What to do if fish with water plants are not oxygenated
Recently, aquarium enthusiasts have frequently discussed the issue of hypoxia in aquatic plants fish, especially in the high temperatures in summer, the temperature rises and the dissolved oxygen in the water body decreases, resulting in fish floating heads and shortness of breathing. This article will combine popular topics and hot contents on the Internet for the past 10 days, combined with structured data, and provide you with a comprehensive solution to the problem of hypoxia in aquatic grass fish. 1. Analysis of the hypoxia phenomenon and causes of fish in aquatic plants
The following is data table 1: Analysis of common manifestations and causes of hypoxia in aquatic plants fish
| Symptoms | Possible Causes | Level of danger |
|---|---|---|
| Fish frequently float | Insufficient dissolved oxygen in water | ★★★ |
| Rapid breathing | Deterioration of water quality | ★★★ |
| Decreased appetite | Too high temperature | ★★ |
| Reduced vitality | Overbreeding | ★★ |
| Body color fades | Long-term hypoxia | ★★★ |
2. Five ways to solve the hypoxia of aquatic fish
1.Increase dissolved oxygen in water
Data Table 2: Comparison of effects of different aerobic methods
| Aerobic method | Effect | Applicable scenarios |
|---|---|---|
| Air pump oxygen increase | ★★★★★ | All cylinder types |
| Filtration system | ★★★ | Medium and large cylinder |
| Change water and increase oxygen | ★★ | Emergency |
| Plant oxygenation | ★ | Small cylinder |
| Points: Other methods | ★★ | Temporary measures |
2.Control breeding density
Data Table 3: Recommended breeding density for different cylinders
| Cylinder size | Small fish count | Medium fish count |
|---|---|---|
| Below 30L | 5-8 pieces | 2-3 upper parts |
| 30-60L | 8-15 | 4-6 |
| 60-100Lnt | 15-25 | 6-10 |
| More than 100L | Increase proportionally | Increase proportionally |
3.Optimize filtering system
| Filter type | Aerobic effect | Maintenance frequency flammes |
|---|---|---|
| Upper filter | ★★★★ | weekly |
| External filtering | ★★ | per month |
| Internal | ★★★ | Two weeks |
| Bottom filter | ★ | per month |
3. Daily management of preventing hypoxia from water grass fish
1.
Data. Data Table 5: Recommended water quality parameters
| parameter | Standard range | Danger value |
|---|---|---|
| Dissolved oxygen | 5-8mg/L | <3mg/L |
| temperature | 22-28℃ | >30℃ |
| PH value | 6.5-7.5 | <6或>8 |
| Ammonia nitrogen | 0mg/L | >0.02mg/L |
2.Arrange water plants rationally
Data Table 6: Recommended high-oxygen aquatic plants
| Aquatic plants name | Aerobic effect | Lighting requirements |
|---|---|---|
| Water Banyan | ★★★ | :Low |
| Moss | ★★ | middle |
| Court grass | ★★★★ | high |
| Shuilan | ★★★ | <>Medium-high
4. Emergency handling plan
1.Change the water immediately: Replace 1/3 of the water and use the fresh water after aeration.
2.Cooling treatment: Add ice or use a chiller to reduce the water temperature.
3.Temporary oxygen increase: Blow air into the water with a straw or use a battery oxygen pump.
4.Reduce feeding: Stop feeding for 1-2 days to reduce fish metabolism.
5. Summary of hot topics among netizens
1. Is using a USB oxygen pump really effective? Most users believe that it is effective in the short term, but the power is insufficient.
2. The relationship between aquatic plants and oxygenation: It is very controversial, and some believe that aquatic plants consume oxygen at night.
3. High temperature weather response strategies: The most popular topic, more than 90% of users recommend using a water chiller.
Through the above systematic analysis and management methods, the problem of hypoxia in aquatic plants fish can be effectively solved, OG: Ensure the healthy growth of fish. Daily management is the key, prevention is done. Under any circumstances, you must pay attention to observing the abnormal behavior of fish and take timely measures.
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