sapropelic

简明释义

英[sæˈproʊpəlɪk]美[sæˈproʊpəlɪk]

adj. 腐泥的

英英释义

单词用法

同义词

反义词

例句

1.The abundance of organic matter in this area is high and belongs to a mixed sapropelic-humic type or humic type of low maturity. Transformation of organic matter is due to compound multiplex factors.

该区有机质的丰度较高，并受控子沉积环境与沉积物类型，母质以腐泥-腐殖混合型和腐殖型为主，成熟度低，有机质的转化是多重因素复合作用的结果。

2.The abundance of organic matter in this area is high and belongs to a mixed sapropelic-humic type or humic type of low maturity. Transformation of organic matter is due to compound multiplex factors.

该区有机质的丰度较高，并受控子沉积环境与沉积物类型，母质以腐泥-腐殖混合型和腐殖型为主，成熟度低，有机质的转化是多重因素复合作用的结果。

3.Analysis on the content of organic matter indicates that they are equivalent to organic matter of the sapropelic-humic type in the Mesozoic and Cenozoic source rocks in China.

通过有机物组分含量分析，它们相当于中国中、新生代油源岩有机质类型中的腐泥型—腐殖腐泥型。

4.The hydrocarbons of the Yancheng depression mainly came from Palaeozoic Marine sapropelic materials, partly from the Taizhou or Pukou formation.

盐城凹陷油气主要来源于古生界海相腐泥型源岩，并有少许上白垩统泰州组或浦口组的贡献。

5.Sapropelic gas could be derived from the cracking of both sapropelic kerogen and sapropelic crude oil.

腐泥型天然气既可来自腐泥型于酪根的裂解，也可以来自腐泥型原油的裂解。

6.Gas in Huayingcan 1 well is humic-type natural gas, with small amount of sapropelic gas.

华英参1井天然气属于腐殖型气，其中也混入了少量腐泥型气。

7.They are sapropelic and over-mature in thermal evolution.

为腐泥型有机质，热演化已经处于过成熟阶段。

8.Coal rock can be classified as humic and sapropelic coal.

在煤岩的分类中，有腐殖煤和腐泥煤之分。

9.The researchers found that the sapropepic 腐生的 sediments were rich in organic matter.

研究人员发现，这些sapropepic 腐生的沉积物富含有机物。

10.In the study of ancient lakes, sapropepic 腐生的 deposits provide insights into past environmental conditions.

在对古湖泊的研究中，sapropepic 腐生的沉积物提供了过去环境条件的见解。

11.The sapropepic 腐生的 nature of the soil indicated high levels of decomposition.

土壤的sapropepic 腐生的特性表明分解水平很高。

12.Aquatic plants thrive in sapropepic 腐生的 environments due to the nutrient-rich conditions.

水生植物在sapropepic 腐生的环境中茁壮成长，因为这里的养分丰富。

13.The analysis revealed that the sapropepic 腐生的 layers contained significant amounts of methane.

分析显示，这些sapropepic 腐生的层含有大量甲烷。

作文

The term sapropepic refers to a specific type of sediment that is rich in organic matter, particularly derived from the decomposition of plant and animal materials. Understanding the significance of sapropepic sediments is crucial in various fields such as geology, paleontology, and environmental science. These sediments often form in anaerobic conditions, where the lack of oxygen slows down the decomposition process, leading to the accumulation of organic materials over time. In many ecosystems, sapropepic sediments play a vital role in nutrient cycling. They can be found in wetlands, lakes, and other aquatic environments where organic matter accumulates. The presence of these sediments indicates a history of biological activity and can provide insights into past environmental conditions. For instance, scientists often study sapropepic layers in sediment cores to understand climate changes and ecological shifts that have occurred over millennia. Moreover, sapropepic sediments are essential for the formation of fossil fuels, including coal and oil. As organic material is buried and subjected to heat and pressure over millions of years, it transforms into these valuable energy resources. Thus, understanding the characteristics of sapropepic deposits can help geologists locate potential sites for fossil fuel extraction. In addition to their geological importance, sapropepic sediments also have implications for modern environmental management. Wetlands, which often contain significant amounts of sapropepic material, serve as natural filters for water, improving water quality by trapping pollutants and providing habitat for diverse species. Protecting these areas is crucial for maintaining biodiversity and ecosystem services. However, human activities such as agriculture, urban development, and pollution pose threats to sapropepic environments. The disruption of these delicate systems can lead to the loss of organic matter, which in turn affects nutrient availability and overall ecosystem health. Therefore, conservation efforts must prioritize the protection of wetlands and other areas with rich sapropepic sediments. In conclusion, the study of sapropepic sediments offers valuable insights into both our planet's geological history and the functioning of current ecosystems. By recognizing the importance of these organic-rich deposits, we can better appreciate the intricate relationships between living organisms and their environments. As we face ongoing environmental challenges, understanding and preserving sapropepic ecosystems will be essential for sustaining biodiversity and ensuring the health of our planet for future generations.

术语sapropepic指的是一种特定类型的沉积物，富含有机物，特别是来源于植物和动物材料的分解。理解sapropepic沉积物的重要性对于地质学、古生物学和环境科学等多个领域至关重要。这些沉积物通常在缺氧条件下形成，缺乏氧气减缓了分解过程，导致有机材料随着时间的推移而积累。 在许多生态系统中，sapropepic沉积物在养分循环中发挥着重要作用。它们可以在湿地、湖泊和其他水生环境中找到，这些地方有机物质积累。sapropepic沉积物的存在表明生物活动的历史，并且可以提供对过去环境条件的洞察。例如，科学家们经常研究沉积岩芯中的sapropepic层，以了解数千年来发生的气候变化和生态转变。 此外，sapropepic沉积物对于化石燃料的形成也至关重要，包括煤和石油。当有机物被埋藏并在数百万年的时间里受到热和压力的作用时，它会转化为这些有价值的能源资源。因此，理解sapropepic沉积物的特征可以帮助地质学家找到潜在的化石燃料开采地点。 除了其地质重要性外，sapropepic沉积物还对现代环境管理具有影响。湿地，通常包含大量的sapropepic物质，作为水的天然过滤器，通过捕获污染物来改善水质，并为多样化的物种提供栖息地。保护这些地区对于维护生物多样性和生态系统服务至关重要。 然而，人类活动如农业、城市发展和污染对sapropepic环境构成威胁。这些精细系统的破坏可能导致有机物质的丧失，从而影响养分的可用性和整体生态系统的健康。因此，保护工作必须优先考虑保护湿地和其他富含sapropepic沉积物的区域。 总之，sapropepic沉积物的研究为我们星球的地质历史以及当前生态系统的功能提供了宝贵的见解。通过认识到这些富含有机物的沉积物的重要性，我们可以更好地欣赏生物体与其环境之间错综复杂的关系。面对持续的环境挑战，理解和保护sapropepic生态系统将对维持生物多样性和确保我们星球的健康至关重要，为未来几代人提供保障。