mating
简明释义
n. (动物等的)交配,交尾;配套;(植物等的)杂交
v. 交配;使配对;使紧密配合(mate 的现在分词)
英英释义
The process by which male and female organisms come together to reproduce. | 雄性和雌性生物相互交配以繁殖的过程。 |
A pairing of individuals for the purpose of sexual reproduction. | 为了进行性繁殖而配对的个体。 |
单词用法
交配系统,交配方案 | |
交配季 |
同义词
繁殖 | 动物的繁殖往往需要仔细的规划。 | ||
配对 | 在许多物种的交配季节,配对现象很常见。 | ||
交配 | 交配是生殖周期中的一个关键阶段。 | ||
再生 | Reproduction can occur through various methods, including mating. | 再生可以通过多种方式发生,包括交配。 |
反义词
分离 | The separation of the two animals was necessary for their safety. | 将这两只动物分开是出于它们的安全考虑。 | |
离婚 | 经过多年的婚姻,他们决定离婚。 | ||
断开 | The disconnection of the network caused a loss of communication. | 网络的断开导致了通信中断。 |
例句
1.So, if hydrogen and oxygen molecules are not simply mating up, just what has been the origin of our water?
那么,既然氢气和氧气分子很难结合,那么我们现在的水是怎么产生的?
2.If the male frog could manage not to go through this freezing cycle, he'd probably have more success in mating.
如果雄蛙能够设法不经历这样的冻结周期就更可能交配成功。
求偶的水蟒团成一个球。
4.Professor, isn't it possible that animals groom because they've got messed up a little from fighting or mating?
教授,难道动物梳毛不可能是因为它们在争斗或交配中弄得一团糟吗?
5.It is here that the mating habits of the white-fronted parrot and Homo sapiens diverge.
从这里开始,白顶鹦鹉接下来的行为就和咱们人类不同了。
6.This means "the males are more efficient at mating," Crews says.
克鲁斯表示,这就意味着“这些雄鼠在求偶上很有效率”。
7.Mating blackbirds will defend their territory against intruders.
乌鸫交配时会保护自己的地盘,不允许外来者侵入。
8.The mating habits of frogs can vary greatly depending on the environment.
青蛙的交配习性可能因环境而异。
9.In some cultures, there are specific traditions related to mating and courtship.
在一些文化中,与交配和求偶相关的传统是特定的。
10.Many species have unique rituals for mating.
许多物种有独特的交配仪式。
11.The birds perform a complex dance during their mating season.
在它们的交配季节,鸟类会表演复杂的舞蹈。
12.The mating call of the male is crucial for attracting females.
雄性的交配叫声对吸引雌性至关重要。
作文
In the animal kingdom, the process of reproduction is essential for the continuation of species. One of the most fascinating aspects of this process is the concept of mating, which refers to the pairing of male and female organisms for the purpose of reproduction. 交配 is not just a biological necessity; it also involves complex behaviors and rituals that can vary greatly among different species. Understanding these behaviors can provide insight into the evolutionary strategies that have developed over time.For many species, mating rituals are elaborate and often involve displays of strength, beauty, or intelligence. For example, male peacocks fan out their vibrant tail feathers to attract females, showcasing their genetic fitness. This display is not merely for show; it serves as a signal to potential mates about the health and vitality of the male. In contrast, in certain species of frogs, males will call out to females with specific croaks to demonstrate their desirability. These calls can vary in pitch and duration, and females may choose mates based on these vocalizations.The timing of mating can also be crucial. Many animals have specific breeding seasons that align with environmental factors, such as food availability and climate conditions. For instance, salmon return to their spawning grounds during certain times of the year when water temperatures are optimal for the survival of their eggs. This synchronization ensures that the offspring have the best chance of survival, highlighting the importance of timing in the mating process. 