PERFORMANCE OF MAIZE AND SOYBEAN MIXTURE AS INFLUENCED BY ORGANIC MULCH IN THE SOUTHERN GUINEA SAVANNAH ZONE OF NIGERIA

N. Odoh, E. Oku, Emem Ebuk Efiok
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引用次数: 1

Abstract

Influence of different organic mulch materials on soil properties and on the growth and yield response of maize-soybean intercrop was investigated at the Teaching and Research Farm, University of Abuja. The mulch treatments used include; Centrosema pubescens , Sawdust, Rice husk and No- mulch. The experiment was laid out in a Randomized Complete Block Design (RCBD) with four replications. Soil pH and Electrical conductivity were observed to have been lower under mulched plots. Soil organic carbon was generally low (1-9 g/kg) for maize while for soybean OC across mulch treatment ranged from 2- 17 g/kg; with the highest OC value (17 g/kg) recorded under sawdust. A significantly (P< 0.05) highest maize grain yield (1.01ton/ha) and stem diameter (10.3 cm) was observed under Centrosema pubencens while the least grain yield (0.66 ton/ha) was obtained under sawdust treatment. The highest soybean grain yield of 0.14 ton/ha was recorded under Centrosema pubescens treatment while the lowest grain yield of 0.12 ton/ha was recorded under sawdust treatment. The varied effect of organic mulch treatment on some soil characteristics and also on the growth and yield of maize - soybean mixture is a reflection of the effects of organic mulch on the microclimate of the soil. The organic mulch materials used include sawdust, rice husk and Centrosema pubescens . Sawdust was collected from a saw mill while rice husk was collected from rice mill both within the FCT Centrosema pubescens was collected from the University farm. The collected mulch materials were air dried to a constant weight prior to their measurement and application. Mulch treatment was applied at four (4) levels namely T 1- Centrosema pubescens (17 tons/ha), T 2-Sawdust (28 tons/ha), T 3- Ricehusk (28 tons/ha) and T 4- No-mulch (control) all at 3 WAS. The experiment was laid out in a Randomized Complete Block Design (RCBD) and replicated four times. Routine weeding was done manually using a native hoe. The experiment was terminated 16 WAS.
有机地膜对尼日利亚南几内亚草原玉米大豆混交种生产性能的影响
在阿布贾大学教研农场研究了不同有机地膜材料对土壤性质及玉米-大豆间作生长和产量响应的影响。使用的地膜处理包括;毛蕊花,木屑,稻壳和无地膜。实验采用随机完全区组设计(RCBD),共4个重复。地膜下土壤pH值和电导率较低。玉米土壤有机碳含量普遍较低(1 ~ 9 g/kg),大豆有机碳含量在2 ~ 17 g/kg之间;在木屑下OC值最高,为17 g/kg。木屑处理籽粒产量最高(1.01t /ha),茎粗最高(10.3 cm),木屑处理籽粒产量最低(0.66 t /ha)。毛蕊花处理的大豆籽粒产量最高,为0.14 t /ha,木屑处理的籽粒产量最低,为0.12 t /ha。有机覆盖处理对玉米-大豆混交种某些土壤性状以及生长和产量的不同影响反映了有机覆盖对土壤小气候的影响。使用的有机地膜材料包括锯末、稻壳和毛蕊花。锯木屑从锯木厂收集,稻壳从碾米厂收集,两者都在FCT范围内。在测量和应用之前,将收集的覆盖材料风干至恒定重量。地膜处理分四(4)个水平施用,即t1 -毛蕊花(17吨/公顷),t2 -锯末(28吨/公顷),t3 -稻壳(28吨/公顷)和t4 -无地膜(对照),均为3 was。实验采用随机完全块设计(RCBD),重复4次。常规的除草是用本地锄头手工完成的。实验于16日结束。
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