palynological

简明释义

英[/ˌpælɪnəˈlɒdʒɪkəl/]美[/ˌpælɪnəˈlɒdʒɪkəl/]

adj. 孢粉学的

英英释义

单词用法

同义词

反义词

例句

1.We developed a new approach to identification of Chenopodiaceous pollens in surface soils to the species level while current palynological methods have less ability to do so even at a genus level.

目前的孢粉学方法将表土花粉鉴定到属的水平都十分困难，因此造成依据花粉图谱进行植被重建的时候出现无法矫正的误差。

2.We developed a new approach to identification of Chenopodiaceous pollens in surface soils to the species level while current palynological methods have less ability to do so even at a genus level.

目前的孢粉学方法将表土花粉鉴定到属的水平都十分困难，因此造成依据花粉图谱进行植被重建的时候出现无法矫正的误差。

3.Wang Kaifa, Zhang Yulan. Palynological assemblages from the late Quaternary sediments of Ningbo Plain in Zhejiang Province and its paleogeography. Scientia Geographica Sinica, 1985,5(2):145-151.

[王开发，张玉兰。宁波平原晚第四纪沉积的孢粉、藻类组合及其古地理。地理科学，1985，5（2）：145-151。]。

4.Palynological fossils found in the Shahezi Formation in Changwu area are the most abundant of the same horizon in the north part of the Songliao Basin.

无论孢粉类型还是孢粉数量，昌五地区沙河子组发现的孢粉化石均可称得上是松辽盆地北部同层位中最丰富的。

5.Through the Palynological analyse, we can recovers the ancient times vegetation and the ancient times climate change situation.

通过孢粉分析方法或对其他植物遗存的研究复原古代植被，进而了解古代气候的变化情况。

6.The researchers conducted a detailed palynological study to analyze the pollen grains found in the sediment.

研究人员进行了详细的花粉学研究，以分析沉积物中发现的花粉颗粒。

7.Through palynological analysis, scientists can reconstruct past climates and vegetation patterns.

通过花粉学分析，科学家可以重建过去的气候和植被模式。

8.The palynological data collected from the ice cores provided insights into ancient ecosystems.

从冰芯中收集的花粉学数据为古代生态系统提供了见解。

9.Her thesis focused on the palynological aspects of the Late Cretaceous period.

她的论文专注于晚白垩纪时期的花粉学方面。

10.The palynological findings indicated a significant shift in vegetation during the last glacial maximum.

花粉学发现表明在最近的冰川最大期，植被发生了显著变化。

作文

Palynology, derived from the Greek words 'palynon' meaning pollen and 'logos' meaning study, is a fascinating field that focuses on the study of pollen, spores, and other microscopic particles. The significance of palynological research extends beyond mere academic interest; it plays a crucial role in various scientific disciplines including ecology, geology, and archaeology. Understanding palynological data can provide insights into past climates, vegetation changes, and even human activity over millennia. In the context of climate change, palynological studies are invaluable. By analyzing sediment cores from lakes or ocean floors, scientists can extract layers of pollen grains that have accumulated over thousands of years. This data allows researchers to reconstruct ancient ecosystems and understand how they responded to climatic shifts. For instance, a rise in certain types of pollen may indicate a warmer climate, while a decline in others could suggest cooler conditions. Such information not only helps scientists predict future ecological changes but also informs conservation efforts aimed at preserving biodiversity in a rapidly changing world. Moreover, palynological research has significant implications for archaeology. Pollen analysis can reveal what types of plants were present in a given area during specific periods, providing context for human activities such as agriculture and settlement patterns. For example, the discovery of maize pollen in a prehistoric site can indicate the early practices of agriculture among ancient civilizations. This connection between palynological">palynological data and human history enriches our understanding of how societies evolved in response to their environment. Additionally, palynology is essential in the field of oil exploration. The presence of certain fossilized pollen and spores can help geologists identify potential oil reservoirs. By examining the palynological">palynological record within rock layers, geologists can infer the types of environments that existed millions of years ago, guiding them in their search for natural resources. This intersection of biology and geology demonstrates the interdisciplinary nature of palynological">palynological studies. Despite its importance, palynology often remains an underappreciated field. Many people are unaware of the profound impact that tiny pollen grains can have on our understanding of the Earth’s history. Education and outreach are essential to raise awareness about the relevance of this discipline. Workshops, public lectures, and engaging educational materials can help demystify the science behind palynological">palynological research and inspire new generations of scientists. In conclusion, the study of pollen and spores through palynological">palynological methods is a vital component of many scientific fields. Its applications range from understanding past climates to informing archaeological findings and aiding in resource exploration. As we face pressing environmental challenges, the insights gained from palynological">palynological research will be crucial in guiding our responses. Therefore, fostering a greater appreciation for this field is essential for both scientific advancement and public awareness of our planet's intricate history and future prospects.

孢粉学，源自希腊语中的“palynon”（花粉）和“logos”（研究），是一个迷人的领域，专注于花粉、孢子和其他微观颗粒的研究。孢粉学研究的重要性超越了单纯的学术兴趣；它在生态学、地质学和考古学等多个科学领域中发挥着至关重要的作用。理解孢粉学数据可以提供对过去气候、植被变化甚至人类活动数千年的洞察。 在气候变化的背景下，孢粉学研究是无价的。通过分析来自湖泊或海洋底部的沉积物核心，科学家可以提取出数千年来积累的花粉颗粒。这些数据使研究人员能够重建古代生态系统，并了解它们如何应对气候变化。例如，某些类型花粉的增加可能表明气候变暖，而其他花粉的减少可能暗示气温降低。这些信息不仅帮助科学家预测未来生态变化，还为旨在保护生物多样性的保护工作提供了指导。 此外，孢粉学研究在考古学领域也具有重要意义。花粉分析可以揭示特定时期某一地区存在的植物类型，为农业和定居模式等人类活动提供背景。例如，在史前遗址发现玉米花粉可以表明古代文明早期的农业实践。这种孢粉学数据与人类历史之间的联系丰富了我们对社会如何响应环境的理解。 此外，孢粉学在石油勘探领域也是必不可少的。某些化石化的花粉和孢子的存在可以帮助地质学家识别潜在的油藏。通过检查岩层内的孢粉学记录，地质学家可以推断数百万年前存在的环境类型，从而指导他们寻找自然资源。这种生物学与地质学的交叉展示了孢粉学研究的跨学科特性。 尽管其重要性，孢粉学往往仍然是一个被低估的领域。许多人并不知道微小的花粉颗粒对我们理解地球历史的深远影响。教育和宣传对于提高人们对这一学科相关性的认识至关重要。研讨会、公共讲座和引人入胜的教育材料可以帮助揭开孢粉学研究背后的科学，激励新一代科学家。 总之，通过孢粉学方法对花粉和孢子的研究是许多科学领域的重要组成部分。它的应用范围从理解过去气候到为考古发现提供信息，再到帮助资源勘探。随着我们面临紧迫的环境挑战，从孢粉学研究中获得的见解将在指导我们的应对措施中发挥关键作用。因此，促进对这一领域的更大欣赏对于科学进步和公众对我们星球复杂历史和未来前景的认识至关重要。