The year was 1988; we were in the 6th year of our hobby, we had a love/hate relationship with our pond as most pond owners did during the early years of the hobby.
The allure of a crystal clear pond was nothing short of a dream as it was only achieved the day after it was filled with fresh water.
As the season progressed the fish slowly disappeared under a cloudy layer of surface scum and green water not to be seen until the next year’s pond clean out. And what a mess that always was!
Our quest had begun!
How could we lower our maintenance and improve overall water quality?
We started experimenting and researching everything we could but this was pre-Internet, we actually had to go to the library to find information on our new found love affair with aquatic ecosystems…
Some of our challenges with our first concrete soup-bowl pond were:
- Clogged pumps that sat at the bottom of our pond
- The challenge of hiding the pump hose from the pond to the falls
- The large quantity of debris that accumulated each year on the bottom of the pond (2-3″ of pond-scum)
The HARD WAY to skim clean a pond.
Clogged pump from in pond use.
Shazam! What do we find but a Family Handyman article on skimmers for ponds. Jackpot. It was a garbage can fitted with a pool skimmer. Finally a way to catch debris before it sank to the pond bottom, hide the pump outside the pond AND… get the pump tubing outside the pond without trying in vain to hide the pump discharge pipe. That pipe could now be buried outside the pond as it headed over to the water fall because the pump itself could be installed outside the pond.
Garbage can skimmer
If there was just one filter I could choose when installing a pond, hands-down it would be a skimmer. Here’s why: A pump is necessary to create circulation for filtration and to create a waterfall (one of our favorite pond features!). And as long as you’re going to have a pump why not move that pump outside the pond so it can move surface water to create a skimming action and be easily accessed for service. Also, and this is HUGE. ALL PONDS ACT LIKE DIRT TRAPS. As the winds blow the currents carry all manner of dust and debris that are captured by the surface of the water. All this dust and debris like leaves and seeds in particular, get trapped by the water and soon sink to the bottom of the pond. Once there they will foul the water, turn into “pond scum” and are very difficult to remove without draining the pond. Even bottom drains which do help keep deep ponds cleaner cannot clean the entire bottom of a pond without jets, aeration and other complex and costly additions. But by simply placing and hiding a pump outside the pond the simple power of that pump in a well-designed skimmer filter will PREVENT most pond debris from ever sinking into the pond by skimming the surface while this debris is still floating on the pond’s surface. Skimmers are essential to keep any body of water as clean as possible and there’s no better filter for reducing pond maintenance and keeping the water safe for your fish!
Original Skimmer design.
I’ve heard and understand arguments that moving the pump outside the pond impairs full top-to-bottom pond circulation. On shallow ponds like water gardens that are two feet or less deep this is not an issue. The skimmer alone will create enough current in the pond to ensure full circulation. On deeper ponds that are 4 or 5 feet deep jets or bottom drains can be added to ensure optimal circulation.
Also locating the skimmer on the perimeter will automatically increase the overall circulation of the pond versus having the pump located on the bottom in the deepest point. Ideally place the skimmer on the opposite side of the pond from the waterfall for optimum circulation.
A skimmer acts as a safety system for your pond and fish, if any type of water loss or leak occurs in the piping system, waterfall or stream; the skimmer will only allow the water loss to occur in the top 6″ of the pond or basically to the bottom of the skimmer opening. When the pond water level reaches that point no more water will enter the skimmer so the pond will stop draining! When the pump or bottom drain are located on the bottom of the pond they will completely drain the pond of water during a leak leaving the fish high and dry! I’ve heard many a horror story of just that happening and it’s truly tragic.
The skimmer is also the perfect measuring device; the skimmer opening will show the optimum water level so there’s no guessing what the water level is.
The skimmer is a solid connection point for a waterfill device; the water level can easily be established using the skimmer opening as a measurement. Later in its evolution we added the overflow fitting to deal with excess water.
A skimmer has multiple barriers in place to keep critters from getting to the pump compared to putting a pump directly in the pond.
