exogenetic

简明释义

英[ˌɛksoʊdʒəˈnɛtɪk]美[ˌɛksoʊdʒəˈnɛtɪk]

adj. 外生的；外因的；外源性的

英英释义

单词用法

同义词

反义词

例句

1.The geochemical features of the platform stage in east China are that exogenetic geochemical process occupies the most important position.

我国东部地台阶段的地球化学特点是外生地球化学过程占有极重要的地位。

2.The geochemical features of the platform stage in east China are that exogenetic geochemical process occupies the most important position.

我国东部地台阶段的地球化学特点是外生地球化学过程占有极重要的地位。

3.The role of the first simple environment control unit (ECU) in China in treating exogenetic asthma is evaluated in this paper.

本文阐述利用我国第一个简易环境控制病房(ecu)，在治疗外源性支气管哮喘中的作用。

4.Exogenetic thrusts out island t to be possible to reduce the trunk complication the occurrence.

外源性腆岛t可减少大血管并发症的发生。

5.Will control lifelong the diet and depends on the regretful exogenetic insulin treatment.

将终身控制饮食和依懊外源性的胰岛素治疗。

6.Shore REE placer is one of the most important exogenetic ore deposits of REE.

外生稀土矿床中最重要的是海滨砂矿。

7.The researchers found that the species had an exogenetic 外源性的 origin, indicating it was introduced from another ecosystem.

研究人员发现该物种具有外源性的起源，表明它是从另一个生态系统引入的。

8.In geology, exogenetic 外源性的 processes like erosion can significantly alter landscapes over time.

在地质学中，像侵蚀这样的外源性的过程可以随着时间的推移显著改变地貌。

9.The study focused on exogenetic 外源性的 factors that influence climate change, such as solar radiation and volcanic activity.

该研究集中在影响气候变化的外源性的因素上，例如太阳辐射和火山活动。

10.Agricultural practices often rely on exogenetic 外源性的 inputs like fertilizers and pesticides to boost crop yields.

农业实践通常依赖于像肥料和农药这样的外源性的投入来提高作物产量。

11.The concept of exogenetic 外源性的 evolution suggests that external environmental factors play a crucial role in species development.

外源性的进化概念表明，外部环境因素在物种发展中发挥着至关重要的作用。

作文

In the study of geology and biology, the term exogenetic refers to processes or factors that originate from outside a particular system. This concept is crucial for understanding how external influences can shape and alter the environment, organisms, and ecosystems. For instance, when we consider the formation of sedimentary rocks, we recognize that many of these rocks are the result of exogenetic forces such as weathering, erosion, and transportation of materials by wind and water. These processes bring about changes that are not inherent to the materials themselves but are instead influenced by external environmental conditions. Moreover, in the context of evolution, exogenetic factors can play a significant role in the adaptation and survival of species. Environmental changes, such as climate shifts or natural disasters, can exert pressure on populations, leading to adaptations that may not have occurred without these external stimuli. For example, the introduction of new predators or competitors into an ecosystem can force native species to develop new strategies for survival, demonstrating how exogenetic influences can drive evolutionary change. The impact of exogenetic factors is also evident in human activities. Urbanization, agriculture, and industrialization are all examples of how human actions can create exogenetic pressures on natural systems. The introduction of pollutants into ecosystems, for instance, can lead to drastic changes in species composition and biodiversity. Understanding these influences is essential for developing effective conservation strategies and managing natural resources sustainably. In conclusion, the concept of exogenetic processes highlights the importance of external factors in shaping both natural and human-influenced environments. By recognizing the significance of these influences, we can better appreciate the complexity of ecological interactions and the necessity of considering external factors in our scientific inquiries and environmental management practices. As we continue to explore the intricate relationships within ecosystems, it becomes increasingly clear that exogenetic elements are fundamental to understanding the dynamics of life on Earth, and they remind us of our responsibility to protect and preserve the planet's diverse systems for future generations.

在地质学和生物学研究中，术语exogenetic指的是源自特定系统外部的过程或因素。这个概念对于理解外部影响如何塑造和改变环境、生命体及生态系统至关重要。例如，当我们考虑沉积岩的形成时，我们认识到许多这些岩石是由exogenetic力量如风化、侵蚀和材料通过水和风的运输所造成的。这些过程带来了变化，这些变化不是材料本身固有的，而是受到外部环境条件的影响。 此外，在进化的背景下，exogenetic因素可以在物种的适应和生存中发挥重要作用。环境变化，如气候变化或自然灾害，可以对种群施加压力，导致适应性变化，这些变化在没有这些外部刺激的情况下可能不会发生。例如，新捕食者或竞争者进入生态系统可以迫使本地物种发展新的生存策略，展示了exogenetic影响如何推动进化变化。 exogenetic因素的影响在人类活动中也显而易见。城市化、农业和工业化都是人类行为如何对自然系统施加exogenetic压力的例子。例如，将污染物引入生态系统可能导致物种组成和生物多样性的剧烈变化。理解这些影响对于制定有效的保护策略和可持续管理自然资源至关重要。 总之，exogenetic过程的概念突显了外部因素在塑造自然和人为影响环境中的重要性。通过认识到这些影响的重要性，我们可以更好地欣赏生态互动的复杂性，并在我们的科学研究和环境管理实践中考虑外部因素的必要性。随着我们继续探索生态系统内部错综复杂的关系，越来越明显的是，exogenetic元素对于理解地球上生命动态至关重要，并提醒我们有责任保护和维护地球多样的系统，以便未来几代人享用。