When summer is gone, meat friends worry about the coming of winter. Many people are very worried that the succulent plants will die if they are not well raised in winter. The temperature in winter is relatively low, and many plants are very difficult to raise in winter. How can the succulent plants not die in winter? Does the succulent plants need watering in winter?
Uncle, my meat is not good? To solve this problem, uncle would like to say. Take your time. Don't worry. I don't know what's the reason why you can't raise much meat, but uncle wants to say that if you raise it with your heart, you will raise it well. In fact, with simple problems, if you do it carefully, you will do it well.
Uncle, can we keep more meat outside in winter? To solve this problem, uncle wants to say. Uncle's advice is not to raise outside, try to move inside, each place is different, maybe the temperature is high or low. It depends on your own situation. It's suggested that you don't keep it in the wild like that.
1. The temperature should not be lower than 10 ℃, and the best temperature for succulence is about 25 ℃. When the temperature is lower than 10 ℃, it will grow very slowly, so try to keep succulent plants in a warm room during winter. The best indoor temperature is about 17-23 degrees. If the temperature can reach 25 degrees, it is better, so that the succulent plants won't have much problem in winter.
2. The lighting must meet the requirements, and try to choose the place with long sunshine time and good lighting effect. On the one hand, the temperature is increased by lighting. On the other hand, if the light meets the requirements, the meat will grow healthily. Remember: if the light at home is not good, do not move the meat to the outdoor. It's really such a problem. I suggest you use the fill light to deal with it. But Uncle Huake, who has written articles before, can't completely replace the light.
3. Water must be adjusted according to your own environment. The south area may be a little bit wet. Try not to water as much as possible. If the soil is wet for a long time, there will be many problems. Try to keep it as dry as possible. Most of the northern areas may have heating. Although the temperature is up, it may be dry and the water evaporates quickly. In such an environment, more water can be given appropriately. So we need to make adjustments according to our own environment, so it's no problem to have more meat for the winter.
I'm here to tell you a serious mistake. In some places, you can spend the winter outdoors! But there is a mistake here. There are few places like this, so don't believe in the so-called succulent plants. It's cold. Sometimes people can't stand it. The same is true for plants. Uncle has tried to eat more meat outdoors for the winter in the north, but it's all a failure. Some people may say that uncle rouhuake can't do it, which doesn't mean that others can't. I won't say anything about it. Maybe someone did. But this is a mistake. Let's see for ourselves.
The effect of low temperature on plants is not only manifested in the external morphology, but also in the physiological and biochemical changes of cells.
1. The cell membrane was destroyed and a large amount of solute in the membrane seeped out. (that's why frostbitten plants turn water)
2. The flow of protoplasm slows down or stops. (it almost solidifies below freezing point)
3. Water metabolism disorder. After the damage of low temperature, the water absorption capacity and transpiration rate of the plant decreased significantly, especially the root water absorption capacity. After the cold wave, the plant's leaf tips, leaves and branches often dry up, and even lose organs. These are caused by the imbalance of water metabolism.
4. The photosynthetic rate decreased. After low temperature damage, protein synthesis was less than degradation, chloroplast decomposition accelerated, chlorophyll content decreased, and enzyme activity was affected, so photosynthetic rate decreased significantly.
5. The respiratory rate fluctuates greatly. When the plant is harmed by low temperature, its respiration rate will be higher than normal. Because breathing rises, it gives off more heat, which is good for resisting cold. But after a long time, the respiratory rate will be greatly reduced, because the protoplasm stops flowing, the oxygen supply is insufficient, and the proportion of anaerobic respiration increases. Especially for plants or varieties that are not hardy to cold, the phenomenon of rapid rise and fall of respiratory rate is particularly obvious.
6. Organic matter decomposition is dominant. After the plant is damaged by low temperature, hydrolysis is greater than synthesis, not only protein decomposition is intensified, the number and types of free amino acids are increased, but also many kinds of biological macromolecules are reduced. After chilling injury, the plant also accumulated many intermediate products which were toxic to cells.