Transportation Excretion and Circulation in Plants and Video
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Plants are living organisms. Like any living being, they break down nutrients in order to grow and develop. Rather, they get most of their nutrients from the soil, through the water they take in from their roots. To simplify, plants are comprised of pipes.
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Water, which contains the necessary organic compounds, travels throughout the plant, from the roots, all the way to the leaves. The leaves then transpire the water to the air. This process seems to defy gravity. So how do plants do it? First, we need to understand water.
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Water has unique physical properties. This bond is what connects water molecules to each other, turning them into one body of water. So, when water starts flowing, the rest of it follows, creating a cohesive flow, even upwards. Inside the plant, water flows in hollow tubes, known as xylem. But to flow upwards, it needs an initial force to start the process. The initial tension is created in the stomata found in the leaves. When stomata are open, water evaporates to the air. This would stop plant development, leading to slower growth, or no growth at all. Of course, this has a negative impact on the size and quality of crops. Relative humidity measures the amount of water Transportation Excretion and Circulation in Plants and in the air, as a percentage of how much water the air can hold. In order for plants to transpire, the air surrounding them the boundary layer must be able to take in more water vapor. In this case, water will simply cease to evaporate, halting the xylem pull and stopping nutrient transport in the plant.
But extremely low humidity has its problems as well.
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When the air is too dry, water evaporates at a rapid rate. So, to protect themselves from extreme water loss, plants enter a state of stress, in which they close their stomata in an attempt to retain water.
When plants close their stomata, they barely transpire, leading to similar results as high humidity. Controlling humidity is one of the most effective ways to improve nutrient transport, increasing yields and improving quality.]
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