首页> 外文期刊>Ecological management & restoration >Habitat selection by a despotic passerine, the Bell Miner (Manorina melanophrys): When restoring habitat through Lantana (Lantana camara) removal is not enough
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Habitat selection by a despotic passerine, the Bell Miner (Manorina melanophrys): When restoring habitat through Lantana (Lantana camara) removal is not enough

机译:贝尔·米纳犬(Manorina melanophrys)通过专制雀形目进行栖息地选择:当通过马tana丹(Lantana camara)恢复栖息地时,还不够

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The Bell Miner (Manorina melanophrys) occurs in logged eucalypt forest in northern NSW with a dense understorey of the invasive Neotropical shrub Lantana (Lantana camara) that is used for nesting. The link between Bell Miners and Lantana is important as the birds aggressively exclude all smaller and similar-sized birds from their colonies, reducing avian diversity in forest occupied by the species. We monitored the impact of Lantana removal on Bell Miner persistence in several plots in two logged forest sites, along with untreated control plots at one of the sites. Lantana control was successful over 7 years at both sites, with regeneration of native understorey, mid-storey and canopy species compensating for the loss of live Lantana cover in the understorey. Bell Miner individuals vacated the treated plots in one site (Creek's Bend) but persisted in the control and treated plots at the second site (Toonumbar National Park). Bell Miner response was correlated with forest structure: birds vacated forest with a sparse understorey (<5 m) but dense midstorey (5-15 m) and canopy (>15 m) at Creek's Bend, but remained at the site with a dense understorey but sparse midstorey and canopy at Toonumbar. We therefore predict that forest restoration that simultaneously reduces Lantana understorey and increases midstorey density will be most successful in reducing the abundance of the despotic Bell Miner and increasing avian diversity in rehabilitated sites.
机译:贝尔矿工(Manorina melanophrys)发生在新南威尔士州北部的原木桉树林中,其下层是致密的新热带灌木马Lan丹(Lantana camara)的下层,用于筑巢。贝尔矿工和马tana丹之间的联系非常重要,因为这些鸟类将所有较小和相似大小的鸟类积极地排除在其殖民地之外,从而减少了该物种所占据森林中的鸟类多样性。我们在两个伐木场的几个样地中监测了马of丹的清除对Bell Miner持久性的影响,以及其中一个地点的未经处理的对照样地。在这两个地点的马tana丹控制已经成功进行了7年,其中天然下层,中层和林冠物种的再生补偿了下层活马Lan丹覆盖的损失。贝尔·迈纳(Bell Miner)个人在一个地点(克里克弯)腾出了经过处理的地块,但在第二个地点(Toonumbar国家公园)却仍然留在了对照地和经过处理的地块中。 Bell Miner的反应与森林结构有关:鸟类迁出森林,其林下层稀疏(<5 m),中层(5-15 m)密集,中层(5-15 m),树冠(> 15 m),但仍留在林下高密度的位置但Toonumbar的中层和树冠稀疏。因此,我们预测,同时减少马Lan丹下层和增加中层密度的森林恢复将最成功地减少专营的Bell Miner的丰度并增加已修复土地的鸟类多样性。

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