coalescence model

简明释义

聚结模型

英英释义

例句

1.The coalescence model (聚合模型) is often used in population genetics to estimate the time to the most recent common ancestor.

在群体遗传学中，聚合模型常用于估计到最近共同祖先的时间。

2.In evolutionary biology, the coalescence model (聚合模型) helps trace the lineage of species back to a common ancestor.

在进化生物学中，聚合模型帮助追踪物种的血统回溯到共同祖先。

3.Using the coalescence model (聚合模型), scientists can predict how populations will evolve over time.

科学家们使用聚合模型预测种群将如何随着时间演变。

4.The researchers applied the coalescence model (聚合模型) to understand the genetic diversity in the population.

研究人员应用了聚合模型来理解该人群中的遗传多样性。

5.The application of the coalescence model (聚合模型) in social sciences can reveal patterns of social behavior.

在社会科学中应用聚合模型可以揭示社会行为的模式。

作文

The concept of the coalescence model has gained significant attention in various fields, particularly in biology and social sciences. At its core, the coalescence model refers to a theoretical framework that explains how individual entities or populations merge over time to form a single, unified group. This merging process can be observed in different contexts, such as genetic lineages, species evolution, and even social networks. Understanding the coalescence model is essential for researchers who aim to analyze complex systems and predict future developments.In genetics, the coalescence model serves as a powerful tool for tracing the ancestry of genes within a population. By examining the genetic variations among individuals, scientists can use the coalescence model to infer the most recent common ancestor of a particular gene. This approach not only helps in understanding evolutionary relationships but also sheds light on the processes that drive genetic diversity. For instance, the coalescence model can illustrate how certain mutations become fixed in a population over time, influencing the overall genetic structure of the species.Moreover, the coalescence model is applicable beyond genetics. In the realm of social sciences, it can describe how individuals or groups come together to form larger communities. For example, when studying urban development, researchers may apply the coalescence model to understand how different neighborhoods evolve and integrate over time, leading to the formation of a cohesive city identity. This perspective allows for a deeper appreciation of social dynamics and the factors that contribute to community building.The implications of the coalescence model extend to practical applications as well. In conservation biology, understanding how species coalesce can inform strategies for preserving biodiversity. By recognizing the importance of genetic diversity and the connections between populations, conservationists can develop more effective management plans. The coalescence model highlights the significance of maintaining gene flow between isolated populations, which is crucial for their long-term survival.In conclusion, the coalescence model provides a valuable lens through which we can examine the processes of merging and integration across various disciplines. Whether in genetics, social sciences, or conservation, this model offers insights into the complexities of evolution, community dynamics, and biodiversity. As research continues to evolve, the coalescence model will undoubtedly play a pivotal role in shaping our understanding of how individual components come together to create a unified whole. Embracing this concept can lead to more informed decisions and strategies in both scientific inquiry and real-world applications.

“合并模型”的概念在各个领域，特别是生物学和社会科学中引起了广泛关注。其核心是，“合并模型”指的是一种理论框架，用于解释个体实体或种群如何随着时间的推移合并形成一个统一的群体。这一合并过程可以在不同的背景下观察到，例如基因谱系、物种进化，甚至社交网络。理解“合并模型”对那些希望分析复杂系统并预测未来发展的研究人员至关重要。在遗传学中，“合并模型”作为追踪种群内基因祖先的有力工具。通过检查个体之间的基因变异，科学家可以利用“合并模型”推断某一特定基因的最近共同祖先。这种方法不仅有助于理解进化关系，还揭示了驱动遗传多样性的过程。例如，“合并模型”可以说明某些突变如何随着时间的推移在种群中固定，从而影响物种的整体遗传结构。此外，“合并模型”还适用于超越遗传学的领域。在社会科学领域，它可以描述个体或群体如何聚集形成更大的社区。例如，在研究城市发展时，研究人员可能会应用“合并模型”来理解不同社区如何随着时间的推移演变和整合，形成一个凝聚的城市身份。这种视角使我们更深刻地理解社会动态及其对社区建设的影响因素。“合并模型”的意义也延伸到实际应用中。在保护生物学中，理解物种如何合并可以为保护生物多样性制定策略提供信息。通过认识遗传多样性的重要性以及种群之间的联系，保护主义者可以制定更有效的管理计划。“合并模型”强调维持隔离种群之间基因流动的重要性，这对它们的长期生存至关重要。总之，“合并模型”为我们提供了一种宝贵的视角，通过这一视角，我们可以在各个学科中考察合并和整合的过程。无论是在遗传学、社会科学还是保护领域，这一模型都为我们提供了关于进化、社区动态和生物多样性复杂性的见解。随着研究的不断发展，“合并模型”无疑将在塑造我们对个体成分如何聚集形成统一整体的理解方面发挥关键作用。接受这一概念可以在科学探究和现实应用中做出更明智的决策和策略。