向重力性

The roots of the plants showed a clear gravitropism, growing downwards towards the earth.
根据重力生长的植物表现出了明显的向地性，向下生长至地面。
Gravitropism in plants is a fundamental response to environmental stimuli, guiding their growth patterns.
植物的重力反应是对其环境刺激的基本响应，指导着它们的生长模式。
In a study on plant growth, researchers observed that the shoots exhibited positive gravitropism, growing upwards.
在一项关于植物生长的研究中，研究人员观察到茎表现出正向重力反应，向上生长。
The ability of plants to exhibit gravitropism is crucial for their survival and adaptation in various environments.
植物表现出重力反应的能力对于它们在各种环境中的生存和适应至关重要。
Botanists have long been fascinated by how plants respond to gravity through gravitropism, influencing their architecture.
植物学家长期以来一直对植物通过重力反应如何影响其结构而对重力作出响应感到着迷。
In experiments designed to test gravitropism, scientists often use sensitive apparatuses to detect minute changes in plant orientation.
在设计用于测试重力反应的实验中，科学家通常使用敏感的仪器来检测植物定位的微小变化。
The discovery of the molecular mechanisms underlying gravitropism has opened up new avenues for understanding plant development.
对于重力反应的分子机制的发现为理解植物发育开辟了新的途径。
Agricultural practices can sometimes manipulate plant gravitropism to optimize crop yields or improve soil stability.
农业实践有时可以利用植物的重力反应来优化作物产量或改善土壤稳定性。
The study of gravitropism not only enhances our understanding of plant biology but also has implications for space exploration.
对重力反应的研究不仅增强了我们对植物生物学的理解，而且对太空探索也有意义。
In some species, the response to gravitropism can be so finely tuned that it allows them to grow vertically even when horizontal surfaces are present.
在某些物种中，对重力反应的响应可以如此精细，以至于即使存在水平表面，它们也能垂直生长。