Adding Chemicals
Is an important part of the water treatment process. We advise that when adding liquid bacteria, you pour the bacteria directly in front of your skimmer or pump intake so that the nitrifying bacteria heads straight to the filter(s). When adding powdered or dry bacteria we suggest sprinkling the powdered bacteria directly into the water around the perimeter of your pond, in addition to broadcasting the powder out to the middle of your pond. Our dissolvable powdered blend of beneficial bacteria will start to dissolve immediately and sink to the bottom of the pond where it can get to work managing solids where they typically build up! Another way to apply the powdered bacteria to your pond,or a watering can and pour the mixed solution of bacteria around the edges of the pond and up the stream if you are lucky enough to have a stream. It is our philosophy to feed the liquid bacteria to the filters to break down ammonia and nitrites produced by fish and we feed the powdered or dry bacteria to the pond so it can colonize in the gravel beds and aquatic plant roots. These stains of bacteria are designed to break down organic debris in your pond such as leafs, decaying pine needles, fish waste and generally most wind blown debris that don’t get picked up in your pond skimmer.
PH Levels Info & How do I know if my pH is correct?
Test your water. Test kits, like Jungle Quick Dip Test Strips produce accurate readings of pH, hardness, and other parameters in a single test strip. Since the pH scale is logarithmic, a small change in pH means a drastic change in alkalinity or acidity. For example, a pH of 8 is 10 times more alkaline than a pH of 7, and a pH of 9 is 100 times more alkaline than a pH of 7.
What is the ideal pH for koi?
7.5 is ideal, though most koi can thrive at a stable pH level between 6.8-8.2 – as long as the pH stays consistent!
How does pH affect fish health?
Liken pH to the way the water “feels” against their skin. Low pH is highly acidic, burning their skin; high pH is highly alkaline, chapping their skin. When pH varies more than .5 in a 24-hour. period, the water experiences what is called a pH swing. Swings are very dangerous, as they interfere with basic body functions, leaving fish vulnerable to stress and disease.
What causes pH swings?
The most common cause of pH swings is the normal CO2 exchange cycle of plants between day and night. Typically, pH will rise through the day as plants give off oxygen, then decrease at night when plants produce CO2. Acid rain, runoff, fish excrement, dead vegetation, and limestone can also cause pH swings.
How can I adjust pH and keep it stable?
Test your water hardness before trying to make pH adjustments. If a pH decreaser is added to hard water, it will decrease pH initially, but the pH may swing back dangerously in 24 hours because of the buffering capacity of hard water. For hard water, you can either find a source of softer water and do a water change, or use Pond Acid Buffer, which reduces both pH and removes some of the buffering capacity to reduce water hardness. If your water is soft (and your pH low), Pond pH Buffer raises pH while adding buffers to increase water hardness, allowing pH to remain stable once adjusted. In medium-to-soft water, a pH-adjusting product will work just fine. pH Increaser is recommended if acid rain or runoff is a problem, and pH Decreaser lowers pH if limestone-based rocks are adding minerals to your pond.By educating yourself in the basics of water chemistry and managing your pH, you can help prevent disease and improve the health of your pond fish.
