What is all that goop? Well, the long strands of green goo are string algae. The stuff making your pond's water into pea soup is plankton algae. Algae are millions of tiny little floating plants (single celled plants) that thrive when they have lots of sun and food to grow on. Like bacteria, there is no way to get rid of all the algae (unless you want a sterile, dead pond). The trick is bringing it back into balance. For example, Its normal to have some of black algae on the sides of your pond and the parts of the pond pump, and its OK to have a thin film of green algae on plants. Your pond is a living environment, not a swimming pool.
So what can you do? Minimizing the light that the algae gets will help. Water lilies are a good start. Ideally you might have placed your pond in a place where it gets partial shade for part of the day, but its probably too late for that now. Besides, you don't want to completely deprive your pond of light. A much better solution is to stop feeding feeding the algae so much.
If you are adjusting the pH of your pond, you may be unsuspectingly adding another essential ingredient for algae: phosphates. Most pH adjusters contain high levels of phosphates, a compound algae just loves. Switch your brand of pH adjuster. There are pond pH adjusters that are phosphate free, but you may have to go online to find them. Pond Care pH Down is one choice that's phosphate free. If the label doesn't say a pH product is phosphate free, it probably isn't. And if the internet retailer you want to buy from can't tell you what's on a product's label, you probably don't want to buy pond supplies from them.
Like all the recommendations in this article, just cutting off the phosphates won't completely fix your algae problem. You'll need to fight the goo on several fronts at once.
A lack of "good" bacteria - the kind that lives in biological filters - is another part of your problem. As the good or "beneficial" bacteria play their role in your pond's nitrogen cycle, they consume the same nutrients that your algae does. So the healthier and the more beneficial bacteria you have, the less green algae can live.
If you've got a serious algae problem, look to your biological filter, how many fish you have in the pond, how much muck is on the bottom of the pond, and how much water circulation there is. For starters, you're going to need to vacuum the pond to get out as much of the muck as possible - all that stuff sitting down there is algae food.
Next on the algae reduction battle plan is your filter - if you really want to solve your algae problem, you're going to need more room to grow those beneficial bacteria. Part of that may mean getting a bigger biological filter. You should also go buy some over the shelf beneficial bacteria. Microbe Lift is an excellent choice, but there are many others. Adding the new filter (or keeping the old pond filter and adding a second one) will probably also help with water circulation. Those beneficial bacteria need oxygen, just like your fish. By the way - one of the nastiest affects of an algae problem is a big fish die off. The fish die because the algae has eaten up most of the oxygen in the water.
Once you've got a better pond filter and more water circulation, you may be able to keep all the fish you had before and more, especially if you're willing to clean the pond more often. Resist this temptation . The fewer fish you have in the pond, the less of a bioload you're asking your pond to carry. Fewer fish will mean healthier fish, a cleaner pond, and less work for you. Do keep in mind that every time you feed - or overfeed - your fish, you're tossing more algae food back into the water. Feed lightly. Hungry fish will graze on the algae, too.
And fish aren't the only ones who eat algae. Once you've gotten the algae problem under enough control, you can toss in a few snails or a few tadpoles to keep the algae at bay. These creatures are sometimes sold as a "cleaning crew" by pond centers or websites. TheyThe tadpoles and snails will help keep algae under control, but they can't eat enough algae to turn clear up a green fog.
Fish Pond Algae Control
Oxygen is the lifeline of the almost all the creatures surviving in this world. It is rightly said that Ponds are Like People, Need Oxygen to survive.
Although oxygen appears in various forms whether in gaseous form or dissolved form, everyone on this earth knows its importance. One of the important parameter to be monitored and taken care of for pond is Dissolved oxygen. It is basically the amount of dissolved oxygen in the water. The technique involved to determine the amount of dissolved oxygen in the water is to measure ppm (parts per million) factor.
The best level to be maintained for the dissolved oxygen in water is around 4 to 5 ppm. So the amount of dissolved oxygen in the water in ponds, determines the stability of the pond ecosystem.
Importance of Pond ecosystem
The pond ecosystem greatly depends upon the amount of dissolved oxygen level. Any alteration to the amount of oxygen level results in unbalancing of survival of the creatures living in ponds. There are various factors associated with low level of dissolved oxygen in the pond. The fish kills are due to major degradation of the dissolved oxygen level in the ponds.
The depletion of the dissolved oxygen in the water in pond ecosystem is mainly due to sudden degradation of the microscopic plant kingdoms present in the water kingdom. These microscopic plant kingdoms are of great help to the pond as they are responsible for maintaining the dissolved oxygen level.
Maintenance of ponds
If the ponds are properly maintained by using fertilizers, then the plant kingdom generates adequate amount of the oxygen level in the water. These microscopic plants impart green color to the water kingdom thriving in the pond. These phytoplanktons essentially control the food chain and supplier of oxygen. So, proper fertilizer should be carried out to control fish kills. If proper fertilization is not carried out for the ponds then in the worst scenario, the phytoplankton decomposes and depletes the remaining dissolved oxygen level in the pond.
There are lot of factors determining the amount of dissolved oxygen in the pond ecosystem like algae bloom i.e. excessive growth of algae in the pond. The pond owners should take utmost care to prevent algae bloom, as they are considered responsible for consuming large portions of dissolved oxygen in the water. If the pond appears excessively green or pea soup color, then its algae bloom.
The other factors reducing the oxygen level are high organic waste load and over population of the fish in the ponds. As excess of everything can unbalance the ecosystem, so the population of the fishes and high organic waste loads should also be controlled for proper balance of the water kingdom.
In order to resolve the problem of dissolved oxygen level in the water kingdom, proper aeration needs to be done. The aeration for deep ponds is required to properly aerate the dissolved oxygen in the pond. One may use the bottom-based diffuser to properly aerate the dissolved oxygen in the pond. But in case of the shallow pond fountains can also aerate the pond to a good level.
The proper aeration solves the problem of fish kills, algae blooms, stimulation of beneficial aerobic bacteria and many more. The pond owners should be properly educated to understand the importance of dissolved oxygen in the pond ecosystem and its consequences in worst cases.
Both Pamella Neely & Jorge Baez Jorge Baez are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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