ferruginous

简明释义

英[feˈruːdʒɪnəs]美[feˈrʊdʒənəs]

adj. 铁的；铁锈的；含铁的

英英释义

单词用法

同义词

反义词

例句

1.The solid state may the long time preservation, the ferruginous vessel maintain to the soybean isoflavones activeness advantageous, the long time illumination urges the isoflavones activeness weaken.

固体状态可长时间保存，铁质容器对大豆异黄酮活性保持有利，长时间光照促使异黄酮活性衰减。

2.The solid state may the long time preservation, the ferruginous vessel maintain to the soybean isoflavones activeness advantageous, the long time illumination urges the isoflavones activeness weaken.

固体状态可长时间保存，铁质容器对大豆异黄酮活性保持有利，长时间光照促使异黄酮活性衰减。

3.Basins in Jiangxi province mostly are red basins dominated by sandy conglomerate, and some conglomerate and sandstone with calcareous and ferruginous cementation.

省内盆地多为红盆，岩性以砂砾岩为主，其次为砾岩和砂岩，胶结物以钙质和铁质为主。

4.The asbestos fiber becomes coated with iron and calcium, which is why it is often referred to as a "ferruginous body" as seen here with an iron stain.

石棉纤维的表面覆盖有一层铁或钙，这就是为什么用铁染色时石棉纤维经常被称为“含铁小体”。

5.A few people fly Goshawks, but the hot summers here are to hot for our Northern Goshawks I did not know you had Ferruginous hawks there.

一些人飞行苍鹰，但是这里热的夏天是对热我不知道的我们的北苍鹰的您有铁的鹰那里。

6.The thrid part are tuff, ferruginous dolomite, crystal tuff and volcanic breccia.

第三段以凝灰岩、铁质白云岩、晶屑凝灰岩、火山角砾岩为主。

7.Sterile ovary globose, densely ferruginous villous.

不育的子房球状，密被具铁锈色长柔毛。

8.Young branches with dense ferruginous scales.

幼枝具紧密的铁锈色的鳞片。

9.The river was characterized by its ferruginous waters, which were rich in iron.

这条河的水呈现出铁锈色，富含铁元素。

10.The ferruginous soil in the region is ideal for growing certain types of crops.

该地区的铁锈土壤非常适合种植某些类型的农作物。

11.Geologists studied the ferruginous formations to understand the area's mineral composition.

地质学家研究了这些铁锈矿层以了解该地区的矿物成分。

12.The ferruginous coloration of the rocks indicated a high concentration of iron oxide.

岩石的铁锈色表明氧化铁的浓度很高。

13.Birdwatchers were excited to spot the ferruginous hawk soaring overhead.

鸟类观察者们兴奋地看到一只铁锈色的鹰在头顶翱翔。

作文

The landscape of the American West is often characterized by its unique geological formations and diverse ecosystems. Among these features, one can find areas that are notably rich in minerals, particularly iron. These regions often exhibit a distinctive color palette, predominantly featuring shades of red and brown, which is attributed to the presence of iron oxide. This phenomenon leads to the formation of what is known as ferruginous (铁锈色的) soils and rocks. The term ferruginous not only describes the color but also indicates the composition of these materials, which are high in iron content. In many parts of the world, ferruginous (铁锈色的) landscapes play a crucial role in the local ecosystem. For instance, the reddish soil is often fertile and supports a variety of plant species that thrive in iron-rich environments. These plants have adapted to the specific conditions created by the ferruginous (铁锈色的) soil, developing unique root systems and nutrient uptake strategies that allow them to flourish where other plants might struggle. Moreover, the presence of ferruginous (铁锈色的) minerals can influence the types of animal species that inhabit these areas. Birds and insects, for example, may be attracted to the vibrant colors of ferruginous (铁锈色的) plants, which can serve as important food sources or nesting sites. The interplay between the ferruginous (铁锈色的) environment and its inhabitants showcases the intricate connections within ecosystems, highlighting how mineral composition can shape biodiversity. In addition to ecological implications, ferruginous (铁锈色的) minerals have significant cultural and historical relevance. Many indigenous communities have long recognized the importance of these resources, utilizing ferruginous (铁锈色的) earth in their art and crafts. The rich hues derived from iron oxides are often used in traditional paintings and pottery, representing a deep connection to the land and its natural resources. Furthermore, the study of ferruginous (铁锈色的) geology provides valuable insights into Earth’s history. The presence of iron-rich deposits can indicate past environmental conditions, such as the availability of oxygen in ancient oceans. Geologists analyze these ferruginous (铁锈色的) formations to reconstruct the planet's climatic and biological evolution over millions of years. In conclusion, the concept of ferruginous (铁锈色的) extends far beyond a mere description of color. It encompasses a wide range of ecological, cultural, and geological significance. As we continue to explore and understand our planet, recognizing the importance of ferruginous (铁锈色的) environments will be crucial for conservation efforts and sustainable practices. By appreciating the beauty and complexity of these iron-rich landscapes, we can foster a greater respect for the natural world and its myriad connections.

美国西部的风景通常以其独特的地质构造和多样的生态系统为特点。在这些特征中，可以发现一些矿物质丰富的地区，特别是铁。这些地区通常展现出独特的色彩组合，以红色和棕色为主，这归因于氧化铁的存在。这一现象导致了被称为ferruginous（铁锈色的）土壤和岩石的形成。术语ferruginous不仅描述了颜色，还指示了这些材料的成分，即含铁量高。 在世界许多地方，ferruginous（铁锈色的）景观在当地生态系统中发挥着至关重要的作用。例如，红色土壤通常肥沃，支持多种植物物种在富含铁的环境中生长。这些植物已经适应了由ferruginous（铁锈色的）土壤所创造的特定条件，发展出独特的根系和养分吸收策略，使它们能够在其他植物可能挣扎的地方茁壮成长。 此外，ferruginous（铁锈色的）矿物的存在可以影响栖息在这些地区的动物物种。例如，鸟类和昆虫可能会被ferruginous（铁锈色的）植物的鲜艳色彩所吸引，这些植物可以作为重要的食物来源或筑巢地点。ferruginous（铁锈色的）环境与其居民之间的相互作用展示了生态系统内复杂的联系，突显了矿物成分如何塑造生物多样性。 除了生态意义外，ferruginous（铁锈色的）矿物在文化和历史上也具有重要意义。许多土著社区早已认识到这些资源的重要性，利用ferruginous（铁锈色的）土壤进行艺术和手工艺创作。由氧化铁衍生出的丰富色调常用于传统绘画和陶器，代表着与土地及其自然资源的深厚联系。 此外，研究ferruginous（铁锈色的）地质为我们提供了对地球历史的宝贵见解。铁矿床的存在可能表明古代海洋中的氧气可用性。地质学家分析这些ferruginous（铁锈色的）构造，以重建数百万年来地球的气候和生物演变。 总之，ferruginous（铁锈色的）概念远不止于对颜色的简单描述。它涵盖了广泛的生态、文化和地质意义。随着我们继续探索和理解我们的星球，认识到ferruginous（铁锈色的）环境的重要性对于保护工作和可持续实践至关重要。通过欣赏这些富含铁的景观的美丽和复杂性，我们可以培养对自然世界及其无数联系的更大尊重。