xerophilous

简明释义

英[zɪˈrɒfɪləs]美[zɪˈrɑːfələs]

adj. 好干燥的；生于热带干燥地的

英英释义

单词用法

同义词

反义词

例句

1.Its stem is the typical xerophilous structure.

茎为典型的旱性结构。

2.Its stem is the typical xerophilous structure.

茎为典型的旱性结构。

3.The xerophilous 耐旱的 plants in the desert have adapted to survive with minimal water.

沙漠中的耐旱的植物已经适应了在极少水分的情况下生存。

4.Many xerophilous 耐旱的 species can be found in arid regions around the world.

世界各地的干旱地区可以找到许多耐旱的物种。

5.The xerophilous 耐旱的 vegetation plays a crucial role in preventing soil erosion in dry areas.

在干燥地区，耐旱的植被在防止土壤侵蚀方面起着至关重要的作用。

6.Cacti are excellent examples of xerophilous 耐旱的 plants that thrive in harsh climates.

仙人掌是能够在恶劣气候中茁壮成长的优秀耐旱的植物示例。

7.The study focused on the adaptations of xerophilous 耐旱的 flora to extreme temperatures.

这项研究集中于耐旱的植物对极端温度的适应。

作文

In the vast expanse of our planet, various ecosystems thrive, each uniquely adapted to their environment. Among these ecosystems, the deserts stand out as some of the most extreme habitats. The organisms that inhabit these arid regions exhibit remarkable adaptations to survive in conditions where water is scarce. Many of these species are termed xerophilous (耐干旱的), meaning they have evolved to flourish in dry environments. Understanding the characteristics and adaptations of xerophilous (耐干旱的) plants and animals provides insight into the resilience of life on Earth. Desert plants, such as cacti and succulents, are prime examples of xerophilous (耐干旱的) species. These plants have developed thick, fleshy tissues that store water, allowing them to survive prolonged periods of drought. Additionally, many xerophilous (耐干旱的) plants possess a waxy coating on their leaves, which reduces water loss through evaporation. Their root systems are often extensive, reaching deep into the soil to access moisture that is otherwise unavailable to other plants. Animals in desert environments also exhibit xerophilous (耐干旱的) adaptations. For instance, the fennec fox, with its large ears and light-colored fur, is well-suited for life in the Sahara Desert. Its large ears dissipate heat, while its fur reflects sunlight, helping it maintain a stable body temperature. Furthermore, the fennec fox is capable of obtaining moisture from its food, allowing it to survive without direct water sources for extended periods. Such adaptations exemplify the incredible ways in which life can persist in harsh conditions. The significance of xerophilous (耐干旱的) organisms extends beyond their immediate ecosystems. As climate change continues to alter weather patterns and increase the frequency of droughts, understanding these resilient species becomes crucial. By studying xerophilous (耐干旱的) plants and animals, scientists can gain insights into how ecosystems respond to environmental stressors and what strategies may be effective in conservation efforts. Moreover, the study of xerophilous (耐干旱的) organisms can inspire innovations in agriculture. As water scarcity becomes a pressing global issue, cultivating crops that mimic the adaptations of xerophilous (耐干旱的) species may provide solutions for sustainable farming practices. Research into drought-resistant crops could lead to increased food security in arid regions, ultimately benefiting millions of people worldwide. In conclusion, the term xerophilous (耐干旱的) encompasses a fascinating array of adaptations that enable life to thrive in some of the most challenging environments on Earth. From plants that store water to animals that efficiently manage their hydration needs, these organisms showcase the resilience of nature. As we face the realities of climate change and water scarcity, the lessons learned from xerophilous (耐干旱的) species will be invaluable in our efforts to protect biodiversity and ensure sustainable living for future generations.