latitudinal

简明释义

英[ˌlætɪˈtjuːdɪn(ə)l]美[ˌlætəˈtuːdənəl]

adj. 纬度的

英英释义

单词用法

同义词

反义词

例句

1.The structure of Yangquan mine consists of latitudinal structure and Xinhuaxia system structure.

阳泉矿区构造格局是纬向构造带和新华复系构造带复合造成。

2.An automatic device for metal hose welding was designed based on the common latitudinal seam welder, according to the structure of high-pressure metal hose.

在普通环缝焊机的基础上，依据高压金属软管结构特点，研制了一套金属软管焊接自动化装置，主要由旋转装置、传动机构和焊接夹具组成。

3.The global latitudinal tectonic system is one of the important forces controlling the plate boundary and movement.

星球级纬向构造体系是控制板块边界和运动的重要的支配力量之一。

4.According to this mode, latitudinal gravity always pushes the earth's matter toward the region of"latitudinal density anomaly low"from"latitudinal density anomaly high".

按照这一模式，纬向重力总是把地球物质从“纬向密度异常高”的地区推向“纬向密度异常低”的地区。

5.Using the 10th International geomagnetic Reference Field (IGRF) models, the latitudinal distribution of harmonic amplitude and its time-variation of geomagnetic potential are investigated.

利用第10代国际参考地磁场模型(IGRF)的资料，研究了地磁位的谐波振幅的纬度分布及其时间变化。

6.The various quality levels of resources &capabilities may serve as the latitudinal clue of analysis.

资源能力的不同质量状态构成了竞争优势分析的横向分析线索；

7.The results showed that the major cause of the tensile rupture of the waterwall tube is the restriction of the latitudinal heat expansion and excessive thermal stress in the waterwall.

通过分析研究，找出了造成拉裂泄漏的主要原因，即横向热膨胀受阻、热应力过大导致的强度破坏。

8.It is also found that the ionosphere manifests the asymmetry in response to north- and southward horizontal winds and to day and night winds, and also shows latitudinal difference.

对电离层峰值高度响应水平中性风的数值计算表明，响应存在着对南北方向风的不对称性、日夜不对称性和纬度差异。

9.Inorganic nanoparticle is a particle with smaller characteristic latitudinal dimension than 1 00nm, being a substance between macroscopic solid and sub-stable immediate of molecule.

无机纳米粒子是特征纬度尺寸在纳米数量级的粒子，是一种介于宏观固体和分子的亚稳中间态物质。

10.The climate varies significantly across different latitudinal 纬度的 zones, affecting agriculture.

不同的纬度的气候差异显著，影响农业。

11.Researchers studied the latitudinal 纬度的 distribution of species in the rainforest.

研究人员研究了雨林中物种的纬度的分布。

12.The latitudinal 纬度的 position of a city can influence its temperature and weather patterns.

一个城市的纬度的位置可以影响其温度和天气模式。

13.Maps often show latitudinal 纬度的 lines to help identify locations on Earth.

地图上通常显示纬度的线以帮助确定地球上的位置。

14.The biologist noted that latitudinal 纬度的 gradients can affect biodiversity.

