首页> 外文期刊>Agroforestry Systems >Optimizing nursery and plantation methods to grow Cedrela odorata seedlings in tropical dry agroecosystems. (Special Issue: Managing native and non-native plants in agroforestry systems.)
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Optimizing nursery and plantation methods to grow Cedrela odorata seedlings in tropical dry agroecosystems. (Special Issue: Managing native and non-native plants in agroforestry systems.)

机译:优化苗圃和种植方法,以在热带干燥农业生态系统中种植香雪草幼苗。 (特刊:在农林业系统中管理本地和非本地植物。)

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摘要

Cedrela odorata (Spanish cedar) is a valuable multi-purpose tree which Central American rural communities and farmers give priority to introducing in pastures and home gardens. In order to propose realistic methods for C. odorata production in local nurseries in the dry tropical region of Nicaragua, we studied: (a) the ability of locally collected C. odorata seeds to germinate, (b) seed response to storage under ambient conditions or under cold storage, (c) the effects of irradiance and watering during cultivation on seedling morphology and post-transplantation survival, and (d) the effects of competition from grasses on C. odorata seedlings transplanted to pastures. Seed germination ranged from 55 to 66% and remained constant after 6 months of storage under ambient conditions or cold storage. C. odorata seedling morphology was sensitive to irradiation and watering in the nursery growing period. Deep shade reduced seedling biomass and leafiness and increased specific leaf area and root-to-shoot ratio. Water shortage increased root mass ratio and root-to-shoot ratio and decreased leaf mass ratio. Post-transplantation success was favored by weeding, and was the highest for seedlings grown under deep shade and water restrictions.Digital Object Identifier http://dx.doi.org/10.1007/s10457-011-9404-5
机译:Cedrela odorata (西班牙雪松)是一种有价值的多功能树,中美洲农村社区和农民优先将其引入牧场和家庭花园。为了提出实用的C方法。我们研究了尼加拉瓜干旱热带地区当地苗圃中的香气,我们研究了:(a)本地收集的 C的能力。香豆种子发芽,(b)种子在环境条件或冷藏条件下的贮藏响应,(c)辐照度和浇水对幼苗形态和移植后存活的影响,以及(d)影响草在 C上的竞争香茅幼苗移植到牧场。种子发芽率在55%到66%之间,并且在环境条件或冷藏条件下储存6个月后保持恒定。 C。在育苗期,香茅幼苗的形态对辐照和浇水敏感。深树荫减少了幼苗的生物量和叶子,并增加了比叶面积和根冠比。缺水会增加根质量比和根冠比,并降低叶片质量比。移栽后的成功受到除草的青睐,在深色阴影和水分限制下生长的幼苗最高。数字对象标识符http://dx.doi.org/10.1007/s10457-011-9404-5

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