intermontane

简明释义

英[ˌɪntəmɒnˈteɪn]美[ˌɪntərˈmɑːnteɪn]

adj. 山间的

英英释义

单词用法

同义词

反义词

例句

1.In Early Peistocene Epoch, Taihu Lake area was sedimentary environments of intermontane pluvial fan and carbonate lake;

早更新世时期，太湖区域曾是山间洪积扇与碳酸盐湖的沉积环境。

2.Tupan Basin is a intermontane basin with extreme arid climate, which is sensitive for the global change.

吐鲁番盆地是极端干旱的山间盆地 ，对于全球气候变化十分敏感。

3.Up to now, the meandering stream in intermontane region and its influences seriously on the recognization about stream environments and stream sediments have been known a little.

到目前为止 ，人们对山间曲流河边滩沉积的认识还很不够 ，严重地妨碍了人们对河流环境和河流沉积的全面认识。

4.The distal-collisional intermontane basin is a compressive basin, with poor developed source rocks.

远源碰撞山间盆地属压性盆地，生油岩系不发育。

5.The Menyuan Basin is an intermontane basin in the central segment of the Qilian Mountains, bounded by boundary faults on the north and south.

门源盆地是祁连山中段的山间盆地，南北边缘均为断裂控制，发育古近系白杨河组、第四纪冰碛物和冰水堆积物。

6.At the end of the Triassic or at the beginning of the Early Jurassic, the intermontane fluvial Xingshikou Formation was deposited on the bottom of the open valley.

三叠纪末或早侏罗世初，开阔的谷底沉积了山间河流相的杏石口组。

7.Up to now, the meandering stream in intermontane region and its influences seriously on the recognization about stream environments and stream sediments have been known a little.

到目前为止 ，人们对山间曲流河边滩沉积的认识还很不够 ，严重地妨碍了人们对河流环境和河流沉积的全面认识。

8.Intermontane basins in relatively stable regions subjected to regional uplift.

较稳定区域内的山间盆地，曾有过区域隆起。

9.The geology of the intermontane 山间的 area is fascinating to researchers.

该山间的地区的地质对研究人员来说非常迷人。

10.Many intermontane 山间的 regions serve as important agricultural zones.

许多山间的地区作为重要的农业区。

11.The intermontane 山间的 climate can vary significantly from the surrounding areas.

该山间的气候与周围地区可能有显著差异。

12.Tourists flock to the intermontane 山间的 lakes for their stunning views.

游客们涌向这些山间的湖泊，欣赏其壮丽的景色。

13.The intermontane 山间的 valleys are often rich in biodiversity.

这些山间的山谷通常生物多样性丰富。

作文

The term intermontane refers to regions that are situated between mountain ranges. These areas often display unique geographical and ecological characteristics that set them apart from other types of landscapes. An example of an intermontane region is the Great Basin in the United States, which lies between the Sierra Nevada and the Rocky Mountains. The significance of understanding intermontane regions extends beyond mere geography; it encompasses the study of climate, biodiversity, and human settlement patterns as well.One of the most fascinating aspects of intermontane regions is their climate. Due to their location, these areas often experience a rain shadow effect, where mountains block moist air from reaching the valleys. This results in lower precipitation levels and can create arid or semi-arid conditions. For instance, the Great Basin has a desert-like climate, which influences the types of vegetation and wildlife that can thrive there. Understanding the climatic conditions of intermontane regions is crucial for conservation efforts and sustainable development.Ecologically, intermontane areas are often rich in biodiversity, hosting a variety of species that have adapted to the unique conditions found there. The isolation provided by surrounding mountain ranges can lead to the evolution of endemic species, which are not found anywhere else in the world. For example, certain species of plants and animals in the Great Basin have developed specialized adaptations to survive the harsh climate. Studying these ecosystems can provide insights into evolutionary processes and the impacts of climate change on biodiversity.Human settlements in intermontane regions also present interesting dynamics. Historically, these areas were often seen as barriers to movement and trade due to the surrounding mountains. However, over time, people have adapted to these landscapes, finding ways to farm and live in harmony with the environment. In some cases, intermontane valleys have become agricultural hubs, benefiting from the unique soil and microclimates created by their surroundings. Understanding how communities interact with their intermontane environments can inform better land management practices and promote sustainability.In conclusion, the concept of intermontane regions encompasses a rich tapestry of geographical, ecological, and social elements. By studying these areas, we can gain valuable insights into the complexities of our planet's landscapes and the life they support. Whether it's the unique climate, the biodiversity found within, or the human adaptations to these challenging environments, intermontane regions hold a wealth of knowledge waiting to be explored. As we continue to face environmental challenges, understanding these regions will be essential for developing effective strategies for conservation and sustainable living.

“intermontane” 这个术语指的是位于山脉之间的地区。这些区域通常展现出独特的地理和生态特征，使其与其他类型的景观区分开来。一个例子是位于美国的大盆地，它位于内华达山脉和落基山脉之间。理解“intermontane”地区的重要性不仅仅限于地理，它还涉及气候、生物多样性和人类定居模式的研究。“intermontane”地区最迷人的方面之一是它们的气候。由于其位置，这些地区通常会经历雨影效应，山脉阻挡湿润空气进入山谷。这导致降水量较低，并可能创造干旱或半干旱的条件。例如，大盆地具有沙漠般的气候，这影响了能够在此生存的植物和野生动物的种类。了解“intermontane”地区的气候条件对保护工作和可持续发展至关重要。在生态上，“intermontane”地区通常生物多样性丰富，栖息着适应独特条件的多种物种。周围山脉提供的隔离可以导致特有物种的进化，这些物种在世界其他地方找不到。例如，大盆地某些植物和动物物种已经发展出专门的适应性，以生存于严酷的气候中。研究这些生态系统可以提供对进化过程和气候变化对生物多样性影响的见解。“intermontane”地区的人类定居也展现出有趣的动态。从历史上看，由于周围山脉的存在，这些地区常常被视为移动和贸易的障碍。然而，随着时间的推移，人们逐渐适应了这些景观，找到在环境中耕作和生活的方法。在某些情况下，“intermontane”山谷已成为农业中心，受益于其周围独特的土壤和小气候。了解社区如何与其“intermontane”环境互动可以为更好的土地管理实践提供信息，并促进可持续性。总之，“intermontane”地区的概念包含了丰富的地理、生态和社会元素。通过研究这些地区，我们可以获得有关我们星球景观及其支持的生命复杂性的宝贵见解。无论是独特的气候、内部的生物多样性，还是人类对这些挑战性环境的适应，“intermontane”地区都蕴藏着等待探索的丰富知识。随着我们继续面临环境挑战，理解这些地区将对制定有效的保护和可持续生活策略至关重要。