microhabitat

简明释义

英[ˌmaɪkrəʊˈhæbɪtæt]美[ˌmaɪkroʊˈhæbəˌtæt]

n. [生态] 小环境

英英释义

单词用法

同义词

反义词

例句

1.Then gave a series of technical measures. The result shows that: Karst environment's high heterogeneity, microhabitat and micro-climate are very different.

研究结果表明：喀斯特环境高度异质性，小生境小气候环境差异较大。

2.The water stress in microhabitat occurs with high -frequency.

小生境水分胁迫频繁发生。

3.Objective: To observe the change rule of exogenous high fever (Wind-Hot Card) patients s throat microhabitat change rule and microecology function mechanism on the Chinese native medicine treatment.

目的观察外感高热风热证患者咽部微生境变化规律及中药治疗本证的微生态学作用机制。

4.Objective: To observe the change rule of exogenous high fever (Wind-Hot Card) patients s throat microhabitat change rule and microecology function mechanism on the Chinese native medicine treatment.

目的观察外感高热风热证患者咽部微生境变化规律及中药治疗本证的微生态学作用机制。

5.Caching microhabitat mainly included living wood, snag, dead log and slope.

贮食微生境主要包括活立木、枯立木、倒木和倾斜地面。

6.The forest floor provides a unique microhabitat for many insects.

森林地面为许多昆虫提供了一个独特的微生境。

7.In the rocky crevices, you can find a diverse range of organisms thriving in their microhabitat.

在岩石缝隙中，你可以发现各种生物在它们的微生境中繁荣生长。

8.Coral reefs serve as a vital microhabitat for countless marine species.

珊瑚礁作为无数海洋物种的重要微生境。

9.The microhabitat of a pond is crucial for the survival of amphibians.

池塘的微生境对两栖动物的生存至关重要。

10.Urban gardens can create small microhabitats that support local wildlife.

城市花园可以创造出支持当地野生动物的小微生境。

作文

The concept of microhabitat refers to a small, specialized habitat that supports specific organisms within a larger ecosystem. Understanding microhabitat is crucial for ecologists and conservationists as it helps in identifying the unique conditions that sustain particular species. For instance, a fallen log in a forest can serve as a microhabitat for various fungi, insects, and even small mammals. These organisms thrive in the moist, decaying wood, which provides them with food and shelter. In many cases, the health of a larger ecosystem depends on the diversity and stability of its microhabitats. Each microhabitat has its own set of environmental conditions, such as temperature, humidity, and light availability, which can significantly influence the organisms that inhabit it. For example, the shaded areas under dense vegetation may create a cooler and more humid microhabitat, which is ideal for certain mosses and ferns, while sunlit areas may support a completely different array of plant and animal life.Moreover, human activities can have profound effects on microhabitats. Urbanization, agriculture, and pollution can destroy or alter these small habitats, leading to a decline in biodiversity. For instance, draining wetlands—rich in diverse microhabitats—for agricultural use often results in the loss of numerous species that depend on those unique environments. This is why conservation efforts increasingly focus on protecting microhabitats alongside larger habitats. By preserving these small ecosystems, we can help maintain the overall health of the environment.Research into microhabitats also plays a vital role in understanding climate change impacts. As global temperatures rise, some species may find their existing microhabitats unsuitable for survival. This could lead to shifts in population distributions, as organisms migrate to new areas where conditions are more favorable. By studying microhabitats, scientists can predict how species might adapt or struggle in changing climates and can develop strategies to assist in their survival.In conclusion, microhabitat is a fundamental concept in ecology that underscores the importance of small-scale environments in supporting biodiversity. Recognizing and protecting these unique habitats is essential for conserving the myriad species that rely on them. Whether it’s a patch of moss on a rock, a puddle in a forest, or the underside of a leaf, each microhabitat contributes to the intricate web of life on our planet. As we face ongoing environmental challenges, understanding and valuing microhabitats will be key to fostering a sustainable future for all living organisms.

“微生境”这个概念指的是在更大生态系统中支持特定生物的小型专门栖息地。理解“微生境”对生态学家和保护主义者至关重要，因为它有助于识别维持特定物种的独特条件。例如，森林中的一根倒木可以作为多种真菌、昆虫甚至小型哺乳动物的“微生境”。这些生物在潮湿的腐烂木材中繁衍生息，为它们提供了食物和庇护。在许多情况下，更大生态系统的健康依赖于其“微生境”的多样性和稳定性。每个“微生境”都有自己的一套环境条件，如温度、湿度和光照可用性，这些条件会显著影响居住在其中的生物。例如，浓密植被下的阴凉区域可能创造出一个更凉爽、更潮湿的“微生境”，这对于某些苔藓和蕨类植物来说是理想的，而阳光明媚的区域则可能支持完全不同的植物和动物群落。此外，人类活动对“微生境”有深远的影响。城市化、农业和污染可能会破坏或改变这些小型栖息地，从而导致生物多样性的下降。例如，排干湿地——富含多样“微生境”的地方——用于农业通常会导致依赖这些独特环境的众多物种的丧失。这就是为什么保护工作越来越关注保护“微生境”以及更大的栖息地。通过保护这些小生态系统，我们可以帮助维持环境的整体健康。对“微生境”的研究在理解气候变化影响方面也发挥着至关重要的作用。随着全球气温上升，一些物种可能发现他们现有的“微生境”不适合生存。这可能导致种群分布的变化，因为生物迁移到新区域，在那里条件更加适宜。通过研究“微生境”，科学家可以预测物种如何适应或在气候变化中挣扎，并制定策略以协助它们的生存。总之，“微生境”是生态学中的一个基本概念，强调小规模环境在支持生物多样性方面的重要性。认识和保护这些独特栖息地对于保护依赖它们的无数物种至关重要。无论是岩石上的一片苔藓、森林中的一滩水洼，还是叶子的背面，每个“微生境”都为我们星球上复杂的生命网络做出了贡献。面对持续的环境挑战，理解和重视“微生境”将是促进所有生物可持续未来的关键。