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首页> 外文期刊>New Zealand Journal of Ecology >Germination of kiwifruit, Actinidia chinensis, after passage through Silvereyes, Zosterops lateralis.
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Germination of kiwifruit, Actinidia chinensis, after passage through Silvereyes, Zosterops lateralis.

机译:猕猴桃,猕猴桃,通过银眼,外侧带状线虫后发芽。

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摘要

Silvereyes, Zosterops lateralis Latham, commonly feed on kiwifruit rejected for export and either stored in open bins at packhouses or in piles ready to be fed to livestock, and may play a role in the spread of wild kiwifruit in native and exotic forest in the Bay of Plenty, New Zealand. We determined the germination rate and percentage germination of Actinidia chinensis Planch. seed sown (1) after gut passage through silvereyes, (ingested seed), (2) after a standard laboratory fruit pulp removal method (enzyme-extracted seed), (3) as entire fruit and (4) as fruit sections. Ingested and enzyme-extracted seed sown in trays in a glasshouse had nearly identical percentage germination (63.7% and 64.7% respectively) after 71 days. No seed germinated from intact fruit or fruit slices during the experiment. Gut-passage accelerated the germination rate compared with enzyme-extracted seed. This study supports the view that Z. lateralis is involved in dispersing kiwifruit seed into native and exotic forest..
机译:Silvereyes,Zosteropslateralis Latham,通常以被拒绝出口的奇异果为食,或者储存在包装厂的开放式垃圾箱中,或者堆放在准备供牲畜食用的堆中,并且可能在野生奇异果在海湾原生和异国森林的传播中发挥作用,新西兰。我们确定了中华猕猴桃的发芽率和发芽率。 (1)肠道通过银眼后播种的种子(已浸入种子的种子),(2)按照标准实验室水果果肉去除方法(酶提取的种子)播种的种子,(3)全部为水果,(4)为水果切片。 71天后,在温室的托盘中播种的经摄取和经酶提取的种子发芽率几乎相同(分别为63.7%和64.7%)。在实验过程中,没有种子从完整的水果或水果切片中发芽。与酶提取的种子相比,肠道通过加速了发芽率。这项研究支持以下观点:侧枝Z.参与将奇异果种子分散到原生和外来森林中。

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