When we tore out portions of our classroom concrete pond to fix the leaking basin and ugly pond edges, we also added a new garbage can skimmer complete with its own set of wheels. We followed the directions from the article and added a net bag that we purchased from a dry cleaner. It was a laundry bag that was quite strong and suitable for catching the debris our new skimmer would collect from the pond’s surface. We purchased a swimming pool skimmer with a 6″ opening and built-in plastic weir that floats on the surface of the pond. This is a very valuable part of the skimmer design as the floating weir ensures optimal surface flow so most of the pond debris gets pulled into the skimmer net or filter pads before it can sink. We modified the standard swim pool skimmer by cutting off the circular collection basket behind the weir. In swimming pools this is where the external pump is attached. We much prefer to use submersible pumps so by cutting off the collection basket we could then simply attach the weir and holder to the face of the garbage can, inserting a submersible pump into the garbage can under and behind the debris and filter pad(s).
Our new cobbled-together skimmer worked great but the pump, a Little Giant #6 (3,000 gph), had a protective screen to prevent debris from damaging the impeller. That screen clogged every week but we still loved this skimmer. After all, the pump was now OUTSIDE the pond so lifting the pump out of the skimmer was pretty easy. I even installed a flexible radiator hose on the pump discharge and tied a rope to the pump. That way we could just pull up on the pump rope and access the pump & screen for cleaning without taking the plumbing apart or having to wade into the pond. What a maintenance boon!
Pumps could now be accessed easily.
Even though the skimmer worked just as planned we still felt the need to add more filtration. The skimmer was really a mechanical skimmer removing most floating debris before it would sink where it could foul the pond. I thought if we added a filter pad or pads to the skimmer we’d have a large surface area biological filter and that would help clarify the water and process the fish waste safely.
Well we soon found out that since our pond was 1,000 gallons the biological capabilities of this skimmer were still a little too small. (Next week we’ll review the evolution of our BioFalls). However the filter pads did add a huge benefit; the small debris that used to slip through the debris net was caught more effectively by the filter pads. So now the pump lasted much longer before the pump screen needed cleaning.
Also, when a skimmer is used in conjunction with a Biofalls® or any biofilter it increases the efficiency of the filter:
A skimmer’s pre-filtration will protect the biofilter from collecting excess organic debris so it will effectively breakdown fish waste. The biggest problem for biofilters is clogging with too much waste which does not breakdown efficiently. A skimmer also uses water from the surface of the pond which has the highest available dissolved oxygen content. High dissolved oxygen is very important for efficient bacterial utilization of nitrogen compounds(fish waste).
We installed close to 100 ponds with this crude garbage-can skimmer but only one customer ever complained about this kind of “home-made” filter. And when he did I visited with him and told him if he could find a better skimmer we’d install it No Charge. We never heard from him again! By the time we had installed this many skimmers our business had grown to the point that we could afford tooling to build our very own custom Aquascape skimmer. We turned to a plastic manufacturing technique called “rotomolding” as the tooling was relatively inexpensive while the quality of the product was superb. A plastic charge of powdered product was introduced into a mold and the mold was heated and rotated. When the plastic melted it spread out inside the tooling to form the skimmer box. And it concentrated most at all the corners giving us exactly the strength we were seeking. No longer did we need to encase our skimmers in plywood like we did for the garbage can model – LOL. We tested this rotomolded housing by filling it up to the skimmer opening with water and letting it freeze solid. It passed with flying colors!
Winter freeze test
Here’s one of our original drawings to show our customers how the Aquascape skimmer was designed:
Original Skimmer diagram
At Aquascape we’re proud to say this same plastics company we started with in 1994 is in Wisconsin – so we’re able to use an American company for most of our molded plastic products to this day! And year after year we still run into fully functional garbage-can skimmers when we upgrade/enlarge ponds for our past customers – some of these skimmers have been running over 20 years and they still don’t miss a beat!
Notice the Seal of Approval from the National Pond Society? Sadly that organization and their PondScapes publication is not around anymore but we joined up with them in 1994 to help further the causes of our industry when it was just getting off the ground. We’ll do another blog on that group one of these days.Pond News | 0 Comments »
The easiest way to keep the leaves out and simplify your fall clean up chores is to install netting over the pond. Here are a few tips for covering your pond.
Do it Yourself: # 1 Supplies; 3/4″ or 1″ PVC pipe, 12 -18″ rebar pieces & netting. We recommend Ultra Pond Netting, available in 15′ x 20′, 20′ x 20′ or 20′ x 30′.
Bang rebar along outside edge of pond approximately 18″ away from water’s edge and approximately every 3′ starting and ending about 2′ past the pond on each side, leave about 6″ sticking up.
