declivitous

简明释义

英[dɪˈklɪvɪtəs]美[dɪˈklɪvətəs]

adj. 相当陡的；向下倾斜的

英英释义

单词用法

同义词

反义词

例句

1.The Multi-work Condition Declivitous Impact Testing System was introduced which has variable impacting angle, rigidity, and length of stroke.

论述了多工况倾斜冲击试验系统，该系统具有可变的冲击角度，刚度和行程长度。

2.The Multi-work Condition Declivitous Impact Testing System was introduced which has variable impacting angle, rigidity, and length of stroke.

论述了多工况倾斜冲击试验系统，该系统具有可变的冲击角度，刚度和行程长度。

3.The hikers had to carefully navigate the declivitous 陡峭的 terrain to reach the summit.

登山者必须小心翼翼地穿越这片declivitous 陡峭的 地形才能到达山顶。

4.The road was particularly challenging due to its declivitous 陡峭的 slope, making driving difficult.

由于道路的declivitous 陡峭的 坡度，驾驶变得十分困难。

5.In geological studies, declivitous 陡峭的 slopes are often analyzed for erosion patterns.

在地质研究中，declivitous 陡峭的 坡度通常被用来分析侵蚀模式。

6.The landscape was marked by declivitous 陡峭的 hills that offered breathtaking views.

这片景观以declivitous 陡峭的 山丘为特点，提供了令人惊叹的视野。

7.During the winter, the declivitous 陡峭的 paths became treacherous due to ice.

冬天，由于结冰，declivitous 陡峭的 小路变得危险重重。

作文

In the realm of geography, one often encounters various terms that describe the features of the land. Among these terms, the word declivitous (倾斜的) stands out as a fascinating descriptor of sloping terrains. Understanding such terms not only enriches our vocabulary but also enhances our appreciation for the natural world around us. In this essay, I will explore the significance of declivitous landscapes and their impact on both ecology and human activity. Firstly, declivitous areas are characterized by their slopes, which can vary in steepness and length. These slopes can be found in a variety of environments, from rolling hills to steep mountains. The presence of declivitous terrain affects local ecosystems significantly. For instance, the angle of the slope influences water drainage and soil erosion. In steeply declivitous regions, rainwater tends to run off quickly, which can lead to less water being absorbed by the soil. This can create challenges for plant life that relies on consistent moisture levels. Conversely, gently declivitous slopes may allow for better water retention, fostering diverse vegetation. Moreover, the biodiversity found in declivitous areas is often unique. Many species have adapted to thrive in these specific environments, showcasing nature’s resilience and adaptability. For example, certain plants may develop deep root systems to anchor themselves against the forces of gravity on steep slopes. Animals, too, may evolve behaviors suited to navigating the challenges posed by declivitous landscapes, such as climbing skills or specialized feeding strategies that take advantage of the unique flora found in such habitats. From a human perspective, declivitous terrains present both opportunities and challenges. On one hand, these areas can be ideal for activities such as hiking, skiing, and mountain biking, attracting outdoor enthusiasts and generating tourism revenue. On the other hand, building infrastructure on declivitous land can be complicated and costly. Roads, buildings, and other structures must be designed with careful consideration of the slope to prevent landslides and ensure safety. Engineers often have to employ innovative techniques to stabilize these surfaces, which can increase project costs and complexity. Furthermore, agriculture in declivitous regions requires special techniques to manage the land effectively. Farmers may use terracing to create flat areas for planting, reducing soil erosion and maximizing arable land. This practice not only helps in cultivating crops but also contributes to soil conservation efforts in hilly areas. In this way, understanding the declivitous nature of the land allows for more sustainable farming practices that can benefit both the environment and local economies. In conclusion, the term declivitous (倾斜的) encapsulates a vital aspect of our planet's geography. By recognizing the implications of sloping landscapes, we can better appreciate the intricate relationships between ecosystems, human activities, and the environment. Whether through promoting biodiversity, managing agricultural practices, or enhancing recreational opportunities, our understanding of declivitous terrains can lead to more informed decisions that respect and protect the natural world. As we continue to explore and interact with these unique landscapes, let us remember the importance of sustainable practices and the beauty of nature's design.

在地理领域，人们常常会遇到各种描述土地特征的术语。在这些术语中，单词declivitous（倾斜的）作为一个迷人的描述词突显出斜坡地形的重要性。理解这样的术语不仅丰富了我们的词汇量，还增强了我们对周围自然世界的欣赏。在这篇文章中，我将探讨declivitous景观的重要性及其对生态和人类活动的影响。 首先，declivitous区域的特点是其坡度，坡度可以在陡峭程度和长度上有所不同。这些坡度可以在各种环境中找到，从起伏的丘陵到陡峭的山脉。declivitous地形的存在对当地生态系统有显著影响。例如，坡度的角度影响水的排放和土壤侵蚀。在陡峭的declivitous地区，雨水往往迅速流失，这可能导致土壤吸收的水分减少。这给依赖稳定湿度水平的植物生命带来了挑战。相反，缓坡的declivitous地形可能允许更好的水分保持，促进多样化的植被生长。 此外，declivitous区域的生物多样性往往是独特的。许多物种已经适应了在这些特定环境中生存，展示了自然的韧性和适应能力。例如，某些植物可能会发展出深根系，以便在陡坡上抵御重力的作用。动物也可能进化出适应declivitous地形挑战的行为，例如攀爬技能或利用这种栖息地中特有植物的特殊觅食策略。 从人类的角度来看，declivitous地形既带来了机会，也带来了挑战。一方面，这些地区可以成为徒步旅行、滑雪和山地自行车等活动的理想场所，吸引户外爱好者并创造旅游收入。另一方面，在declivitous土地上建设基础设施可能复杂且成本高昂。道路、建筑物和其他结构必须经过仔细考虑坡度设计，以防止滑坡并确保安全。工程师通常需要采用创新技术来稳定这些表面，这可能增加项目成本和复杂性。 此外，在declivitous地区的农业需要特殊技术来有效管理土地。农民可能会使用梯田技术来创造平坦的种植区域，减少土壤侵蚀并最大化可耕作土地。这种做法不仅有助于作物种植，还有助于保护丘陵地区的土壤。在这种情况下，理解土地的declivitous特性可以促进更可持续的农业实践，这对环境和地方经济都有益。 总之，术语declivitous（倾斜的）概括了我们星球地理的一个重要方面。通过认识到斜坡地形的影响，我们可以更好地欣赏生态系统、人类活动和环境之间错综复杂的关系。无论是通过促进生物多样性、管理农业实践，还是增强休闲机会，我们对declivitous地形的理解都能引导我们做出更明智的决策，以尊重和保护自然世界。随着我们继续探索和与这些独特的景观互动，让我们铭记可持续实践的重要性和自然设计的美丽。