No. That's not how that works. That's not how any of this works. 😅

The biological filter in the regeneration zone is the unsung hero in controlling pathogens. This zone, teeming with plants and microbes, acts as nature’s defense mechanism, absorbing and neutralizing harmful bacteria and viruses. Imagine the scene: antibacterial agents from fungi-yes, the same family that brought us penicillin-and a host of small critters like nematodes and protozoa actively consuming these unwelcome guests. The complexity of this ecosystem ensures that pathogens are not only trapped but transformed biologically. They're caught in the sticky biofilm, amongst roots and gravel, where, if conditions are right, beneficial organisms flourish, much like the flora in your own stomach. Regarding Naegleria fowleri, a concern in natural bodies of water like lakes and rivers, natural pools present a safer alternative due to the constant circulation through a potent natural filter. This safety is contingent on maintaining water temperatures below 27°C and managing swimmer load to avoid overcrowding. The likelihood of encountering harmful pathogens such as fecal coliforms in a privately maintained pool is exceedingly low. Even if temperatures were to exceed 27°C, the risk of contracting Naegleria fowleri remains minimal, statistically about 1 in 142 million. To put it into perspective, even if you swam in water with detectable levels of Naegleria fowleri twice daily for 50 years, your chance of infection would only be about 1 in 4000. If you feel comfortable swimming in a mountain stream or pond, then swimming in a natural pool should be no less appealing, especially since the odds of infection are even lower. In tropical climates, where conditions are exceptionally warm, integrating UV sterilizers and periodic treatments with Hydrogen Peroxide can further mitigate risks, ensuring your natural pool remains a safe and enjoyable swimming environment.

The biological filter in the regeneration zone is the unsung hero in controlling pathogens. This zone, teeming with plants and microbes, acts as nature’s defense mechanism, absorbing and neutralizing harmful bacteria and viruses. Imagine the scene: antibacterial agents from fungi-yes, the same family that brought us penicillin-and a host of small critters like nematodes and protozoa actively consuming these unwelcome guests. The complexity of this ecosystem ensures that pathogens are not only trapped but transformed biologically. They're caught in the sticky biofilm, amongst roots and gravel, where, if conditions are right, beneficial organisms flourish, much like the flora in your own stomach. Regarding Naegleria fowleri, a concern in natural bodies of water like lakes and rivers, natural pools present a safer alternative due to the constant circulation through a potent natural filter. This safety is contingent on maintaining water temperatures below 27°C and managing swimmer load to avoid overcrowding. The likelihood of encountering harmful pathogens such as fecal coliforms in a privately maintained pool is exceedingly low. Even if temperatures were to exceed 27°C, the risk of contracting Naegleria fowleri remains minimal, statistically about 1 in 142 million. To put it into perspective, even if you swam in water with detectable levels of Naegleria fowleri twice daily for 50 years, your chance of infection would only be about 1 in 4000. If you feel comfortable swimming in a mountain stream or pond, then swimming in a natural pool should be no less appealing, especially since the odds of infection are even lower. In tropical climates, where conditions are exceptionally warm, integrating UV sterilizers and periodic treatments with Hydrogen Peroxide can further mitigate risks, ensuring your natural pool remains a safe and enjoyable swimming environment.

Designing a natural pool in clay soil is definitely possible, even in freezing climates. I recommend checking out the book "How to Build a Natural Swimming Pool" by Wolfram Kircher and Andreas Thon for valuable insights and tips. Additionally, our website will soon offer an online course specifically designed for building natural pools from the ground up, tailored to various climates and soil types. Stay tuned for updates on our course launch!

Thank you! Lilies are best planted in their own separate pots or zones where they grow in clay soil.

Natural pools do not have mosquitoes for a number of reasons. Mosquito larvae need still stagnant water in order to breed. Stagnant water has very low dissolved oxygen and natural pools have good levels of dissolved oxygen from plants, movement and life. You see, constant movement and circulation of the water prevent the larvae from surviving. Natural pools also have predators that feed on mosquito larvae. Among them are the Notonectidae, popularly known as backswimmers, and the aquatic beetles (Ditiscidae). Larvae of dragonflies and damselflies also hunt mosquito larvae.

The swimzone to wetland ration entirely depends on the climate, the depth of the wetland, what additional tech is being used etc. It is generally between 1/ and 1/2 (the latter being the swimzone).

It saddens me that you had such a frustrating experience. I do assure you however that it is possible. I know this because I have built at 50+ natural pools which all work and this doesn't include all the pools other people have built using my consultation. Do you ever consult a professional?

@@leafandstone.naturalpools I consulted many professionals, but not you I agree. My swimming pool had great hydraulic (50 m3/h total flow for a 75 m3 pool, 110 mm diameter pipes), 2 parallel filtration systems: 20 m3/h on one low pressure system with drum filter+biological/helix+UV 150W and 30 m3/h on one high pressure system with vortex + big UV 180W + Ozone ! And even peroxyde when needed. And it was not enough ... despite lovingly adding good bacteria, carefully replacing UV lamps and tirelessly making huge cleaning effort ... not enough. Outside summer periods it was quite acceptable, but in the swimming season (about 30 degree Celcius outside) it was green, and green, and green. And the dead algea would even make unremovable stains on my beautiful tiles. I regretfully gave up after 10 years of desperate fighting. I accepted my defeat against the algea. I emptied my pool and cleaned it with chloric acid to remove the ugly enormous black stains. I kept the hydraulic, kept the mechanical filtering (added one sand filter though), kept the UVs and Ozone and injected previously hated chlorine (low dose though thanks to all the rest), and now I have a fantastic swimming pool. Note well that I agree wtih all the mentionned benefits of a natural pool, it is simply that I never managed to ensure water beauty sufficient to enjoy swimming. But good luck to the others, if you manage to do it I can only congratulate you.

