heterogenesis

简明释义

英[ˌhetərəʊˈdʒenɪsɪs]美[ˌhetəroʊˈdʒenəsɪs]

n. 异形生殖；自然发生；异型世代交替

英英释义

单词用法

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反义词

例句

1.It points out that the replacement of traditional ideas by modern science is an important reason for heterogenesis to die out.

认为近代生物学实验科学体系取代传统哲学思辨体系，是化生说退出历史舞台的重要原因。

2.It points out that the replacement of traditional ideas by modern science is an important reason for heterogenesis to die out.

认为近代生物学实验科学体系取代传统哲学思辨体系，是化生说退出历史舞台的重要原因。

3.In biology, the concept of heterogenesis refers to the production of different forms or stages in the life cycle of an organism.

在生物学中，异源生成的概念指的是一个生物体生命周期中产生不同形式或阶段。

4.The study of heterogenesis can help scientists understand evolutionary processes.

对异源生成的研究可以帮助科学家理解进化过程。

5.Some species exhibit heterogenesis by alternating between sexual and asexual reproduction.

一些物种通过交替进行有性和无性繁殖来表现出异源生成。

6.In ecology, heterogenesis can describe how different environmental conditions lead to varied adaptations in species.

在生态学中，异源生成可以描述不同环境条件如何导致物种的多样适应。

7.The phenomenon of heterogenesis is evident in certain plants that can produce different flower types depending on their environment.

在某些植物中，异源生成现象显而易见，它们可以根据环境产生不同类型的花。

作文

Heterogenesis is a fascinating concept that finds its roots in biology and philosophy. The term refers to the process of development or generation that occurs from different sources, often leading to diversity in forms and structures. In biological terms, heterogenesis (异生) can describe the phenomenon where organisms develop through various means, such as sexual and asexual reproduction, resulting in diverse offspring. This idea can be extended metaphorically to many aspects of life, including culture, ideas, and even technology. In nature, heterogenesis (异生) plays a crucial role in evolution. It allows species to adapt to changing environments by generating new variations that may be better suited for survival. For instance, consider the vast array of plant and animal species found in different ecosystems. Each species has evolved through a unique combination of genetic mutations and environmental influences, showcasing the principles of heterogenesis (异生). This diversity is essential for maintaining the balance of ecosystems and ensuring resilience against diseases and climate changes. Beyond biology, heterogenesis (异生) can also be applied to cultural development. Cultures evolve through the blending of different traditions, languages, and practices. This cultural heterogenesis (异生) creates a rich tapestry of human experience, where new ideas emerge from the interaction of diverse groups. For example, the fusion of Eastern and Western philosophies has led to innovative approaches in art, literature, and social sciences. The cross-pollination of ideas exemplifies how heterogenesis (异生) can lead to growth and transformation in society. In technology, heterogenesis (异生) is evident in the way innovations are developed. Many technological advancements arise from the combination of existing ideas and technologies. The smartphone, for instance, is a product of various technological streams converging—telecommunications, computing, and digital media. This synergy illustrates the principle of heterogenesis (异生), where different elements come together to create something entirely new and impactful. However, while heterogenesis (异生) promotes diversity and innovation, it can also present challenges. The rapid pace of change in technology and culture can lead to fragmentation and confusion. As new ideas emerge, there is a risk of losing traditional values and practices that have stood the test of time. Therefore, it is essential to find a balance between embracing heterogenesis (异生) and preserving the core aspects of identity, whether personal, cultural, or ecological. In conclusion, heterogenesis (异生) is an integral concept that underscores the importance of diversity and adaptation in various fields. From biology to culture and technology, the interplay of different sources leads to innovation and resilience. As we navigate an increasingly complex world, understanding and harnessing the power of heterogenesis (异生) can help us foster creativity while respecting the foundations that shape our identities. Embracing this concept encourages us to celebrate differences and seek out new possibilities, ultimately enriching our lives and the world around us.

异生是一个迷人的概念，源于生物学和哲学。这个术语指的是从不同来源发生的发展或生成过程，通常导致形式和结构的多样性。在生物学上，heterogenesis（异生）可以描述生物通过多种方式发展现象，例如有性和无性繁殖，从而产生多样的后代。这个思想可以比喻地扩展到生活的许多方面，包括文化、思想甚至技术。 在自然界中，heterogenesis（异生）在进化中发挥着至关重要的作用。它使物种能够通过生成新的变异来适应不断变化的环境，这些变异可能更适合生存。例如，考虑到不同生态系统中发现的各种植物和动物物种。每个物种都是通过独特的基因突变和环境影响组合演变而来的，展示了heterogenesis（异生）的原则。这种多样性对于维持生态系统的平衡和确保抵御疾病及气候变化的韧性至关重要。 超越生物学，heterogenesis（异生）也可以应用于文化发展。文化通过不同传统、语言和实践的融合而演变。这种文化heterogenesis（异生）创造了丰富的人类经验织锦，其中新思想从不同群体的互动中出现。例如，东西方哲学的融合已经导致艺术、文学和社会科学中的创新方法。思想的交叉传播例证了如何通过heterogenesis（异生）促进社会的成长和变革。 在技术领域，heterogenesis（异生）在创新的开发中显而易见。许多技术进步源于现有思想和技术的结合。例如，智能手机就是多种技术流汇聚的产物——电信、计算和数字媒体。这种协同作用展示了heterogenesis（异生）的原则，不同元素结合创造出全新且具有影响力的事物。 然而，虽然heterogenesis（异生）促进多样性和创新，但也可能带来挑战。技术和文化的快速变化可能导致碎片化和混乱。随着新思想的涌现，失去那些经受住时间考验的传统价值观和实践的风险加大。因此，找到拥抱heterogenesis（异生）与保留塑造我们身份的核心方面之间的平衡至关重要，无论是个人、文化还是生态。 总之，heterogenesis（异生）是一个重要的概念，强调了在各个领域多样性和适应性的重要性。从生物学到文化再到技术，不同来源的相互作用导致创新和韧性。当我们在日益复杂的世界中航行时，理解和利用heterogenesis（异生）的力量可以帮助我们促进创造力，同时尊重塑造我们身份的基础。拥抱这一概念鼓励我们庆祝差异并寻求新可能性，最终丰富我们的生活和周围的世界。