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首页> 外文期刊>HortTechnology >Relative Resistance of Ornamental Flowering Bulbs to Feeding Damage by Voles.
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Relative Resistance of Ornamental Flowering Bulbs to Feeding Damage by Voles.

机译:观赏花鳞茎对田鼠摄食危害的相对抗性。

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摘要

Many plants have mechanisms of physical or chemical resistance that protect them from herbivores in their environment. Vertebrates such as meadow voles (Microtus pennsylvanicus) cause significant damage to ornamental plantings and home gardens. Our goal was to identify flowering bulbs that could be used to design more herbivore-resistant home landscapes. Single-choice feeding trials with captive prairie voles (Microtus ochrogaster) were used to assess the relative resistance of 30 bulb varieties to deter rodents from consuming fresh plant material and freeze-dried, powdered bulb mixed with a preferred food (applesauce). Each fresh bulb and dried-bulb/applesauce mix was offered twice to 12 to 15 pairs of adult prairie voles. Bulb varieties that resulted in the lowest mean consumption were assumed to be the most resistant to feeding activity. With fresh bulbs, only tulips (Tulipa spp.) exhibited no resistance to prairie vole feeding. Dried-bulb/applesauce mixes containing hyacinth (Hyacinth spp.), crocus (Crocus spp.), corn leaf iris (Iris bucharica), dutch and dwarf iris (Iris reticulata), onion (Allium spp.), and squill (Scilla siberica) were also readily consumed, and thus, these bulbs could be damaged at sites with high rodent activity. Daffodil (Narcissus spp.), painted arum (Arum italicum), camass (Camassia leichtlinii), glory-of-the-snow (Chinodoxa forbesii), autumn crocus (Colchicum spp.), crown imperial (Fritillaria imperialis), persian fritillaria (Fritillaria persica), snowdrop (Galanthus nivalis), and grape hyacinth (Muscari armeniacum) bulbs were resistant to prairie vole feeding in both forms (fresh bulbs and dried-bulb/applesauce mixes). Consequently, all of the specialty flower bulbs tested, except tulip, exhibited some resistance to prairie vole feeding in their fresh form, and could be suitable for designing herbivore-resistant landscapes.
机译:许多植物具有物理或化学抗性的机制,可保护其免受环境中的草食动物的侵害。诸如草甸田鼠(Microtus pennsylvanicus)之类的脊椎动物对观赏植物和家庭花园造成了严重破坏。我们的目标是确定可用于设计更抗草食动物的家庭景观的开花鳞茎。使用圈养草原田鼠(田鼠(Microtus ochrogaster))的单选喂养试验评估了30种鳞茎品种对食用新鲜植物材料和冻干粉状鳞茎与首选食品(苹果酱)混合后的啮齿动物的相对抗性。每只新鲜鳞茎和干鳞茎/苹果酱混合物均提供两次至12至15对成年大田鼠。认为平均食用量最低的鳞茎品种对摄食活动的抵抗力最高。用新鲜鳞茎,只有郁金香(Tulipa spp。)对草原田鼠的取食没有抵抗力。干鳞茎/苹果酱混合物,包含风信子(Hyacinth spp。),番红花(Crocus spp。),玉米叶鸢尾(Iris bucharica),荷兰和矮虹膜(Iris reticulata),洋葱(Allium spp。)和(Scilla siberica) )也很容易被消耗掉,因此,这些球茎可能在啮齿动物活动高的地方受损。黄水仙(水仙属),彩绘的阿鲁姆(Arum italicum),卡马斯(Camassia leichtlinii),雪中的荣耀(Chinodoxa forbesii),秋番红花(Colchicum spp。),王冠(Fritillaria imperialis),波斯贝母(Fritillaria imperialis)贝母,雪花莲(Galanthus nivalis)和葡萄风信子(Muscari armeniacum)的鳞茎均能抵抗两种形式(新鲜鳞茎和干鳞茎/苹果酱混合物)的大田鼠饲养。因此,除郁金香外,所有经过测试的特种花鳞茎均对新鲜的草原田鼠表现出一定的抵抗力,并且可能适合设计抗草食动物的景观。

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