Take the PVC pipe a stick one end on the rebar and CAREFULLY bend the PVC pipe over the pond and onto the opposite piece of rebar (I do mean carefully, if this slides off and catches you it hurts, once the pvc pipe sits for awhile bent it stays better)
Next stretch your netting over and secure to the ground with pegs. On wide ponds we will also place a support piece in the middle of the pond, using a 5 gallon bucket and clean gravel.
The PondMeister advises:
In both installation methods, watch for sprinkler lines, electric lines, pond plumbing lines.
Netting with smaller holes reduce the amount of debris that gets stuck in the net. When properly cleaned & stored, our nets are still being used after 4 years. Don’t use deer netting! It will only bunch up in a big ball and twigs will easily get tangled in it.
Pond Products, Pond Tips | 0 Comments »
Brand New from Aquascape! The Automatic Dosing System prevents water problems before they begin.
Available March 9th. Free Shipping! Order now at http://bit.ly/1zzYBiO
- Helps maintain optimum water quality
- Easy to use and fully programmable
- Dependable and quiet operation
- Can be used for ponds, fountains, & waterfalls
- There are 4 different water treatment products to choose from for use with dosing system.
This great new series premiered on September 9th and we were delighted to see watch our friends from Aquascape, Greg Wittstock (The Boss), Ed Beaulieau (The Scientist) and Brian Helfrich (The Foreman) work their magic for a television audience. Watch it every Tuesday at 10 pm on NatGeoWild.
Click here to read all about the first episode with behind-the-scenes photos, video, products used on the show, and more!
Products featured in upcoming episodes include:Pond News | 0 Comments »
Water clarity is a major concern for all pond owners. We offer these suggestions for keeping your pond crystal clear.
1. Clean out any leaves, mulch, and any other debris that has collected in the pond. As the natural materials decompose they provide nutrients that feed algae. Net the leaves before they sink to bottom.
Aquascape Skimmer Net with Extendable Handle
Matala Pond Vacuum II
2. Thin out your pond fish if you have more than 1 goldfish for every 50 gallons of water or 1 Koi fish for every 150-200 gallons on average. If you just can’t part with your pond fish, upgrade your filter and/or add an aerator to handle the extra fish. Another rule-of-thumb is no more than 1 fish inch per every 10 gallons of water.
3. Stop feeding your fish till the water clears! Or at least reduce feedings to 1-2 times a week and scoop out anything not eaten in 10-15 minutes. There should be plenty of natural food in the average garden pond for your fish to feed on.
4. Add or upgrade your filter system to a 2-step system.
Step 1 – Place a pre-filter where the pump is located to provide mechanical filtration.
Step 2- Install a proper size biological filter to convert fish waste into beneficial bacteria. The biological filter is often installed out of the pond, disguised as a waterfall. The biological filter will restore the ecological balance of your pond, and does not require cleaning all season long.
E Z BioFilters (Versatile Pre Filters)
MicroFalls BioFalls Filter
5. Make sure your pond pump is located on the opposite side of your pond as far away as possible from the waterfall or stream it feeds. This ensures complete circulation and prevents creating stagnant areas. If you see an area where water is not circulating, you might consider adding another Skimmer or Biofalls.
MicroSkim by Aquascape
6. Add the proper quantity of aquatic plants especially submerged plants and floating plants for your size pond. Place floating plants in a stream, near a pump, etc. where water is continuously pulled past their roots. These plants will rob the algae of nutrients and provide shade to block the sun which green algae thrives on.
7. Seed your garden pond weekly with beneficial bacteria. Dry formulas are more cost-effective than liquid, but many prefer the faster acting liquid bacteria.
Beneficial Bacteria (Dry)
Microbe Lift PL
8. Add a single layer of fist-sized round stones across the bottom and on any shelves in the pond. This prevents fish from stirring up dirt that collects on the bottom of the pond.
9. Make sure your garden pond is not receiving runoff from the lawn or any surrounding ground. Raise edges a few inches with stone and foam to direct the runoff around instead of into the pond. Ban the use of fertilizers and pesticides in your yard. Remember – pond water is a more effective fertilizer than anything that you can buy in the store.
10. Do a 10-20% water change every 2 weeks. Be sure to purge the water from the bottom of the pond and add a de-chlorinator if you use city water to refill it.
