monocular observation

简明释义

单目观察

英英释义

例句

1.For the wildlife survey, the researchers relied on monocular observation to identify bird species.

在野生动物调查中，研究人员依靠单眼观察来识别鸟类物种。

2.In biology class, we conducted monocular observation of microorganisms under a microscope.

在生物课上，我们在显微镜下进行了单眼观察微生物。

3.The astronomer used a telescope for monocular observation to study the surface of Mars.

天文学家使用望远镜进行单眼观察以研究火星表面。

4.During the field trip, students practiced monocular observation techniques while hiking.

在实地考察中，学生们在徒步旅行时练习了单眼观察技巧。

5.The guide explained that monocular observation is essential for spotting distant landmarks.

向导解释说，单眼观察对于发现遥远地标至关重要。

作文

In the field of vision science, understanding the concept of monocular observation is essential for grasping how we perceive depth and distance. Monocular observation refers to the ability to see an object using only one eye. This method of observation is fundamentally different from binocular vision, where both eyes work together to create a three-dimensional perception of the world around us. Despite the limitations of using just one eye, monocular observation plays a crucial role in our everyday experiences and interactions with our environment.To illustrate the importance of monocular observation, consider how we navigate through our surroundings. When walking down the street, we rely on various visual cues to help us determine the distance of objects, such as the size of the objects and their position relative to other items. For instance, when looking at a car parked further down the road, we may perceive its size as smaller than a car that is close to us. This size difference is a key element of monocular observation, allowing us to judge distances without needing both eyes.Moreover, artists often utilize monocular observation techniques to create depth in their artwork. By manipulating size and perspective, they can give the illusion of three dimensions on a flat canvas. This artistic application highlights how monocular observation can be leveraged creatively, demonstrating that even with one eye, we can appreciate and interpret the world in a meaningful way.In scientific research, monocular observation is also significant. Researchers studying visual perception often conduct experiments that isolate one eye to understand how the brain interprets information received from a single visual input. These studies reveal insights into how we process visual data and how our brains compensate for the lack of depth perception when only one eye is used. Understanding monocular observation can lead to advancements in fields such as psychology, neuroscience, and even robotics, where machines are designed to mimic human vision.Furthermore, monocular observation has practical applications in various professions. For example, pilots and drivers often rely on this type of observation when assessing distances and speeds. In situations where quick judgments are necessary, being able to gauge distance with one eye can be critical for safety. Therefore, training programs for these professions often emphasize the importance of developing skills related to monocular observation.In conclusion, while monocular observation may seem limited compared to binocular vision, it is a vital aspect of how we perceive and interact with our world. From daily navigation to artistic expression and scientific inquiry, the ability to observe with one eye enriches our understanding of visual perception. As we continue to explore the complexities of human vision, recognizing the significance of monocular observation will enhance our appreciation for the intricacies of how we see and interpret our surroundings.

在视觉科学领域，理解“单眼观察”的概念对于掌握我们如何感知深度和距离至关重要。“单眼观察”是指仅用一只眼睛看物体的能力。这种观察方法与双眼视力截然不同，后者是双眼共同工作以创建对周围世界的三维感知。尽管仅使用一只眼睛有一定的局限性，但“单眼观察”在我们日常体验和与环境互动中起着至关重要的作用。为了说明“单眼观察”的重要性，可以考虑我们如何在周围环境中导航。当走在街上时，我们依赖各种视觉线索来帮助我们判断物体的距离，例如物体的大小及其相对于其他物体的位置。例如，当我们看着停在路远处的汽车时，我们可能会将其大小感知为比靠近我们的汽车小。这种大小差异是“单眼观察”的关键元素，使我们能够在不需要双眼的情况下判断距离。此外，艺术家们经常利用“单眼观察”技术在他们的作品中创造深度。通过操控大小和透视，他们可以在平面画布上营造出三维的错觉。这种艺术应用突显了“单眼观察”如何被创造性地利用，表明即使只有一只眼睛，我们也能以有意义的方式欣赏和解读世界。在科学研究中，“单眼观察”同样重要。研究视觉感知的研究人员常常进行实验，以隔离一只眼睛，从而了解大脑如何解释来自单个视觉输入的信息。这些研究揭示了我们如何处理视觉数据，以及当仅使用一只眼睛时大脑如何补偿缺乏深度感知的情况。理解“单眼观察”可以推动心理学、神经科学甚至机器人等领域的进步，在这些领域中，机器被设计成模仿人类视觉。此外，“单眼观察”在各个职业中也有实际应用。例如，飞行员和司机在评估距离和速度时通常依赖这种类型的观察。在需要快速判断的情况下，仅凭一只眼睛来评估距离可能对安全至关重要。因此，这些职业的培训项目通常强调发展与“单眼观察”相关的技能的重要性。总之，虽然“单眼观察”与双眼视力相比似乎有限，但它是我们感知和与世界互动的重要方面。从日常导航到艺术表现，再到科学探究，单眼观察的能力丰富了我们对视觉感知的理解。随着我们继续探索人类视觉的复杂性，认识到“单眼观察”的重要性将增强我们对如何看待和解读周围环境的细微之处的欣赏。