gypsiferous

简明释义

英[dʒɪpˈsɪfərəs]美[dʒɪpˈsɪfərəs]

adj. 含石膏的；产石膏的

英英释义

单词用法

同义词

反义词

例句

1.And every lithological member is composed of the lower gypsiferous salt bed and the upper terrigenous clastic rock, which belongs to the lacustrine sediment.

该组可划分为三个岩性段，每个岩性段均由下部膏盐层、上部陆源碎屑岩组成，均属湖泊沉积。

2.And every lithological member is composed of the lower gypsiferous salt bed and the upper terrigenous clastic rock, which belongs to the lacustrine sediment.

该组可划分为三个岩性段，每个岩性段均由下部膏盐层、上部陆源碎屑岩组成，均属湖泊沉积。

3.The cap rocks are lacustrine mudstone and gypsiferous.

盖层为湖相泥岩和含膏泥岩。

4.The region is known for its gypsiferous 含石膏的 soils, which contribute to the unique agricultural practices here.

该地区以其含石膏的土壤而闻名，这为这里独特的农业实践做出了贡献。

5.In geology class, we studied the gypsiferous 含石膏的 rock formations that are prevalent in arid climates.

在地质课上，我们研究了在干旱气候中普遍存在的含石膏的岩石层。

6.The construction company had to consider the gypsiferous 含石膏的 nature of the land before starting their project.

建筑公司在开始项目之前必须考虑土地的含石膏的特性。

7.Farmers often find that gypsiferous 含石膏的 soils can improve crop yield due to better drainage.

农民们发现，含石膏的土壤由于排水更好，可以提高作物产量。

8.The presence of gypsiferous 含石膏的 deposits can indicate past environmental conditions.

含石膏的沉积物的存在可能表明过去的环境条件。

作文

The earth is a treasure trove of natural resources, and among these are various types of minerals that play significant roles in our daily lives. One such mineral is gypsum, which is widely used in construction, agriculture, and even in the production of certain types of food. Gypsum is primarily composed of calcium sulfate dihydrate, and it can be found in various geological formations around the world. In some regions, the soil itself is rich in this mineral, leading to what is known as gypsiferous (含石膏的) soils. These gypsiferous soils are particularly interesting because they have unique properties that can influence plant growth and agricultural practices. In agricultural contexts, gypsiferous soils can offer several benefits. For instance, the presence of gypsum can improve soil structure by promoting better drainage and aeration. This is especially important in areas where clay soils dominate, as compacted clay can hinder root development and water infiltration. By adding gypsum to clay-heavy soils, farmers can enhance their land's productivity and sustainability. Furthermore, gypsiferous soils are often rich in essential nutrients, which can support healthy crop growth. However, managing gypsiferous soils also comes with challenges. While gypsum can improve soil quality, excessive amounts can lead to imbalances in soil chemistry. For example, too much gypsum can increase the salinity of the soil, which can be detrimental to certain crops. Therefore, it is crucial for farmers to test their soil and apply gypsum in moderation to reap its benefits without causing harm. Beyond agriculture, gypsiferous deposits have significant implications for construction and manufacturing industries. Gypsum is a key ingredient in drywall, plaster, and other building materials. The availability of gypsiferous rock formations can reduce transportation costs and increase the sustainability of construction projects. Moreover, the use of gypsum in construction helps to improve fire resistance and soundproofing in buildings, making it a valuable material in modern architecture. In addition to its practical applications, the study of gypsiferous soils and deposits also offers insights into geological processes. Understanding how these soils form and their distribution can help geologists and environmental scientists assess land use and conservation strategies. It can also aid in predicting how climate change may affect soil composition and agricultural practices in different regions. In conclusion, gypsiferous (含石膏的) soils and deposits play a crucial role in both agriculture and construction. Their unique properties can enhance soil health and improve building materials, but they also require careful management to avoid potential issues. As we continue to explore the Earth's natural resources, understanding the significance of gypsiferous formations will be essential for sustainable development and effective land use practices.