Todd Williams shared his deep thoughts on caring for koi.
Myths and half-truths. They are everywhere. Only humans can take a small nugget of truth and twist it into something entirely different. And we all like rules-of-thumb. They help us simplify a world with lots of information. But these can get out of hand. I find this to be true with koi ponds. I’ve compiled a list of frequently stated “facts.”
-Ponds can hold a max of 1″ of koi per 100 gallons
Not only is a rule for this misleading but using inches over weight is ridiculous. How can four of my 6″ inch fish possibly equal a 24″? The latter’s weight is 500% more! But it gets worse: even if you used pounds, there are simply too many other factors to have a rule-of-thumb on this topic. We’ve all seen ponds twice as big as your own that can only handle half the fish. Things like pond water turn-over, proper balance, filtration, number of plants and type of plants all matter.
Bottom line: I say just don’t use any rule of thumb on this topic.
-How fast do koi grow?
Once again I think it’s misleading to even give a number. It seems that most koi experts presume you live in the warmer half of the U.S. But why? I live only a few miles from the Canadian border. My pond water is only above 70 degrees for maybe 10-12 weeks a year. That is when koi eat more and grow more. I’ve been surprised pond people don’t simply give answers to this legit question using regions i.e. plant zones.
Conclusion: Half Truth only if you qualify the answer by zone. But even then there are variables for growth.
-Stop feeding koi after five minutes
Say what? This reminds me of people who are concerned about burning their plants from watering them. I’ve seen people not water their yard for days when it’s hot, thinking water would do more harm than good. Think of it like a baby. They eat slowly. Some more slowly than others. I must admit I can’t back this one up with any science except this just does not make intuitive sense. On one website it says “whatever food is uneaten after five minutes will likely not get eaten.” That is true! On another website it says “Don’t feed them for more than five minutes.” Mmmm. Did a fact get twisted into a myth? If you have time, it’s quite OK to let your koi nibble over time. Like a baby, you can tell when they get satisfied. Conclusion: Myth.
-Don’t ever ever ever put your hose directly in the pond.
It’s assumed that chlorine could kill the fish, and it’s best to have the water spray in the air and “release” the chlorine gasses. I am certainly no chemist. But this never totally added up to me (and I have a pool so the whole chlorine thing is not new to me). In my town the water report says we have 6 chlorine parts-per-million immediately after water processed. People get confused by large numbers. How long would it take you to count to a million using one second per number? Over 11 days! Six seconds of chlorine over 11 days isn’t hurting anything. But, for the sake of discussion let’s say 6 ppm is harmful. It never made sense to me that letting the water “hit air” for literally one second would make the water safer. Guess what? It doesn’t. To verify I called my local water treatment plant. This guy’s job is to process and test city water. I told him the rule of thumb. His response makes perfectly logical sense. He said “Chlorine does dissipate with time. However, tossing a cup of water in the air will not make the PPM-count lower by time it comes down.”
If filling up a pond from scratch, it would be 100 times more important to wait a day or two before adding fish than to have the hose not be in direct contact with the water. Meaning, aquarium people are correct to let water sit out for a day if they are doing a complete water change. If you are topping off your pond, go ahead and better be safe than sorry. Leave the hose out. But your concern would be much better served by checking chemicals regularly. And to add an interesting twist. My pool repair guy always reminds me to not put the hose directly in the pool. And in a pool we want chlorine. Why? Because you can easily forget and leave the hose running in the pool overnight causing many problems. But when you leave the hose out and have it splash in, you have a much better chance of hearing or seeing the water, thus avoiding a problem. Conclusion: True on hose rule, but a myth on the reason why.
-Koi food left in pond is same as fish waste.
Let’s just say that is silly. What goes in a cow is certainly not what comes out. Think of it another way; koi food does not give plants nutrients. Fish waste does.
So enjoy your pond. And next time someone states a fact, it’s OK to “ponder” if it’s really true.
Todd is a hobbyist with pond-grade koi. He (barely) got C’s in science. But he does think about a lot of things while enjoying his pond. He was considering a Twitter campaign of #StopKoiMythsNow. But his family threatened to kidnap his koi if he did.
Unfortunately I get this question all the time. Once water has seeped through the seals and gets into the motor, the GFI will trip and shut-off the electricity. When I told our customer today that her pump was “Fried” she responded:
The Customer responded:
“If the pump is fried, why does it work like a champ when plugged into a different gfi outlet?”
