Japanese Rose and Portulaca Care

Watering Japanese Rose and Portulaca

Water is the most essential need of any plant. Watering requirements differ for every plant. Knowing the amount of water required is the most important part of Japanese Rose and Portulaca Facts. One needs to adequately water the plants keeping in mind that plants need season wise variations in water levels. While taking Japanese Rose and Portulaca care, it is important to know that too much water is more dangerous than not enough watering. Here we provide you with the exact watering required for your garden plant. Watering Japanese Rose and Portulaca is as follows:

• Watering Japanese Rose in Summer: Lots of watering

• Watering Japanese Rose in Winter: Average Water

• Watering Portulaca in Summer: Lots of watering

• Watering Portulaca in Winter: Average Water

Japanese Rose and Portulaca Diseases

Plants get infected many times due to lack of care. This makes it unhealthy and reduces its life too. Hence it is necessary to know the kind of disease on plants, to cure it and keep the plant healthy. Knowing About Japanese Rose and Portulaca diseases is very important factor of Japanese Rose and Portulaca Care. These plant's diseases are:

• Japanese Rose: Botrytis Blight, Powdery mildew, Sooty Mold and Verticillium Wilt
• Portulaca: Aphids, Botrytis Blight, Brown Spots, Gray mold, Root rot and Stem rot

Japanese Rose and Portulaca Pruning

Pruning is an important part of Japanese Rose and Portulaca care. Pruning helps to grow the plant with a faster rate. Japanese Rose and Portulaca pruning is done as follows:

• Japanese Rose pruning: Remove damaged leaves, Remove dead branches and Remove dead leaves

• Portulaca pruning: Remove damaged leaves, Remove dead branches, Remove dead leaves and Shearing

Plants need fertilizers for its growth and increasing the life. Japanese Rose and Portulaca fertilizers are as follows:

• Japanese Rose fertilizers: Doesn't require fertilization when grown in rich soil
• Portulaca fertilizers: Requires high amount of nitrogen