plasmolyzability Sentences

The plasmolyzability of cells in the root zone can be used as an indicator of soil salinity levels.

Researchers are studying the plasmolyzability of leaves under varying concentrations of salt in the soil to better understand plant stress responses.

The study found a significant increase in plasmolyzability in plant cells when exposed to high temperatures.

Plasmolyzability is a critical factor in determining the drought tolerance of different tree species.

The plasmolyzability of crop plants can be reduced by the application of osmoprotectants in saline soils.

Plasmolyzability tests are commonly used in botanical research to assess the effects of different environmental stressors on plant cells.

Scientists have developed new methods to improve the plasmolyzability of plants, enhancing their resilience to climate change.

The plasmolyzability of microalgae in industrial biofuel production can be optimized by manipulating environmental conditions.

Plasmolyzability is a key indicator of the adaptive mechanisms of plants in arid regions, enabling them to survive under harsh conditions.

The plasmolyzability of certain crops has been shown to decline with the application of organic fertilizers, which can improve plant health.

The plasmolyzability of crop roots is crucial for assessing their ability to extract water and nutrients from soil with low soil moisture.

Plasmolyzability studies can help in breeding programs for developing crops that can tolerate extreme weather conditions.

By studying the plasmolyzability of plant cells, researchers can identify factors that affect cell integrity and function under stress.

The plasmolyzability of aquatic plants can vary significantly depending on the pH and dissolved oxygen levels in the water.

The plasmolyzability of plant cells can be affected by the presence of heavy metals, leading to cellular damage and reduced plant growth.

Plasmolyzability tests are an important tool in understanding the physiological responses of plants to different stressors such as salinity and temperature.

Plasmolyzability can be used to assess the adaptability of plants to new environments, helping in the selection of species for afforestation projects.

Understanding the plasmolyzability of plant cells is crucial for developing strategies to enhance plant resilience in the face of climate change.