Not being an electrician, I forwarded her question to the Tech people at Aquascape who answered with the following:
Aquascape Tech responded:
I have attached two links that I hope will help this customer understand.
Basically if they value their life and the life of their loved ones they will use a GFCI breaker. Choosing not to do so places them at risk of electrocution in the event of an electrical malfunction. Which is exactly what they are doing by bypassing the GFCI. This has been required in outdoor receptacles since 1973.
If the pump trips all the breakers it is plugged into it is discharging electricity into the water and they can potentially be electrocuted. Sometimes you don’t even need to make contact with the pond, if the ground is wet enough, to get a bad shock if pump is malfunctioning. The reason the pump works in non GFCI outlets is that GFCI are designed to “trip” when they detect an electrical bleed. It is a safety thing.
Now sometimes the GFCI go bad and need to be replaced. It is recommended to check your GFCI monthly.
Here is a link to the consumer protection safety commission. Richard you may want to put this link up on your site or FAQ for others who have questions.
Hope this helps answer their questions,
The Customer responded:
I have two outdoor gfci outlets. It is the outlet on the pond that is tripping with the pump. That outlet is still running the ion gen and the lights, however. Once I plug the pump into it, it trips. So, that outlet has enough juice to run both the ion gen and lights, but not the pump.
I have plugged the pump into ANOTHER outdoor gfci outlet (via an outdoor extension cord) and it is running like a champ.
My question: If the pump is bad, why does it run on ANOTHER gfci outlet just fine?
To which Aquascape Tech responded:
Ah okay this is a different question. There are a few possibilities.
- The electrical line or quad box does not have sufficient amperage to handle running the extra pull from the pump. A quick way to test is to plug a hair dryer into that outlet and turn it on. Many hair dryers run a good bit of power. I think mine is 1200watts, an Aquasurge 5000 pulls about 360watts. If the dryer runs when the lights and iongen are on then it tells you the pump is bad but the outlet is sufficiently big
- It is not recommended to run the pumps on an extension cord because they can interfere with the “tripping” of a GFCI. You could easily test pump at that other GFCI outlet by putting the pump in a large trash can with water in it and plugging it in. If it runs like a champ still while submerged in water then I would assume the pump is fine and you might just have a finicky breaker and would suggest replacing the GFCI.
- Another possibility is that if the pump runs great in a trash can of water plugged into GFCI but trips once connected to plumbing, there could be an obstruction in pipe line that is causing the pump to work harder and pull more juice. This is not very common, and would require that the pump was pulling almost to the limit of the GFCI. I think this theory would be easily solved by the hair dryer test.
- Another option would be to unplug the lights and Iongen and just try and run pump…. If it trips that also tells you the pump is probably failing.
I have had a few left field issues in my 10 yrs…. Sometimes breakers would trip and it turned out that the electrical line running to the pond was also running different appliances in the house, which would cause the circuit to overload. I have also had people getting a shock when near the pond and they were convinced that it was the pump, but once the pump was removed they were still getting shocked. It turned out to be an old live electric line that was for an old lamp post long gone. The electricity was able to move through the wet ground (it was a spring issue)
My takeaway from this exchange and my experience, is that once a pump trips the breaker – BEWARE! Time for a new pump!
Pond News | 2 Comments »
I have received more questions like this one below this year than ever before and asked Aquascape Tech for their response.
“I lost a lot of koi this winter because of extreme cold conditions, thought I had enough aeration and de-icers apparently not would like alot more info on how to prepare better for harsh conditions”
Aquascape Tech Answer:
“Hhmmm that is kinda of hard to answer with no information from that person.
I think the best response is that this was an extremely unusual winter and the even the Department of Natural Resources has issued a statement that they are expecting to see large fish losses in natural stream and lakes due to this year’s extreme weather. Aquascape will be reviewing their winterization suggestions, but sufficient aeration, and openings in the ice usually work. When you have the 3rd harshest winter in 150yrs (Chicago) it is difficult to predict all possible scenarios.
Low stocking levels and having healthy fish heading into winter is also beneficial. If the fish are stressed going into the winter months they are even less able to handle a severe winter.”
The PondMeister’s Normal Answer:
“The fish are fine in freezing weather. It is not the cold that kills the fish – it is the gasses trapped by a frozen over pond that kills the fish.
