successional

简明释义

英[səkˈseʃənl]美[səkˈseʃnl]

adj. 连续性的；继续的，接连的

英英释义

单词用法

同义词

反义词

例句

1.The style of the website, must have successional, cannot too too bouncing.

网站的风格，一定要有连续性，不能太过于跳跃。

2.From the semantic field and the history philology's Angle, discusses the core word relatively systematically "the mouth" and the related word differentiation and the successional variation process.

从语义场和历史比较语言学的角度，相对系统地探讨核心词“口”及其相关语词的分化和演变过程。

3.But at the same time, we cannot put maths completely again aside without giving thought to, what should assure memory is successional!

但同时，我们又不能把数学完全放在一边不管，要保证记忆的连续性！

4.The quantitative characters of 30 community plots at different successional stages were studied.

对不同演替阶段30个群落样地的数量特征进行研究。

5.From the semantic field and the history philology's Angle, discusses the core word relatively systematically "the mouth" and the related word differentiation and the successional variation process.

从语义场和历史比较语言学的角度，相对系统地探讨核心词“口”及其相关语词的分化和演变过程。

6.Meanwhile, uncoupled design can be estimated in the process of design by applying the finite element analysis of sensitivity and a reference for the successional work is provided.

运用灵敏度的有限元分析方法对石英音叉片的解耦设计的优劣进行了评价，为后续的设计提供有益的参考。

7.Ecologists study successional 继承的 patterns in ecosystems to understand how biodiversity develops over time.

生态学家研究生态系统中的successional继承的模式，以了解生物多样性是如何随着时间发展而变化的。

8.The forest went through a series of successional 继承的 stages after the wildfire, eventually returning to its original state.

森林在野火后经历了一系列的successional继承的阶段，最终恢复到原来的状态。

9.The successional 继承的 development of the coral reef is crucial for maintaining marine biodiversity.

珊瑚礁的successional继承的发展对维护海洋生物多样性至关重要。

10.In geology, successional 继承的 layers of sediment can reveal the history of an area.

在地质学中，successional继承的沉积层可以揭示一个地区的历史。

11.The successional 继承的 changes in plant communities can be observed over decades in this national park.

在这个国家公园中，植物群落的successional继承的变化可以在几十年内观察到。

作文

In the study of ecology, the term successional (演替的) processes is fundamental to understanding how ecosystems evolve over time. Succession refers to the gradual process by which ecosystems change and develop following a disturbance or the creation of new habitats. This concept can be broken down into two main types: primary succession and secondary succession. Primary succession occurs in lifeless areas where soil has not yet formed, such as after a volcanic eruption or glacial retreat. In these scenarios, the first organisms to colonize the area are usually lichens and mosses, which help to create soil by breaking down rock and organic material. Over time, as the soil builds up, more complex plants like grasses and shrubs begin to thrive, eventually leading to a mature forest ecosystem.On the other hand, secondary succession takes place in areas where a disturbance has destroyed an existing ecosystem but left the soil intact, such as after a forest fire or agricultural abandonment. In this case, the recovery process tends to happen much faster than in primary succession because the soil already contains seeds and nutrients necessary for plant growth. The initial stages of successional (演替的) recovery are typically dominated by fast-growing species that can quickly take advantage of the available resources. As these species establish themselves, they modify the environment, making it more suitable for a wider variety of plants and animals.Understanding successional (演替的) processes is crucial for conservation efforts and land management. For instance, when restoring a degraded habitat, ecologists must consider the natural succession pathways that would occur if left undisturbed. By mimicking these processes, they can facilitate a more effective recovery of the ecosystem. Additionally, recognizing the role of disturbances in shaping ecosystems helps us appreciate the dynamic nature of our environment. Disturbances are often viewed negatively, but they can also promote biodiversity and resilience within ecosystems by creating opportunities for new species to establish themselves.Moreover, the concept of successional (演替的) dynamics extends beyond ecology into other fields, such as sociology and economics. In sociology, for example, communities undergo social succession as they adapt to changes in demographics, technology, and culture. Similarly, in economics, industries experience cycles of growth and decline, where new businesses emerge while others fade away, reflecting a form of economic succession. In conclusion, the term successional (演替的) encompasses a wide range of processes that describe how systems change and adapt over time. Whether in ecology, sociology, or economics, understanding these processes allows us to better grasp the complexities of our world. By studying successional (演替的) patterns, we can not only enhance our knowledge of ecological systems but also apply these insights to foster sustainable practices and resilient communities. As we face global challenges such as climate change and habitat loss, recognizing the importance of successional (演替的) processes becomes increasingly vital for ensuring the health and stability of our planet's ecosystems.

在生态学研究中，术语successional（演替的）过程是理解生态系统如何随时间演变的基础。演替是指在干扰或新栖息地创建后，生态系统逐渐变化和发展的过程。这个概念可以分为两种主要类型：初级演替和次级演替。初级演替发生在没有生命的区域，在这些区域中土壤尚未形成，例如火山喷发或冰川退却后。在这些情况下，最早定居该地区的生物通常是地衣和苔藓，它们通过分解岩石和有机物质来帮助形成土壤。随着时间的推移，土壤的形成使得更复杂的植物如草和灌木开始繁荣，最终导致成熟的森林生态系统。另一方面，次级演替发生在干扰摧毁了现有生态系统但留下了土壤的区域，例如森林火灾或农业废弃。在这种情况下，恢复过程往往比初级演替快得多，因为土壤已经包含了植物生长所需的种子和营养物质。successional（演替的）恢复的初始阶段通常由能够快速利用可用资源的快速生长物种主导。当这些物种建立自己时，它们会改变环境，使其更适合各种植物和动物。理解successional（演替的）过程对保护工作和土地管理至关重要。例如，在恢复退化栖息地时，生态学家必须考虑如果不加干扰，自然演替路径将会发生什么。通过模仿这些过程，他们可以促进生态系统更有效的恢复。此外，认识到干扰在塑造生态系统中的作用有助于我们欣赏环境的动态特性。干扰通常被视为负面因素，但它们也可以通过创造新物种建立的机会来促进生态系统内的生物多样性和韧性。此外，successional（演替的）动态的概念超越了生态学，延伸到社会学和经济学等其他领域。例如，在社会学中，社区随着人口、技术和文化的变化而经历社会演替。类似地，在经济学中，行业经历增长和衰退的周期，新企业出现而其他企业消失，反映了一种经济演替。总之，术语successional（演替的）涵盖了一系列描述系统随时间变化和适应的过程。无论是在生态学、社会学还是经济学中，理解这些过程使我们能够更好地掌握我们世界的复杂性。通过研究successional（演替的）模式，我们不仅可以增强对生态系统的认识，还可以将这些见解应用于促进可持续实践和韧性社区。随着我们面临气候变化和栖息地丧失等全球挑战，认识到successional（演替的）过程的重要性对于确保我们星球生态系统的健康和稳定变得越来越重要。