foss

简明释义

英[fɒs]美[fɑːs]

n. 城河；壕坑

n. （Foss）人名；（德、英、法、西、瑞典）福斯

英英释义

单词用法

同义词

反义词

例句

1.Red Hat's distribution, Red Hat Enterprise Linux, is comprised of free and open source software (FOSS) and they've been turning a profit for some time doing so.

红帽子分发版、红帽子企业版，它们包含了自由和开源软件（FOSS），他们从中获取利益已经一段时间了。

2.There's a lot of debate these days about the impact of the increasing number of paid developers in FOSS communities that started as volunteer efforts and still have significant Numbers of volunteers.

这些日子，对于FOSS社区支薪开发人员的数量越来越多的影响有许多争论，这些社区是由志愿者努力创办的，而且现在仍然有数量可观的志愿者。

3.Can't be a moment. (to Paula) Do you know Jens Foss?

请等一下。(转向波拉)你认识颜斯•福斯吗？

4.Freedomis Participation, Freedom is Choice, Freedom is FOSS!

自由就是参与，自由就是选择，自由就是FOSS ！

5.PETER: That"s why I"m bringing Jens Foss over.

彼得：这正是我把颜斯·福斯也一起带来的原因。

6.I had Robert, my Foss, bleary-eyed as the coffin went past.

罗伯特，我的小福，泪眼朦胧地看着经过的棺木。

7.The paleontologist discovered a new foss 化石 in the desert.

古生物学家在沙漠中发现了一种新的foss 化石。

8.They found a rare dinosaur foss 化石 during the excavation.

他们在挖掘过程中发现了一种稀有的恐龙foss 化石。

9.The museum showcased a collection of ancient foss 化石 from different eras.

博物馆展示了来自不同年代的古代foss 化石收藏。

10.Studying foss 化石 helps scientists understand Earth's history.

研究foss 化石帮助科学家理解地球的历史。

11.The foss 化石 of a prehistoric fish was found in the riverbed.

在河床中发现了史前鱼类的foss 化石。

作文

In the study of paleontology, the term fossil refers to the preserved remains or traces of ancient organisms. These remnants can provide invaluable insights into the history of life on Earth. Fossils can be found in various forms, including bones, shells, and even imprints of leaves or footprints. The process of fossilization is quite rare and requires specific conditions to occur, such as rapid burial and the presence of minerals that can replace organic material over time. Understanding fossils is crucial for scientists as they reconstruct past ecosystems and understand evolutionary processes. For instance, the discovery of a new fossil species can change our understanding of how certain organisms adapted to their environments or interacted with one another. The significance of fossils extends beyond mere curiosity; they are vital for dating geological layers, which helps scientists understand the timeline of Earth's history. Furthermore, fossils can also inform us about past climate conditions, offering clues to how the planet has changed over millions of years. In education, fossils serve as a fascinating topic that engages students' interest in science and history. Field trips to natural history museums or fossil digs can ignite a passion for paleontology among young learners. By studying fossils, students not only learn about ancient life but also develop critical thinking skills as they analyze evidence and draw conclusions about the past. The pursuit of knowledge surrounding fossils is an ongoing journey, with new discoveries being made regularly. Each new find adds a piece to the puzzle of our planet's biological heritage. As technology advances, techniques such as radiocarbon dating and DNA analysis are becoming more prevalent, allowing researchers to extract even more information from fossils than ever before. This progress enhances our understanding of evolution and the interconnectedness of life forms throughout history. In conclusion, the study of fossils is a gateway to understanding the deep history of our planet and the myriad forms of life that have existed. It offers a tangible connection to the past, reminding us of the dynamic nature of life on Earth. Whether through academic research or casual interest, the exploration of fossils continues to captivate and educate people around the world.

在古生物学的研究中，术语化石指的是古代生物的保存遗骸或痕迹。这些遗物可以为我们提供有关地球生命历史的宝贵见解。化石可以以多种形式存在，包括骨头、贝壳，甚至是叶子或脚印的印记。化石化的过程相当罕见，需要特定条件的发生，例如快速埋藏和矿物质的存在，这些矿物质可以随着时间的推移替代有机物质。理解化石对科学家至关重要，因为他们重建过去的生态系统并了解进化过程。例如，发现一种新的化石物种可能会改变我们对某些生物如何适应其环境或彼此互动的理解。化石的重要性超越了单纯的好奇心；它们对于确定地质层的年代至关重要，这有助于科学家理解地球历史的时间线。此外，化石还可以告诉我们关于过去气候条件的信息，提供有关地球数百万年来变化的线索。在教育中，化石作为一个迷人的主题，吸引学生对科学和历史的兴趣。去自然历史博物馆或化石挖掘的实地考察可以激发年轻学习者对古生物学的热情。通过研究化石，学生不仅学习古代生命的知识，还培养批判性思维能力，因为他们分析证据并得出关于过去的结论。围绕化石的知识追求是一段持续的旅程，新的发现不断涌现。每一次新的发现都为我们地球的生物遗产拼图增添了一块。随着技术的进步，放射性碳测年和DNA分析等技术变得越来越普遍，使研究人员能够从化石中提取比以往更多的信息。这一进展增强了我们对进化和历史上生命形式之间相互联系的理解。总之，化石的研究是了解我们星球深厚历史和无数生命形式存在的一个入口。它提供了与过去的有形联系，提醒我们地球上生命的动态本质。无论是通过学术研究还是随意兴趣，化石的探索继续吸引和教育着世界各地的人们。