首页> 外文会议>Annual national meeting of the American Society for Surface Mining and Reclamation >ESTABLISHING NATIVE WARM SEASON GRASSES ON EASTERN KENTUCKY STRIP MINES
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ESTABLISHING NATIVE WARM SEASON GRASSES ON EASTERN KENTUCKY STRIP MINES

机译:在东肯塔基州的矿山矿山建立原住民温暖季草

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We evaluated various methods of establishing native warm season grasses on two reclaimed Eastern Kentucky mines from 1994 -1997. Most current reclamation practices incorporate the use of tall fescue (Festuca arundinacea) and other cool-season grasses/legumes that provide little wildlife habitats. The use of native warm season grasses will likely improve wildlife habitat on reclaimed strip mines. Objectives of this study were to compare the feasibility of establishing these grasses during fall, winter, or spring using a native rangeland seeder or hydroseeding; a fertilizer application at planting; or cold-moist stratification prior to hydroseeding. Vegetative cover, bare ground, species richness, and biomass samples were collected at the end of each growing season. Native warm season grass plantings had higher plant species richness compared to cool-season reclamation mixtures. There was no difference in establishment of native warm season grasses as a result of fertilization or seeding technique. Winter native warm season grass plantings had higher vegetative cover compared to spring seeded plots. Fall native warm season grass plantings were failures and cold-moist stratification did not increase plant establishment during any season. As a result of a drought during 1997, both cool-season and warm season plantings were failures. Cool-season reclamation mixtures had significantly more vegetative cover and biomass compared to native warm season grass mixtures and the native warm season grass plantings did not meet vegetative cover requirements for bond release. Forbs and legumes that established well included pale purple coneflower (Echinacea pallida), lance-leaf coreopsis (Coreopsis lanceolata), round-headed lespedeza (Lespedeza capitata), partridge pea (Cassiafasiculata), black-eyed susan (Rudbeckia hirta), butterfly milkweed (Asclepias tuberosa), and bergamot (Monarda fistulosa). Result from two demonstration plots next to research plots indicate it is possible to establish native warm season grasses on Eastern Kentucky strip mines for wildlife habitat.
机译:我们评估了1994年-1997建立在两个填海东肯塔基矿山原生暖季草的各种方法。目前,大多数回收的做法结合使用高羊茅(高羊茅),并提供小野生动物栖息地等冷季型草/豆类。使用本地暖季草的可能会提高回收露天矿野生动物栖息地。这项研究的目的是比较使用原生牧场播种机或播种的秋,冬,春季或在建立这些草的可行性;在种植肥料应用;或之前喷草冷湿分层。植被覆盖,裸露地面,物种丰富度,和生物质样品在每个生长季节结束时收集。暖地型草坪草种植有较高的植物物种丰富度相比,冷季开垦的混合物。有在建立本地暖季草的施肥或播种技术的结果没有差异。相比于春季播种地块冬季暖地型草坪草种植有较高的植被覆盖。秋季暖地型草坪草的种植面积故障和冷湿沙层积在任何季节并没有增加工厂的建立。由于干旱的1997年的结果,无论是冷季型和暖季种植是失败的。冷季相比,暖地型草坪草混合物和本地暖季草种植面积不符合债券发行植被复垦要求混合物具有显著更多的植被和生物量。所建立以及包括福布斯和豆类淡紫松果菊(紫锥花淡紫),枪叶金鸡菊(剑叶金鸡菊),圆头胡枝子(胡枝子结球甘蓝),鹧鸪豌豆(Cassiafasiculata),黑眼苏珊(黑心菊),蝴蝶乳草属植物(马利荸荠),和佛手柑(美国薄荷属fistulosa)。从两个示范小区结果旁边试验田表明它可能建立在东肯塔基露天矿本地暖季草野生动物的栖息地。

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