zonation

简明释义

英[zəʊˈneɪʃ(ə)n]美[zoʊˈneɪʃn]

n. 成带；动植物的生物地理学的地带分布；带状配列

英英释义

单词用法

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例句

1.Division of Marine functional zonation system is our country sea area use management basic system.

海洋功能区划制度是我国海域使用管理的一项基本制度。

2.Division of Marine functional zonation system is our country sea area use management basic system.

海洋功能区划制度是我国海域使用管理的一项基本制度。

3.Marine biologists study coral reef zonation 带区分布 to assess the health of these ecosystems.

海洋生物学家研究珊瑚礁的zonation 带区分布以评估这些生态系统的健康状况。

4.The zonation 分区 of the forest allows researchers to understand how different habitats support various wildlife.

森林的zonation 分区使研究人员能够理解不同栖息地如何支持各种野生动物。

5.In urban planning, zonation 区划 helps to designate areas for residential, commercial, and industrial use.

在城市规划中，zonation 区划有助于指定住宅、商业和工业用地。

6.The study of coastal ecosystems often involves examining the patterns of zonation 区域分布 among different species.

对沿海生态系统的研究通常涉及检查不同物种之间的zonation 区域分布模式。

7.The city council proposed a new zonation 分区规划 that would limit building heights in certain areas.

市议会提议了一项新的zonation 分区规划，限制某些地区的建筑高度。

作文

In ecological studies, the concept of zonation plays a crucial role in understanding how different species and communities are distributed across various habitats. Zonation refers to the spatial arrangement of different ecological communities or populations within a specific area, often influenced by environmental gradients such as temperature, moisture, and light availability. This phenomenon can be observed in many ecosystems, including forests, mountains, and coastal regions, where distinct zones are formed based on varying conditions.For instance, in a coastal ecosystem, we can observe zonation in the distribution of plant and animal species along the shoreline. The intertidal zone is characterized by organisms that can withstand the harsh conditions of fluctuating tides, while further inland, we find different species that thrive in more stable environments. This clear demarcation of zones allows researchers to study the adaptations and interactions of species within their respective habitats.Similarly, in mountainous regions, zonation can be seen as one ascends from the base to the peak. At lower elevations, we might find dense forests filled with diverse flora and fauna, while higher altitudes may support alpine meadows and eventually barren rocky landscapes. Each zone presents unique challenges and resources, leading to a distinct set of species that have adapted to those specific conditions.The importance of zonation extends beyond mere observation; it also has significant implications for conservation efforts. Understanding the zonation patterns within an ecosystem helps ecologists identify critical habitats that need protection. For example, if a particular zone is home to endangered species, targeted conservation strategies can be developed to preserve those areas and maintain biodiversity.Moreover, zonation can also inform land-use planning and resource management. By recognizing the different ecological zones within a region, policymakers can make more informed decisions regarding development, agriculture, and natural resource extraction. This approach minimizes environmental impact and promotes sustainable practices that benefit both human and ecological communities.In conclusion, zonation is a fundamental concept in ecology that enhances our understanding of species distribution and community structure. It provides valuable insights into the interactions between organisms and their environments, guiding conservation and land-use strategies. As we continue to face environmental challenges, recognizing and preserving these unique ecological zones will be vital for maintaining the health of our planet's ecosystems.

在生态研究中，zonation的概念在理解不同物种和群落如何在各种栖息地中分布方面起着至关重要的作用。Zonation指的是在特定区域内不同生态社区或种群的空间排列，通常受环境梯度（如温度、湿度和光照可用性）的影响。这种现象可以在许多生态系统中观察到，包括森林、山脉和沿海地区，在这些地方，根据不同条件形成了明显的区域。例如，在沿海生态系统中，我们可以观察到植物和动物物种沿海岸线的分布存在zonation。潮间带是由能够承受潮汐波动的严酷条件的生物特征的，而更内陆的地方则发现适应于更稳定环境的不同物种。这种区域的清晰划分使研究人员能够研究物种在各自栖息地中的适应和相互作用。类似地，在山区，随着海拔的升高，我们可以看到zonation的现象。在较低海拔处，我们可能会发现茂密的森林，充满了多样的植物和动物，而在更高的海拔处，可能支持高山草甸，最终变为光秃的岩石景观。每个区域都呈现出独特的挑战和资源，导致一组特定的物种适应这些特定条件。Zonation的重要性不仅限于观察；它对保护工作也有重大影响。了解生态系统内的zonation模式有助于生态学家识别需要保护的关键栖息地。例如，如果某个特定区域是濒危物种的栖息地，可以制定针对性的保护策略来保护这些区域并维护生物多样性。此外，zonation还可以为土地利用规划和资源管理提供信息。通过识别一个地区内的不同生态区，决策者可以就开发、农业和自然资源开采做出更明智的决定。这种方法最小化了对环境的影响，并促进了对人类和生态社区都有利的可持续实践。总之，zonation是生态学中的一个基本概念，它增强了我们对物种分布和群落结构的理解。它为我们提供了有关生物体与其环境之间相互作用的宝贵见解，从而指导保护和土地利用策略。随着我们继续面临环境挑战，认识和保护这些独特的生态区域对于维持我们星球生态系统的健康至关重要。