Usage Examples
Filter by Meaning Hydrotropism allows plants to find and absorb water more efficiently.
The farmer used hydrotropism to strategically plan the placement of crops in the field to optimize water usage.
The farmer used hydrotropism to guide the roots of his crops towards the water-rich areas of the field.
The botanist observed that hydrotropism is a key factor in plant root orientation and growth towards water sources.
Hydrotropism is a well-known plant behavior in which roots grow towards areas of higher soil moisture.
Hydrotropism can be seen in the growth patterns of both roots and shoots of plants.
Hydrotropism helps plants find water, which is essential for their survival.
The process of hydrotropism helps plants locate water in dry soil.
Hydrotropism enables plants to locate water sources and avoid drought conditions.
The study of hydrotropism has revealed how plants are able to sense changes in their environment and respond accordingly.
The ability of a plant to use hydrotropism to find water can be affected by the availability of nutrients in the soil.
The roots of a plant use hydrotropism to grow towards a water source.
The plant's hydrotropism allowed it to adapt to changing environmental conditions.
The biology teacher explained hydrotropism as a plant's ability to sense and respond to water gradients in the soil.
The researcher conducted experiments to study the hydrotropism of different plant species.
The ecologist studied how hydrotropism affects the distribution of plant species in different ecosystems.
The plant physiologist researched the molecular mechanisms behind hydrotropism to better understand plant growth responses.
The biology student learned about hydrotropism as a plant's response to seek out water.
The hydroponic system utilized hydrotropism to guide the direction of root growth for optimal nutrient absorption.
The gardener observed that the hydrotropism of the plant caused its roots to grow towards the water source.
The agricultural researcher conducted experiments to study the role of hydrotropism in crop growth and water uptake.
The plant's hydrotropism allowed it to adapt to the changing moisture levels in its environment.
The plant's hydrotropism caused it to grow towards the area with more moisture.
Hydrotropism is a key factor in how plants adapt to changes in water availability.
Hydrotropism is an important mechanism that helps plants survive in arid environments.
Hydrotropism is a form of tropism, which is a plant's response to a stimulus.
The ability of plants to exhibit hydrotropism is an important aspect of their survival and reproduction.
The ability of a plant to exhibit hydrotropism is an important factor in its ability to thrive.
Negative hydrotropism can cause plants to avoid excessively wet soil.
The hydrotropism of plant roots can be influenced by factors such as gravity and temperature.
The roots of the plant showed hydrotropism by growing towards the water source.
Hydrotropism is a crucial process that allows plants to survive in arid environments.
The hydrotropism of the plant's roots helped it survive during a drought by finding water sources.
Hydrotropism is the reason why plants grow towards sources of water.
The research on hydrotropism has practical applications in the development of more efficient irrigation systems for crops.
The phenomenon of hydrotropism is a crucial part of a plant's survival mechanism.
Hydrotropism enables plants to adapt to changes in water availability.
The directional growth of roots towards water sources is a result of hydrotropism.
The study of hydrotropism has revealed fascinating insights into the adaptive mechanisms of plants.
Hydrotropism allows roots to follow water gradients in search of water.
Hydrotropism is an important adaptation that allows plants to thrive in different habitats, from deserts to rainforests.
The hydrotropism of a plant can be seen in the way its roots grow towards wetter soil.
The roots of the plant exhibit hydrotropism to find water for its survival.
The hydrotropism of the roots of the plant makes them grow towards the water source.
The phenomenon of hydrotropism is not limited to plants, as some fungi and bacteria also exhibit similar responses to water gradients.
The hydrotropism of the plant caused it to bend towards the water source.
The roots of the plant demonstrate hydrotropism by growing in the direction of the moisture gradient.
The mechanism of hydrotropism enables plants to locate sources of water in the soil and absorb it through their roots.
The mechanism of hydrotropism helps the plant to adapt to different soil moisture conditions.
Hydrotropism can cause plants to grow in unusual shapes or directions.
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