The 3 ways to keep a hole in the ice are:
1. De-icer – These keep a hole in the ice allowing the gasses to escape
2. Pond Aerator – A pump which sits outside the pond and pumps air into the water. The bubbles keep a hole in the ice
3. Submersible Pump at Water Level – The bubbling effect of the water keeps a hole in the ice.
In extreme winter areas, some people chose to select 2 or 3 of the above in case one method fails.
Of course once the water temperature drops below 55 degrees there is no longer any need to feed the fish as their digestive systems are unable to digest the food.”
I thought Aquascape’s response was a great answer and illustrates that even if we take every precaution, sometimes our best efforts may not be rewarded.
Nature can be BRUTAL!Pond News | 3 Comments »
Announcing the 2014 Aquascape Consumer Mail-In Rebate Program*
From March 15th – May 31, 2014, Aquascape is offering a rebate on various products. Complete your purchase from ThePondOutlet, then fill out the rebate form and receive a gift card for $10-$50 depending on your purchase.
Eligible products include:
· AquaSurge® Pumps
· AquaSurge®PRO Pumps
· AquaForce® Pumps
· AquaForce®PRO Pumps
· IonGen™ System G2 (95027)
· 3-Watt LED Pond & Landscape Spotlight Kit
· 3-Watt LED Pond & Landscape Spotlight
· 6-Watt LED Pond & Landscape Spotlight
· 1-Watt LED Pond & Landscape Spotlight
· 1-Watt LED Waterfall & Landscape Accent Light
· LED Fountain Accent Light
· LED Fountain Accent Light w/Transformer
We have all the Aquascape products necessary for building a beautiful waterfall in your landscape.
Here is a great article from Aquascape. These useful tips will help you design and create a natural looking waterfall for your landscape.
Not only do waterfalls provide ambient sound for the garden, but they provide necessary aeration to keep an ecosystem pond functioning and looking its best.
Use a biological filter unit such as the Aquascape BioFalls® Filter
In addition to filtering the water, this type of unit is designed to make building the waterfall much simpler because it gives you a solid base or structure to build upon. You won’t have to worry about a leaky waterfall, and the extra support will allow you to naturalize your waterfall with larger stones.
Make your waterfall fit in with the surrounding area
If the terrain of your backyard is flat, a waterfall that pops up out of nowhere will not look natural. Keep your customer’s new waterfall in scale with the surrounding landscape and terrain by building a berm around the waterfall area. Several smaller drops of 4 to 9 inches or one drop – no more than 18 inches – will help blend your pond and waterfall seamlessly into the landscape.
The size of the stone should be proportional to the drop of the waterfall
The drop of the waterfall is the distance from where the water exits the biological filter to where it hits the pond. Some of the main rocks should be several inches larger than the drop of the waterfall. For example, for a drop of 12 inches, you should use rocks that are 16 inches in order for them to be in scale with the project.
The larger rocks should “frame” the waterfalls
Your waterfall will look more natural if you “frame” it with the largest of the rocks that you have chosen. As the water falls, it will hit the larger stones and find its path through the spaces between them – just like in nature.
The fewer, the better
Fewer rocks are better when building a waterfall. Three large stones are better than 12 small stones stacked up. Nature will provide you with some tips for designing and building your customer’s waterfall. You usually will see one very large stone, surrounded by few smaller ones, with the water running between them.
Twists and turns
Be sure to twist and turn the waterfall and stream so that there are new views and facets with every turn, which looks better visually. Take your time on this part – designing twists and turns can be the most fun part of building the waterfall.
Provide a room with a view
Ensure that you can see the waterfalls from inside different rooms in the house because no matter how much you love the outdoors, you will still spend most of their time inside. People often make the mistake of having their waterfall face the back of their yard. Try a view from the living room or kitchen – wherever your family gathers.
Softening the edges
The surrounding landscaping will cover most mistakes. The more plant material you can line the falls and stream with, the better. It will soften the hard edges of all the stone. Also, if you create a good, planted backdrop to your berm it will look as though it’s always been there. Make sure it flows into the rest of your yard.
Above all else, study nature
Be sure to study natural streams and waterfalls to find ideas and inspiration. That is where the greatest waterfall builders in the world gain their inspiration!
Now that you have read the information, watch the video! How to Build an Awesome Waterfall