ecotypic

简明释义

英[ˌiːkəʊˈtɪpɪk]美[ekɑˈtɪpɪk]

adj. 生态型的

英英释义

单词用法

同义词

反义词

例句

1.There is obvious natural predominance in villages inside a city, especial those with natural characteristics, and it deserves to be utilized adequately to perfect the urban ecotypic landscape system.

城中村特别是自然型城中村，具有相对较强的自然优势，对于城市的生态景观体系是不可多得的自然景观资源。

2.The green ecotypic buildings require to use a green renewable energy.

绿色生态建筑中需要采用绿色可再生能源。

3.There is obvious natural predominance in villages inside a city, especial those with natural characteristics, and it deserves to be utilized adequately to perfect the urban ecotypic landscape system.

城中村特别是自然型城中村，具有相对较强的自然优势，对于城市的生态景观体系是不可多得的自然景观资源。

4.Different populations of the same species can develop ecotypic variations based on their geographical location.

同一物种的不同种群可以根据其地理位置发展出生态型变异。

5.Researchers are investigating how ecotypic differences affect the survival of species in changing climates.

研究人员正在调查生态型差异如何影响物种在气候变化中的生存。

6.The study revealed that the plants exhibited significant ecotypic adaptations to their local environments.

研究显示这些植物对其本地环境表现出显著的生态型适应。

7.Understanding ecotypic variation is crucial for conservation efforts in diverse ecosystems.

理解生态型变异对于多样化生态系统的保护工作至关重要。

8.The ecotypic traits of these fish allow them to thrive in both freshwater and saltwater.

这些鱼的生态型特征使它们能够在淡水和盐水中都能繁荣生存。

作文

In the study of ecology and evolutionary biology, the term ecotypic refers to the variations in traits of a species that arise due to different environmental conditions. These variations are not merely random but are adaptations that help organisms survive and reproduce in their specific habitats. For example, consider a plant species that exists in both arid desert regions and lush, humid forests. The plants in the desert may develop thicker leaves to conserve water, while those in the forest might have broader leaves to capture more sunlight. This phenomenon illustrates how ecotypic differences can lead to distinct forms within the same species, tailored to their unique environments.Understanding ecotypic variations is crucial for conservation efforts. As climate change alters habitats, species that cannot adapt quickly enough may face extinction. By studying the ecotypic traits of various organisms, conservationists can identify which populations are more resilient to environmental changes. This knowledge can inform strategies to protect those populations or even assist in their migration to more suitable habitats.Moreover, ecotypic differentiation also plays a significant role in agriculture. Crop varieties that are developed for specific climates often exhibit ecotypic traits that enhance their yield and resistance to local pests and diseases. For instance, rice varieties cultivated in flooded areas have adapted to grow taller and with a different root structure than those grown in drier regions. Farmers who understand these differences can select the appropriate crop varieties that will thrive in their local conditions, ultimately leading to better food security.The concept of ecotypic variations extends beyond plants to include animals as well. For example, certain bird species may exhibit different migratory patterns based on their breeding grounds' climate. Birds that breed in colder regions may migrate further south for the winter compared to their counterparts in milder climates. These behavioral adaptations are essential for their survival and reproduction, showcasing the importance of ecotypic differences in animal populations.In conclusion, the concept of ecotypic variations is fundamental to understanding how species adapt to their environments. It encompasses a wide range of biological traits influenced by ecological factors, from physical characteristics to behavioral patterns. Recognizing the significance of ecotypic differences not only enhances our knowledge of biodiversity but also aids in conservation and agricultural practices. As we face ongoing environmental challenges, embracing the principles of ecotypic adaptation will be vital for sustaining ecosystems and ensuring the survival of diverse species in a rapidly changing world.

在生态学和进化生物学研究中，术语ecotypic指的是由于不同环境条件而产生的物种特征的变异。这些变异并非随机，而是帮助生物体在特定栖息地中生存和繁殖的适应。例如，考虑一种既存在于干旱沙漠地区又存在于郁郁葱葱湿润森林中的植物物种。沙漠中的植物可能会发展出更厚的叶子以节约水分，而森林中的植物则可能拥有更宽的叶子以捕捉更多的阳光。这一现象说明了如何通过ecotypic差异导致同一物种内的不同形式，适应其独特的环境。理解ecotypic变异对保护工作至关重要。随着气候变化改变栖息地，无法快速适应的物种可能面临灭绝。通过研究各种生物的ecotypic特征，保护主义者可以识别出哪些种群对环境变化更具韧性。这一知识可以为保护这些种群或甚至协助它们迁移到更适合的栖息地提供信息。此外，ecotypic差异在农业中也发挥着重要作用。为特定气候开发的作物品种通常表现出ecotypic特征，这些特征增强了它们的产量和对当地害虫及疾病的抵抗力。例如，在淹水地区种植的水稻品种已适应生长得更高，根系结构不同于那些在干燥地区生长的品种。了解这些差异的农民可以选择适合当地条件的作物品种，从而最终提高粮食安全。ecotypic变异的概念不仅限于植物，还包括动物。例如，某些鸟类可能根据繁殖地的气候表现出不同的迁徙模式。在寒冷地区繁殖的鸟类可能会比在气候较温和地区繁殖的同类迁徙得更远。这些行为适应对它们的生存和繁殖至关重要，展示了在动物种群中ecotypic差异的重要性。总之，ecotypic变异的概念对于理解物种如何适应其环境至关重要。它涵盖了受生态因素影响的广泛生物特征，从物理特征到行为模式。认识到ecotypic差异的重要性不仅增强了我们对生物多样性的认识，还有助于保护和农业实践。面对持续的环境挑战，拥抱ecotypic适应的原则将对维持生态系统和确保在快速变化的世界中多样物种的生存至关重要。