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ESTABLISHMENT TECHNIQUES FOR TROPICAL LEGUMES IN THE UNDERSTORY OF A EUCALYPTUS PLANTATION

机译:桉树种植园林中的热带豆类的建立技巧

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This study evaluated establishment methods for a mixture of herbaceous forage legumes [Centrosema acutifolium, Clitoria ternatea, Pueraria phaseoloides, Stylosanthes Campo Grande (Stylosanthes capitata + S. macrocephala), Calopogonium mucunoides, Lablab purpureus, Arachis pintoi, and Aeschynomene villosa] under the shade of an Eucalyptus grandis plantation submitted to thinning (40%) 8 years after planting in Anhembi, S?o Paulo (22°40'S, 48°10'W, altitude of 455 m). The experiment started in December 2008 and consisted of the comparison of the following four types of seed incorporation by light disc harrowing: (1) broadcast sowing without seed incorporation; disc harrowing before (2) or after (3) planting, and (4) disc harrowing before and after planting. Ninety days after planting, the number of legume plants/m2 and the percentage of ground cover by the plants varied between the treatments tested; however, the treatments had no effect on the dry matter accumulation of forage legumes. Disc harrowing before planting yielded superior results compared to the treatments without disc harrowing and disc harrowing after planting. At the end of the experimental period, the plots contained Arachis, Centrosema, Stylosanthes, and Pueraria. The dry matter accumulated by Centrosema corresponded to 73% of total dry matter yield of the plots. The participation of Arachis, Centrosema and Stylosanthes in final dry matter composition of the plots varied according to establishment method. The advantages of the use of species mixtures rather than monocultures in the understory of forest plantations were discussed.
机译:本研究评估了草本饲料豆类混合物的建立方法[Centrosema Acurifolium,Clitoria Ternatea,Pueraria phassoloides,款式悬气池·普罗旺斯(Stylosanthes Capitata + S. macrocophala),氯橡胶羊毛葡萄球菌,Lablab Purpureus,Arachis Pintoi和Aeschynomene villosa]。在Anhembi种植后8年的桉树祖母种植园(40%),S?O Paulo(22°40°,48°10'W,高度为455米)。该实验始于2008年12月,由光盘耙的以下四种种子融合的比较包括:(1)在没有种子掺入的情况下播种播种;圆盘耙(2)之前或(3)种植后,和(4)椎间盘在种植前后耙。种植后九十天,豆科植物/ M2的数量和植物的地面盖的百分比在测试的处理之间变化;然而,该治疗对饲料豆类的干物质积累没有影响。与种植后的治疗相比,在种植之前耙耙产生了优异的效果,而种植后跳过圆盘耙。在实验期结束时,地块含有阿拉氏,Centrosema,司机和葛根。 Centrosema积累的干物质占地块总干物质产率的73%。 Arachis,Centrosema和Stylosanths的参与根据建立方法改变了最终干物质组合物。讨论了物种混合物的优点而不是在林林植物晶体中的单一文献中讨论。

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