生物学家指出，纬度的梯度可以影响生物多样性。

作文

The Earth is a complex system that exhibits a variety of climatic and ecological patterns across its surface. One of the key factors influencing these patterns is latitude, which refers to the distance of a location from the equator. The term latitudinal (纬度的) describes anything related to this measurement. Understanding latitudinal (纬度的) variations is crucial for comprehending how climate, vegetation, and animal life differ in various regions of the world. As we move from the equator towards the poles, we observe significant changes in temperature and weather patterns. Areas near the equator experience warm temperatures year-round, leading to lush tropical rainforests that are rich in biodiversity. In contrast, regions at higher latitudinal (纬度的) positions tend to have colder climates, resulting in different types of vegetation, such as coniferous forests or tundras. For instance, consider the Amazon rainforest located at a low latitudinal (纬度的) position. This area receives abundant rainfall and has a stable climate, allowing a wide variety of plant and animal species to thrive. In contrast, the Arctic tundra, situated at high latitudinal (纬度的) coordinates, experiences extreme cold and limited vegetation, primarily consisting of mosses, lichens, and low shrubs. Moreover, the concept of latitudinal (纬度的) gradients is essential in understanding ecological diversity. Scientists often study how species richness varies with latitude, finding that biodiversity tends to decrease as one moves away from the equator. This phenomenon can be attributed to several factors, including climate stability, energy availability, and historical biogeographic events. In addition to ecological implications, latitudinal (纬度的) differences also play a significant role in agriculture. Farmers must consider their location's latitudinal (纬度的) position when deciding what crops to plant. For example, tropical fruits like bananas and pineapples thrive in low latitudinal (纬度的) zones, while grains such as wheat and barley are more suited for temperate regions found at mid latitudinal (纬度的) positions. Furthermore, the effects of latitudinal (纬度的) variation extend to human activities and culture. Different latitudinal (纬度的) zones can influence lifestyle choices, clothing, and even dietary preferences. For instance, people living in warmer climates may wear lighter clothing and consume more fresh fruits, while those in colder regions often wear heavier garments and rely on preserved foods. In conclusion, the term latitudinal (纬度的) encompasses a broad range of scientific, ecological, and cultural implications. By studying latitudinal (纬度的) differences, we gain insights into the natural world and how it shapes life on Earth. This understanding is vital not only for scientists and ecologists but also for farmers, policymakers, and individuals who seek to adapt to our planet's diverse environments. As we face global challenges such as climate change, recognizing the significance of latitudinal (纬度的) variations will be essential in developing sustainable solutions for the future.

地球是一个复杂的系统，其表面展现出多种气候和生态模式。影响这些模式的关键因素之一是纬度，它指的是某个地点距离赤道的距离。术语latitudinal（纬度的）描述与这种测量相关的任何事物。理解latitudinal（纬度的）变化对于理解世界各个地区气候、植被和动物生活的差异至关重要。 当我们从赤道向两极移动时，我们观察到温度和天气模式发生显著变化。靠近赤道的地区全年气温较高，导致丰富的热带雨林，生物多样性丰富。相比之下，位于更高latitudinal（纬度的）位置的地区往往气候较冷，导致不同类型的植被，如针叶林或苔原。 例如，考虑位于低latitudinal（纬度的）位置的亚马逊雨林。该地区降雨丰富，气候稳定，使得各种植物和动物物种得以繁荣。相反，位于高latitudinal（纬度的）坐标的北极苔原经历极端寒冷，植被有限，主要由苔藓、地衣和低灌木组成。 此外，latitudinal（纬度的）梯度的概念在理解生态多样性方面至关重要。科学家们经常研究物种丰富度如何随纬度变化，发现生物多样性往往随着远离赤道而减少。这种现象可以归因于多个因素，包括气候稳定性、能量可用性和历史生物地理事件。 除了生态影响，latitudinal（纬度的）差异在农业中也起着重要作用。农民在决定种植何种作物时必须考虑其位置的latitudinal（纬度的）位置。例如，热带水果如香蕉和菠萝在低latitudinal（纬度的）区域茁壮成长，而小麦和大麦等谷物则更适合位于中latitudinal（纬度的）位置的温带地区。 此外，latitudinal（纬度的）变化的影响还延伸到人类活动和文化。不同的latitudinal（纬度的）区域可能会影响生活方式选择、服装，甚至饮食偏好。例如，生活在温暖气候中的人们可能穿着轻便的衣物，消费更多的新鲜水果，而生活在寒冷地区的人们则通常穿着较重的服装，并依赖于保存的食物。 总之，术语latitudinal（纬度的）涵盖了广泛的科学、生态和文化意义。通过研究latitudinal（纬度的）差异，我们获得了对自然世界的深入了解，以及它如何塑造地球上的生命。这种理解对于科学家、生态学家、农民、政策制定者以及寻求适应我们星球多样环境的个人来说至关重要。在面对全球性挑战如气候变化时，认识到latitudinal（纬度的）变化的重要性将是开发可持续解决方案的关键。