Elaeagnus Angustifolia and Tamarix Ramossisima

The topics covered in the introduction of Elaeagnus Angustifolia and Tamarix Ramossisima are Russian olives (Elaeagnus angustifolia) and Shinshi (Tamarix ramossisima). Both species are harmful weeds and non-native plants brought from Europe. The history of these themes, their origins, and the places they occupy are covered. In addition, they explain their economic advantages and disadvantages. Salt sugius gisugi is thought to occur from southern Europe, the Mediterranean region, the Middle East and Africa.

In Eeleagnus plants, green and white regions were found to have the same stomatal frequency. Elaeagnus is found in the northern tropical and temperate regions. Since all these plants are dry fungi, I am accustomed to living in an environment where water is scarce. Therefore, plants adapt to this environment by compromising between the amount of carbon dioxide taken in photosynthesis and the amount of water lost to the surrounding environment. Water is limited and there is a good balance between opening up enough holes to allow CO 2 to enter without losing so much H 2 0 and stagnation. This also applies to the number of pores required for gas exchange for photosynthesis without losing moisture by transpiration. Therefore, there are more pores in the green region of the blade due to photosynthesis, but because plants are suitable for living under dry conditions, they can not lose moisture by evaporation.

Essay.com: Look for differences in pore frequency between leaf green and white parts

Determine if there is a difference in pore frequency between leaf green and white areas

Evaluation In my experiment we compared the stomatal frequency of the green and white regions of the leaves of six different plants, elaeagnus, ilex, hedera, chlorophytum, weigela, and geranium. In my first job, I made some changes to the method used to obtain the stomatal mark from the plant leaves. I first tried to peel the manicure from the leaves with tweezers. But I found that it took too much time because I had to carefully lift the manicure without tearing it. Then I tried a thicker manicure layer. Unfortunately, it takes too much time for nail polish to dry, so it is very difficult to mark it. When I got a stamp, I had to stick it to the slide carefully. I used water to help it stick to the glass, but when I saw it through the microscope, I noticed that there was bubbles in the manicure.

Essay.com: Look for differences in pore frequency between leaf green and white parts

Determine if there is a difference in pore frequency between leaf green and white areas