osteological

简明释义

英[ˌɒstɪəˈlɒdʒɪkəl]美[ˌɑːstɪəˈlɑːdʒɪkəl]

骨学的

英英释义

单词用法

同义词

反义词

例句

1.The study was focused on the comparison of the morphological characters, including the body shapes, respiratory and sense organs, digestive system and osteological feathers of Chinese siganids.

对中国沿海常见蓝子鱼科鱼类的外部形态、呼吸器官、感觉器官、消化器官、骨骼系统等形态特征进行了比较研究。

2.The study was focused on the comparison of the morphological characters, including the body shapes, respiratory and sense organs, digestive system and osteological feathers of Chinese siganids.

对中国沿海常见蓝子鱼科鱼类的外部形态、呼吸器官、感觉器官、消化器官、骨骼系统等形态特征进行了比较研究。

3.Using cladistics methods, we studied both outer and osteological characters of 4 fish groups, Cyprinus, Barbodes, Schizothorax (Racoma) and Paracobitis, endemic to Erhai Lake.

本文应用分支系统学方法，选取外部及骨骼形态学特征，对洱海特有的鲤属、四须鲃属、裂腹鱼属弓鱼亚属和副鳅属进行了研究。

4.Noteworthy are several osteological features, including dental and ischial ones, which are transitional between the condition of Sinornithosaurus and that of Microraptor.

尤其值得关注的是，一些特征呈现出介于中国鸟龙和小盗龙之间的过渡状态，其中部分来自牙齿和坐骨。

5.Methods:200 fractured in-patients in the osteological department were given differentiated nursing implementations and functional training instructions.

方法：对200例我院骨伤科住院患者正确的辨证施护及功能锻炼的指导。

6.Phylogeny of the cyprinid subgenus Cyprinus (Mesocyprinus ) is elucidated based on both external and osteological features.

基于外部形态特征和内部骨骼特征对鲤科鲤属中鲤亚属进行了分支系统学分析。

7.The researchers conducted an osteological study to analyze the skeletal remains of ancient humans.

研究人员进行了一个骨骼学的研究，以分析古代人类的骨骼遗骸。

8.In the museum, there is a section dedicated to osteological artifacts from prehistoric times.

在博物馆里，有一个专门展示史前时期骨骼学的文物的区域。

9.The forensic team used osteological methods to identify the age and sex of the skeletal remains.

法医团队使用骨骼学的方法来识别骨骼遗骸的年龄和性别。

10.Students in the anthropology program are required to take a course on osteological analysis.

人类学专业的学生需要修一门关于骨骼学的分析课程。

11.The osteological features of the bones provided clues about the diet of the species.

骨骼的骨骼学的特征提供了关于该物种饮食的线索。

作文

The study of bones is a fascinating field that provides insights into the history of life on Earth. One important aspect of this study is known as osteological (骨骼的) analysis, which involves examining the structure and function of bones to understand various biological and evolutionary processes. Osteological studies can reveal information about an organism's age, diet, health, and even its behavior. For instance, by analyzing the wear patterns on teeth, researchers can infer dietary habits and nutritional status. This type of analysis is crucial in fields such as archaeology, paleontology, and forensic science. In archaeology, osteological (骨骼的) analysis helps scientists reconstruct past human societies. By studying skeletal remains found at excavation sites, researchers can determine demographic information such as age and sex distribution within a population. They can also assess health conditions and the prevalence of diseases, which sheds light on the living conditions and lifestyle of ancient peoples. For example, evidence of malnutrition or specific diseases can indicate periods of famine or stress in a community. Paleontologists also rely heavily on osteological (骨骼的) data to understand extinct species. Fossilized bones provide critical information about the size, shape, and possible behavior of these organisms. By comparing the osteological (骨骼的) features of fossils with those of modern animals, scientists can make educated guesses about how these creatures lived and interacted with their environment. This comparative approach has led to significant discoveries about the evolution of species and the dynamics of ancient ecosystems. Forensic scientists utilize osteological (骨骼的) methods to assist in criminal investigations. When human remains are discovered, forensic anthropologists analyze the bones to gather evidence that can help identify the deceased and determine the cause of death. Factors such as trauma, disease, and time since death can all be gleaned from the skeletal remains. This information is invaluable in solving crimes and providing closure to families of victims. In addition to its practical applications, the study of osteological (骨骼的) features contributes to our understanding of human evolution. The human skeleton has undergone significant changes over millions of years, and these changes can be traced through osteological (骨骼的) records. For example, the development of bipedalism, or walking on two legs, is reflected in the structure of the pelvis and lower limbs. By studying these adaptations, researchers can gain insights into how early humans adapted to their environments and the challenges they faced. Overall, osteological (骨骼的) studies are essential for piecing together the puzzle of life’s history. Whether in the context of human evolution, archaeological research, or forensic science, the examination of bones provides a wealth of information that helps us understand not only the past but also the processes that have shaped the present. As technology advances, the tools and techniques used in osteological (骨骼的) research continue to evolve, promising even more discoveries in the future. The significance of this field cannot be overstated, as it connects us with our ancestors and the diverse forms of life that have existed on our planet.

对骨骼的研究是一个迷人的领域，它提供了对地球生命历史的深刻见解。这个研究的重要方面被称为osteological（骨骼的）分析，涉及到检查骨骼的结构和功能，以理解各种生物和进化过程。Osteological研究可以揭示有关生物体年龄、饮食、健康甚至行为的信息。例如，通过分析牙齿上的磨损模式，研究人员可以推断出饮食习惯和营养状态。这种类型的分析在考古学、古生物学和法医学等领域至关重要。 在考古学中，osteological（骨骼的）分析帮助科学家重建过去的人类社会。通过研究在挖掘现场发现的骨骼遗骸，研究人员可以确定人口的年龄和性别分布等人口统计信息。他们还可以评估健康状况和疾病的流行程度，这为我们了解古代人民的生活条件和生活方式提供了线索。例如，营养不良或特定疾病的证据可以表明一个社区经历了饥荒或压力的时期。 古生物学家也在很大程度上依赖于osteological（骨骼的）数据来理解灭绝物种。化石化的骨骼提供了关于这些生物的大小、形状和可能行为的重要信息。通过将osteological（骨骼的）特征与现代动物进行比较，科学家可以对这些生物如何生活和与环境互动做出有根据的猜测。这种比较方法导致了关于物种进化和古代生态系统动态的重要发现。 法医学科学家利用osteological（骨骼的）方法来协助刑事调查。当发现人类遗骸时，法医人类学家会分析骨骼，以收集可以帮助识别死者和确定死亡原因的证据。创伤、疾病和死亡时间等因素都可以从骨骼遗骸中推断出来。这些信息在解决犯罪和为受害者家庭提供安慰方面是无价的。 除了其实际应用外，osteological（骨骼的）特征的研究有助于我们理解人类进化。人类骨骼在数百万年中发生了重大变化，这些变化可以通过osteological（骨骼的）记录追溯。例如，双足行走的发展反映在骨盆和下肢的结构中。通过研究这些适应，研究人员可以深入了解早期人类如何适应其环境以及他们面临的挑战。 总的来说，osteological（骨骼的）研究对于拼凑生命历史的拼图至关重要。无论是在人体进化、考古研究还是法医学的背景下，骨骼的检查提供了丰富的信息，帮助我们理解过去以及塑造现在的过程。随着技术的进步，用于osteological（骨骼的）研究的工具和技术不断发展，未来将承诺更多的发现。这个领域的重要性不容小觑，因为它将我们与祖先和曾经存在于我们星球上的多样生命形式联系在一起。