g畜禽粪便。石英岩。念珠菌在地上部分的养分积累顺序为:K> N> P> Ca> Mg> S> Mn> Fe> B> Zn> Cu。足够的内容;营养状况;摘要矿物和有机施肥对紫石英岩废料的生长,促进了红景天的生长。由于巴西的采矿活动,退化地区大量增加。这项研究的目的是评估在矿物和有机肥料的影响下,Eremanthus erythropappus对石英岩矿渣的生长。我们在温室中开发了一个实验,以完全随机的设计进行了四次重复。处理包括矿物(MF)和有机(OF)肥料的五种组合,以及不使用MF和OF(见证人)的矿渣的附加处理。组合如下:0%OF / 100%MF; 25%OF / 75%MF; 50%OF / 50%MF; 75%OF / 25%MF; 100%OF / 0%MF。每dm3采矿废料中100%MF和OF的剂量为:0.15 g N,0.32 g P2O5,0.18 g K2O和5 g牛粪。红景天对矿物施肥反应良好,建议的剂量为每dm3石英岩矿渣中0.075 g N,0.16 g P2O5和0.09 g K2O和2.5 g牛粪。地上红景天芽上的养分积累情况为:K> N> P> Ca> Mg> S> Mn> Fe> B> Zn> Cu。营养状况;营养物质积累;本地物种。

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