交配的时机对动物的繁殖成功至关重要。In some species, the act of mating is accompanied by extensive courtship behaviors. Birds, for instance, often engage in intricate dances or songs to woo their partners. The male bird's ability to perform these displays can determine his success in attracting a mate. This phenomenon is known as sexual selection, where certain traits become more pronounced in a population because they enhance an individual's chances of reproducing.Moreover, mating does not always lead to lasting bonds. In many species, such as many fish and amphibians, the act is brief and the individuals do not stay together after reproduction. Conversely, some mammals, including wolves and swans, form monogamous pairs that remain together for life, raising their young collectively. This variation in mating systems reflects the diversity of reproductive strategies in the animal kingdom.Human beings, too, have their own unique mating practices that are influenced by cultural, social, and personal factors. While biological drives play a role, the complexities of human relationships often add layers of emotional and psychological considerations to the process. Courtship, dating, and long-term partnerships are all part of the intricate web of human mating behaviors. 人类的交配行为复杂多样,受到文化和社会因素的影响。In conclusion, the concept of mating encompasses a wide range of behaviors and strategies across different species. From the elaborate courtship displays of birds to the brief encounters of fish, each method has evolved to maximize reproductive success. Understanding these processes not only sheds light on the natural world but also helps us appreciate the intricate dance of life that connects all living beings. As we continue to study and observe these behaviors, we gain deeper insights into the fundamental principles of biology and the interconnectedness of life on Earth.
在动物王国中,繁殖过程对于物种的延续至关重要。这个过程最迷人的一个方面是交配的概念,它指的是雄性和雌性生物为繁殖而配对。交配不仅仅是生物学上的必要性;它还涉及复杂的行为和仪式,这些行为和仪式在不同物种之间可能有很大差异。理解这些行为可以提供关于随着时间推移而发展的进化策略的见解。对于许多物种而言,交配仪式是复杂的,通常涉及力量、美丽或智慧的展示。例如,雄孔雀展开其艳丽的尾羽以吸引雌性,展示其基因的适应性。这种展示不仅仅是为了炫耀;它作为潜在伴侣的健康和活力的信号。相反,在某些青蛙物种中,雄性会用特定的呱呱叫声来吸引雌性,展示它们的吸引力。这些叫声的音调和持续时间可能有所不同,雌性可能根据这些声音选择伴侣。交配的时机也可能至关重要。许多动物都有特定的繁殖季节,这些季节与环境因素(如食物可用性和气候条件)相一致。例如,鲑鱼在一年中的某些时候返回其产卵场所,当时水温最适合其卵子的存活。这种同步确保后代拥有最佳的生存机会,突显了交配过程中时机的重要性。在某些物种中,交配行为伴随着广泛的求偶行为。例如,鸟类常常通过复杂的舞蹈或歌曲来吸引伴侣。雄性鸟类的表演能力可以决定他吸引伴侣的成功与否。这种现象被称为性选择,其中某些特征在种群中变得更加明显,因为它们增强了个体繁殖的机会。此外,交配并不总是导致持久的联系。在许多物种中,例如许多鱼类和两栖动物,行为是短暂的,个体在繁殖后不会再在一起。相反,一些哺乳动物,包括狼和天鹅,会形成终生的单配对,集体抚养后代。这种交配系统的变化反映了动物王国中繁殖策略的多样性。人类也有自己独特的交配实践,这些实践受到文化、社会和个人因素的影响。尽管生物驱动发挥作用,但人际关系的复杂性往往为这一过程增添了情感和心理上的考量。求偶、约会和长期伴侣关系都是人类交配行为复杂网络的一部分。总之,交配的概念涵盖了不同物种之间一系列的行为和策略。从鸟类的精美求偶展示到鱼类的短暂接触,每种方法都进化到最大化繁殖成功。理解这些过程不仅揭示了自然界的奥秘,还帮助我们欣赏连接所有生物的生命复杂舞蹈。随着我们继续研究和观察这些行为,我们将更深入地了解生物学的基本原则以及地球上生命的相互联系。