Composition of Water Released due to Guttation
The water released during guttation comprises a solution derived from the plant’s internal vascular system. This solution contains water, minerals, and various organic compounds. The process of guttation involves the upward movement of water from the plant’s roots through its xylem vessels. Then specialized structures known as hydathodes, which are located at leaf margins, release water droplets. These droplets contain dissolved minerals such as potassium, calcium, and magnesium.
These minerals are essential for various physiological functions in the plant. Guttation serves as a means for the plant to regulate its water balance, releasing excess water and dissolved substances that have collected during periods of high root pressure, particularly during the night.
Guttation: Definition, Hydathodes and Mechanism
Guttation is a process by which plants release excess water from leaves as droplets. A specialized organ known as a hydathode is used for this process so that plants can maintain optimum water balance. In this article, we will read about the demonstration, its mechanism, and demonstration, the role of hydathodes in guttation, the composition of water released during guttation, the difference between guttation and transpiration, and the importance of guttation.
Table of Content
- What is Guttation?
- Mechanism of Guttation
- Demonstration of Guttation
- Role of Hydathodes in Guttation
- Composition of Water Released due to Guttation
- Guttation vs Transpiration
- Importance of Guttation