How Does Moss Reproduce? A Detailed Guide to Common Propagation Methods

Moss is a common plant in ponds, field ditches, lakes and other water bodies. It belongs to the macroalgae and consumes large amounts of nutrients in the water, causing fish and shrimp to suffer from oxygen deprivation. Therefore, when raising fish, the pond must be kept clean. So how does moss reproduce?

1. How does moss reproduce?

Moss has three propagation methods: division, budding, and spore sowing, among which division and budding are very common methods. Division involves separating the parent body from May to September, then planting it into a substrate and maintaining a high-humidity environment; it becomes established in about 7 days. Budding propagation involves selecting some robust adventitious buds, cutting them away from the parent body, and planting them separately into the substrate.

2. How to deal with moss in water?

Treating moss generally starts with its growth characteristics, with the main focus on balancing the bacterial phase and algal phase in the water. Before treatment, be sure to use anti-stress products for shrimp, such as (multivitamins), to reduce the impact of stress reactions on the shrimp.

1. For ponds where moss has grown relatively abundantly, manual salvage can be carried out first, followed by chemical treatment.

2. Dry the pond at low water level. On a sunny day, drain 50cm of water to expose the moss on the pond walls and use ultraviolet light to kill part of it. Continue for 2-3 days.

3. Taking advantage of moss's preference for sunlight, use sodium humate to block light so that it cannot carry out photosynthesis.

4. Add bacteria, preferably at high concentration, such as Bacillus and lactic acid bacteria.

5. Finally, carry out bottom suction, bottom improvement, and detoxification work.

The methods described above are physical + biological control. Of course, there are other means: chemical methods, namely splashing copper sulfate and quicklime into the water body. This method takes effect quickly and the results are also quite good. However, it is equally hugely harmful to farmed animals - it can be described as killing a thousand enemies while losing eight hundred of your own. It is generally not recommended for aquaculture.