pilosity

简明释义

英[paɪˈlɒsɪtɪ]美[paɪˈlɑsəti]

n. 有毛；多毛性

英英释义

单词用法

同义词

反义词

例句

1.Guangzhou is the rainstorm pilosity city of China. The climate, weather system, geographical position and topography are main factors of the rainstorm.

广州是中国的暴雨多发城市，气候、天气系统、地理位置及地形是形成暴雨的主要因素。

2.Guangzhou is the rainstorm pilosity city of China. The climate, weather system, geographical position and topography are main factors of the rainstorm.

广州是中国的暴雨多发城市，气候、天气系统、地理位置及地形是形成暴雨的主要因素。

3.Three Gorges Projects is in the geological calamity pilosity area, especially the harmfulness of the bank collapses.

三峡工程处于地质灾害多发区，塌岸的危害性尤其严重。

4.Certain insects have developed unique pilosity 毛发覆盖 patterns that aid in their survival.

某些昆虫发展出独特的pilosity毛发覆盖图案，以帮助其生存。

5.In botany, pilosity 毛发覆盖 refers to the presence of hair-like structures on plant surfaces.

在植物学中，pilosity毛发覆盖指的是植物表面存在类似毛发的结构。

6.The pilosity 毛发覆盖 of the caterpillar helps it blend into its environment.

毛毛虫的pilosity毛发覆盖帮助它融入环境。

7.Researchers are examining how pilosity 毛发覆盖 affects the thermoregulation of furry mammals.

研究人员正在检查pilosity毛发覆盖如何影响毛茸茸哺乳动物的热调节。

8.The scientist studied the effects of climate change on the pilosity 毛发覆盖 of certain animal species.

科学家研究了气候变化对某些动物物种的pilosity毛发覆盖的影响。

作文

In the realm of biology, the term pilosity refers to the presence and characteristics of hair or hair-like structures on organisms. This concept is not only relevant in the study of mammals but also extends to various species across the animal kingdom, including insects and plants. Understanding pilosity can provide insights into adaptation, evolution, and ecological interactions. For instance, the fur of a mammal can serve multiple functions, such as insulation, camouflage, and even signaling to potential mates. The density and texture of this fur are crucial factors that contribute to an animal's survival in its habitat.Insects exhibit pilosity in fascinating ways as well. Many species possess fine hairs that help them sense their environment, aiding in navigation and foraging. Additionally, these hairs can play a role in thermoregulation, allowing insects to maintain optimal body temperatures. For example, bees have specialized hairs that not only assist in collecting pollen but also help regulate their body heat during flight. This remarkable adaptation showcases how pilosity is intricately linked to the survival strategies of different species.Plants also exhibit pilosity, particularly in the form of trichomes—tiny hair-like structures on leaves and stems. These trichomes can serve various purposes, from reducing water loss through transpiration to deterring herbivores by making the plant less palatable. Some plants, like nettles, have stinging trichomes that can inflict pain on animals that attempt to eat them. This defensive mechanism highlights the evolutionary advantages that pilosity can confer to plant species in their struggle for survival.Moreover, the study of pilosity has practical applications in fields such as agriculture and pest management. By understanding how certain crops develop hair-like structures, scientists can breed more resilient varieties that can withstand pests and environmental stressors. This knowledge can lead to sustainable farming practices, ultimately benefiting both farmers and consumers.In conclusion, pilosity is a multifaceted concept that spans various biological disciplines. It encompasses not only the physical characteristics of hair and hair-like structures but also their functional significance in the lives of organisms. From the fur of mammals to the trichomes of plants, pilosity plays a vital role in adaptation and survival. As we continue to explore the complexities of the natural world, the study of pilosity will undoubtedly unveil more secrets about how life thrives in diverse environments.

在生物学领域，术语pilosity指的是生物体上毛发或类毛结构的存在及其特征。这个概念不仅与哺乳动物的研究相关，还扩展到包括昆虫和植物在内的整个动物王国的各种物种。理解pilosity可以提供对适应、进化和生态相互作用的深入见解。例如，哺乳动物的毛发可以发挥多重功能，如绝缘、伪装，甚至向潜在配偶发出信号。这种毛发的密度和质地是影响动物在栖息地中生存的关键因素。昆虫也以迷人的方式表现出pilosity。许多物种拥有细小的毛发，帮助它们感知环境，从而辅助导航和觅食。此外，这些毛发还可以在体温调节中发挥作用，使昆虫能够维持最佳的体温。例如，蜜蜂具有特殊的毛发，不仅帮助收集花粉，还在飞行过程中调节体热。这种非凡的适应性展示了pilosity与不同物种生存策略之间的复杂联系。植物同样表现出pilosity，特别是以毛状体的形式——附着在叶子和茎上的微小毛发。这些毛状体可以起到多种作用，从减少蒸腾造成的水分流失到通过使植物口感不佳来威慑食草动物。一些植物，如荨麻，具有刺痛的毛状体，可以对试图食用它们的动物造成疼痛。这种防御机制突显了pilosity在植物物种生存斗争中所赋予的进化优势。此外，pilosity的研究在农业和害虫管理等领域也具有实际应用。通过了解某些作物如何发展出毛状结构，科学家们可以培育出更具韧性的品种，以抵御害虫和环境压力。这一知识可以导致可持续的农业实践，最终使农民和消费者受益。总之，pilosity是一个跨越多个生物学学科的多面概念。它不仅包括毛发和类毛结构的物理特征，还包括它们在生物体生活中的功能意义。从哺乳动物的毛发到植物的毛状体，pilosity在适应和生存中发挥着至关重要的作用。随着我们继续探索自然界的复杂性，pilosity的研究无疑会揭示更多关于生命如何在多样环境中蓬勃发展的秘密。