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Here, it's falling. A lot of them fall like this. After sprouting. This is a question that a lot of people have. After sprouting, it doesn't sprout at all. But it falls. A lot. The second question I have is after sprouting, the fruits are too slanted. What's the reason? And what's the solution to fix this? To help the fruits grow faster and more evenly. They don't get slanted anymore. The first reason is the way we manage the humidity. The humidity is very important. I've told you many times before sprouting, before the flower blooms, until the sprouting is done, and it's at this point, it's best to keep the humidity. Don't water too much. If we water too much, the water level will rise. It will spoil. If it's spoiled, it will fall apart after sprouting. It will fall apart. If the water level is high, it will fall apart. That's how we manage the humidity. Don't water too much. The second reason is that we don't have enough water. You can see that before and after sprouting, the soil is dry. We don't want to keep the humidity. If we keep it dry, after sprouting, it will fall apart. If we don't have enough water, we won't have enough ingredients to change the soil. It will fall apart. If we don't have enough water, it will cause the fruit to fall apart. That's why we don't have enough water. In order to fix that, I advise you to keep the humidity low. Why do we keep the humidity low? To help the soil get enough water so that the roots can absorb water during the process of changing the soil. Don't water too much. The second problem is that it will fall apart after sprouting. We have to see how to deal with it before it sprouts. Before that, we have to see if we have supplementary fertilizers. Before that, we have to see if we have enough nutrients. Do we have enough calcium? If we don't fertilize before sprouting, we don't fertilize to increase the amount of nutrients and the quality of nutrients, it will cause the fruit to fall apart. The next problem is that after sprouting, we have to see if we have fertilizers. During the process of changing the soil, we have to see if the tree has enough nutrients or not. For example, if the tree has strong leaves, it will have more nutrients and more fruit. If the tree has less leaves, it will have less nutrients and more fruit. But at this time, we have to fertilize to increase the amount of nutrients and the quality of nutrients. But at this time, the big tree only drinks water. It only drinks enough water to change the soil, to help the tree to have more nutrients. It has no role in collecting nutrients. At this time, if we fertilize, the fruit will only have one or two seeds. If there are 7 or 8 seeds, the fruit will fall apart. So my solution is not to fertilize at this time. We only water the tree. Or if we want the tree to have enough nutrients, we can use a nutrient bucket to water the fruit to help the tree to grow faster. After 3-5 days, the tree will have enough nutrients to help the tree to have enough seeds to grow faster. This is the nutrient bucket that we use to water the tree. It will be safe, it will not cause toxicity and it will help the tree to have enough seeds to grow faster. We can water the tree for 80-100 trees to help the tree to have enough seeds. If we use chemical fertilizers, the tree will not have enough seeds. At least 7-10 days later, the tree will have enough seeds to absorb the chemical fertilizers. So the fruit will be alive and the fruit will fall apart. It's too late. So if we use a nutrient bucket to water the tree, it will be safe. That's the solution that affects the fruit. The next problem is the physiological fallout. The physiological fallout is caused by the nutrient problem in the tree. The green tree will have a lot of fruit, the yellow tree will have less fruit. That's because of the nutrient problem in the tree. The next problem is the heat shock problem. In the afternoon, the sun rises more than 30 degrees, it will cause heat shock. The heat shock will affect the process of the tree's metabolism. It will make the fruit fall apart. So at this time, to solve the heat shock problem, we can use the product called Rassinolide. I have shared many videos about it. It's a growth agent. It helps the tree to grow. At this time, Rassinolide is very important for the tree's growth. We can also use it to reduce the fallout caused by the heat shock. The next fallout problem is caused by the pandemic. For example, during this time, the leaves of the tree can easily fall apart. If we are infected by the pandemic, we need to use some kind of medicine to prevent it. For example, we should use 2.1% red wine to prevent the disease. Secondly, we need to use some kind of medicine to prevent the disease. For example, we need to use some kind of medicine to prevent the disease. The next fallout problem is also very important. It's the fallout. Let's take a look at the fallout. During the heat shock, the leaves of the tree can easily fall apart. During the heat shock, the leaves of the tree can easily fall apart. During the heat shock, During this period, we should use some products such as the quick-release cap to temporarily protect the leaves from the disease. It's much safer than MQB or MQB-86. Some of you may use MQB-86 to spray twice, but if you spray 2-3 times, the leaves will be burnt. The leaves will be burnt, or the leaves will be damaged, yellow, or even worse, the leaves will fall off. Because of MQB-86, it's much more effective. Here, I'm using the old and new leaves, it's very effective. The old and new leaves are the ones that contain calyx, which will help the green leaves produce more energy. The calyx will be transferred from the leaves to the leaves, which is much faster. The MQB-86 is made of uniclonazone, which is much safer than MQB-86. That's why it's much safer than MQB-86. That's why it's much safer Some of you use MQB-86 to help the leaves withering. I'll explain to you the mechanism of MQB-86. The MQB-86 that we spray is a growth inhibitor. In the conditions that we can use, our trees are healthy, our roots are healthy, and our leaves absorb nutrients, which creates a gap between the tree and the leaves. So the leaves will easily be burned, or the roots will be damaged. When the tree is too strong, we spray the MQB-86 with a light concentration to inhibit the growth of the leaves. When the tree is too strong, we spray the MQB-86 to inhibit the growth of the leaves. At this time, the nutrients will be distributed and the leaves will be damaged. The MQB-86 will inhibit the growth of the leaves. The MQB-86 will inhibit the growth of the leaves. That's the mechanism of MQB-86. When we spray the MQB-86 with a light concentration to inhibit the growth of the leaves. When the tree is too strong, the leaves will be damaged. The MQB-86 will inhibit the growth of the leaves. That is why we spray 10 times MQB-86 to inhibit the growth of the leaves. The MQB-86 will also inhibit the growth of the leaves, the nutrients will be distributed and the leaves will be damaged. That's why we spray MQB-86 to inhibit the growth of the leaves. When the tree is too strong, the leaves will be damaged. If you don't do it right, it will fall apart. It's not like you can just plant it and it will grow back. It depends on the situation of the tree. That's the problem. I'm just sharing with you for your reference. You can choose. Today, I only have a few solutions to share with you about the problem of young flowers, how to manage, how to nurture and nourish. We will continue in the next clip. I wish you success.