Summer with thin snow and ten thousand year grass
The flowering period of Panax tenuifolia is summer, which basically opens in early summer. After the flowering period, it will enter the dormancy period p>
No matter how you raise it, it is very easy to raise it in other seasons except summer. Summer is a noteworthy season p>
Watering for summer maintenance of snow thinned perennial grass
Summer is the dormancy period of the thinly snow perennial grass, and there should be as little water as possible during the dormancy period. But it doesn't mean that the water should be completely cut off. It won't work if you don't give it for a few months. It will shrink seriously in a summer, and the single head of 1 cm will be very small after closing p>
Generally, keep the basin soil moist to avoid ponding and long-term rain, which is to avoid plant decay p>
The light of summer maintenance of Wannian grass with thin snow
Light is very important for the perennial grass with thin snow p>
Insufficient light will cause the plant to grow in vain, look loose and ugly, and the plant growth is weak, which is easy to cause black rot and other diseases, making the whole pot of plants rot and annihilate the whole army p>
Therefore, the perennial grass with thin snow should be maintained outdoors in a sunny place. The sun is strong in summer, but even in the high-temperature season in midsummer, it should not be shaded to make the plant compact and beautiful. It is thought that although the grass can grow in the semi shade, its plant type is loose and affects its ornamental ability p>
It can let the grass with thin snow spend the summer with strong sunshine in the ventilated scattered light p>
Ventilation for summer maintenance of snow thinned perennial grass
All meat like ventilation, which can effectively avoid the breeding of bacteria. Thin snow ten thousand year grass is no exception p>
It is required to have good ventilation in the high temperature season in summer to avoid the muggy and humid environment, so as not to cause plant decay p>