paleontological

简明释义

英[/ˌpeɪliənˈtɑlədʒɪkəl/]美[/ˌpeɪliənˈtɑlədʒɪkəl/]

adj. 古生物学的

英英释义

单词用法

同义词

反义词

例句

1.In either case, the fossils provide a rare opportunity for examining a period shrouded in paleontological mystery.

但不管怎样，这些化石都提供了检验一段处于古生物学谜团之中的时期的难得机会。

2.Paleontological and petrological characteristics and structural features of these formations are entirely identical to those of the Mino terrane of the Japanese Islands.

该地体的地层古生物、岩石以及构造特征完全与日本列岛的美浓地体相同。

3.40 years later scientists proved that the Piltdown man was a deliberate attempt at paleontological fraud.

40年后，科学家证明了皮尔丹人只是古生物学家们处心积虑的欺诈。

4.Paleontological studies show that modern avian groups probably first appeared in the Paleocene and experienced an explosive radiation in the early Cenozoic.

古生物学研究表明，现生鸟类的最早出现是在古新世，而爆发性辐射演化发生在新生代早期。

5.Paleontological evidence shows that the animals have been living on Yellowstone land for at least a thousand years.

古生物学证据表明，它们在黄石这片土地上生活了至少一千年。

6.These fossils not only enrich the content of the plant fossil assemblage in the study area but also provide an important paleontological basis for the determination of stratigraphic ages,...

这些化石不仅丰富了本区植物化石组合内容，而且对地层时代的确定及与邻区的对比和沉积环境的恢复提供了重要的古生物依据。

7.The museum's new exhibit showcases stunning paleontological 古生物学的 finds from the Jurassic period.

博物馆的新展览展示了来自侏罗纪时期的惊人古生物学的发现。

8.Researchers are studying paleontological 古生物学的 evidence to understand climate changes in Earth's history.

研究人员正在研究古生物学的证据，以了解地球历史上的气候变化。

9.The paleontological 古生物学的 discoveries have provided insights into the evolution of dinosaurs.

这些古生物学的发现为恐龙的进化提供了见解。

10.A paleontological 古生物学的 site was uncovered during the construction of a new highway.

在新高速公路建设期间，发现了一个古生物学的遗址。

11.Students in the paleontological 古生物学的 program learn about fossil identification techniques.

在古生物学的课程中，学生们学习化石识别技术。

作文

The field of paleontology, which is the study of ancient life forms through the examination of fossils, plays a crucial role in our understanding of the history of life on Earth. One of the most fascinating aspects of this discipline is its ability to provide insights into how life has evolved over millions of years. The term paleontological (古生物学的) research encompasses a wide range of activities, from excavating fossil sites to analyzing the data obtained from these findings. Paleontology helps us piece together the puzzle of our planet's past. By studying the remains of organisms that lived long before humans existed, scientists can reconstruct ecosystems and understand the relationships between different species. For example, the discovery of a new dinosaur species can shed light on the environment it lived in and how it interacted with other species. This is where paleontological (古生物学的) methods come into play, as they involve meticulous excavation techniques and advanced analytical tools to ensure accurate data collection. Moreover, paleontological (古生物学的) studies also have significant implications for contemporary issues such as climate change and biodiversity loss. By examining how past species responded to environmental changes, researchers can better predict how current species might react to similar challenges. This historical perspective is invaluable, as it provides context for our current environmental crises and highlights the importance of conservation efforts. In addition, the interdisciplinary nature of paleontological (古生物学的) research allows for collaboration across various scientific fields. Paleontologists often work alongside geologists, ecologists, and climatologists to create a more comprehensive picture of Earth's history. This collaboration not only enhances our understanding of the past but also informs future research directions and conservation strategies. Educational institutions play a vital role in promoting paleontological (古生物学的) knowledge. Universities offer specialized programs that train the next generation of paleontologists, equipping them with the skills needed to conduct fieldwork and analyze fossil data. Museums also contribute by providing public access to fossil collections and exhibitions that highlight the significance of paleontology in understanding our planet's history. In conclusion, the study of paleontological (古生物学的) sciences is essential for grasping the complexities of life's evolution on Earth. It not only enriches our knowledge of ancient organisms but also serves as a critical tool for addressing modern-day environmental challenges. As we continue to uncover the mysteries of the past, the insights gained from paleontological (古生物学的) research will undoubtedly shape our understanding of the future. Therefore, investing in this field is not just an academic pursuit; it is a necessary step toward ensuring a sustainable future for all living beings on our planet.

古生物学领域，即通过研究化石来研究古代生命形式，对于我们理解地球生命历史至关重要。这个学科最迷人的一个方面是它能够提供关于生命如何在数百万年间演变的见解。术语paleontological（古生物学的）研究涵盖了从挖掘化石遗址到分析这些发现所获得的数据的一系列活动。 古生物学帮助我们拼凑出我们星球过去的拼图。通过研究生活在远古时代的生物遗骸，科学家可以重建生态系统，并理解不同物种之间的关系。例如，发现一种新的恐龙物种可以揭示其生活环境及其与其他物种的互动。这就是paleontological（古生物学的）方法发挥作用的地方，因为这些方法涉及细致的挖掘技术和先进的分析工具，以确保准确的数据收集。 此外，paleontological（古生物学的）研究对于当代问题，如气候变化和生物多样性丧失，也具有重要意义。通过考察过去物种如何应对环境变化，研究人员可以更好地预测当前物种可能如何应对类似挑战。这种历史视角是无价的，因为它为我们当前的环境危机提供了背景，并强调了保护努力的重要性。 此外，paleontological（古生物学的）研究的跨学科性质允许各科学领域之间的合作。古生物学家通常与地质学家、生态学家和气候学家合作，以创建地球历史的更全面的图景。这种合作不仅增强了我们对过去的理解，还为未来的研究方向和保护策略提供了信息。 教育机构在促进paleontological（古生物学的）知识方面发挥着重要作用。大学提供专业课程，培养下一代古生物学家，装备他们进行实地工作和分析化石数据所需的技能。博物馆也通过提供公众接触化石收藏和展览，突出古生物学在理解我们星球历史中的重要性。 总之，paleontological（古生物学的）科学研究对于掌握地球生命演变的复杂性至关重要。它不仅丰富了我们对古代生物的知识，而且作为应对现代环境挑战的重要工具。随着我们继续揭示过去的奥秘，从paleontological（古生物学的）研究中获得的见解无疑将塑造我们对未来的理解。因此，投资这一领域不仅仅是学术追求；这是确保我们星球上所有生物可持续未来的必要步骤。