@@stephdechatillon6591 If I may add something. As far as I know the only natural way to deal with algae is to have the plants outperform it for nutrients. You also may have gotten a spike in algae in the summer because there was more direct sunlight hitting the pool and the algae had a chance to grow. Maybe adding a shade over the pool, or increasing the amount of plants could have solved the problem? But Im no expert, so feel free to correct me.

The biological filter in the regeneration zone is the unsung hero in controlling pathogens. This zone, teeming with plants and microbes, acts as nature’s defense mechanism, absorbing and neutralizing harmful bacteria and viruses. Imagine the scene: antibacterial agents from fungi-yes, the same family that brought us penicillin-and a host of small critters like nematodes and protozoa actively consuming these unwelcome guests. The complexity of this ecosystem ensures that pathogens are not only trapped but transformed biologically. They're caught in the sticky biofilm, amongst roots and gravel, where, if conditions are right, beneficial organisms flourish, much like the flora in your own stomach. Regarding Naegleria fowleri, a concern in natural bodies of water like lakes and rivers, natural pools present a safer alternative due to the constant circulation through a potent natural filter. This safety is contingent on maintaining water temperatures below 27°C and managing swimmer load to avoid overcrowding. The likelihood of encountering harmful pathogens such as fecal coliforms in a privately maintained pool is exceedingly low. Even if temperatures were to exceed 27°C, the risk of contracting Naegleria fowleri remains minimal, statistically about 1 in 142 million. To put it into perspective, even if you swam in water with detectable levels of Naegleria fowleri twice daily for 50 years, your chance of infection would only be about 1 in 4000. If you feel comfortable swimming in a mountain stream or pond, then swimming in a natural pool should be no less appealing, especially since the odds of infection are even lower. In tropical climates, where conditions are exceptionally warm, integrating UV sterilizers and periodic treatments with Hydrogen Peroxide can further mitigate risks, ensuring your natural pool remains a safe and enjoyable swimming environment.

Cool! I didn't know who Matt O'Dowd was but now you have introduced me to Space Time! which looks awesome.

yeah, keeping snakes away from your natural pool involves creating an environment that is less attractive to them and implementing physical barriers. Here are some strategies to help keep snakes away: 1. Maintain the Surrounding Area: Keep the area around your pool clear of debris, tall grass, and thick vegetation where snakes might hide. Regularly trim bushes and mow the lawn to reduce cover for snakes.
 2. Remove Food Sources: Snakes are attracted to areas with abundant food sources, such as rodents and insects. Keep the pool area clean and free of food scraps. Consider using natural repellents or traps to manage rodent populations.
 3. Install Physical Barriers: Erecting a fine mesh fence or snake-proof fencing around the pool can prevent snakes from entering. Ensure the fence is buried a few inches into the ground to stop snakes from burrowing underneath.
 4. Use Natural Repellents: Certain plants, such as marigolds and lemongrass, are known to repel snakes. Planting these around your pool can help deter snakes. Additionally, you can use natural snake repellents like sulfur, clove oil, or cinnamon oil around the pool area.
 5. Keep Water Clean: Ensure your natural pool is well-maintained, with clear water and minimal algae growth. Snakes may be less attracted to clean, well-managed environments.
 6. Limit Access Points: Check for and seal any gaps or holes around the pool area that snakes might use to enter. Regularly inspect the perimeter for potential entry points.
 7. Install Pool Covers: Using a pool cover when the pool is not in use can help prevent snakes from entering the water.
 Hope that helps!

Yes, you can intergrate fish, just not too many and you need to not feed them or be very careful how much you feed them.

The biological filter in the regeneration zone is the unsung hero in controlling pathogens. This zone, teeming with plants and microbes, acts as nature’s defense mechanism, absorbing and neutralizing harmful bacteria and viruses. Imagine the scene: antibacterial agents from fungi-yes, the same family that brought us penicillin-and a host of small critters like nematodes and protozoa actively consuming these unwelcome guests. The complexity of this ecosystem ensures that pathogens are not only trapped but transformed biologically. They're caught in the sticky biofilm, amongst roots and gravel, where, if conditions are right, beneficial organisms flourish, much like the flora in your own stomach. Regarding Naegleria fowleri, a concern in natural bodies of water like lakes and rivers, natural pools present a safer alternative due to the constant circulation through a potent natural filter. This safety is contingent on maintaining water temperatures below 27°C and managing swimmer load to avoid overcrowding. The likelihood of encountering harmful pathogens such as fecal coliforms in a privately maintained pool is exceedingly low. Even if temperatures were to exceed 27°C, the risk of contracting Naegleria fowleri remains minimal, statistically about 1 in 142 million. To put it into perspective, even if you swam in water with detectable levels of Naegleria fowleri twice daily for 50 years, your chance of infection would only be about 1 in 4000. If you feel comfortable swimming in a mountain stream or pond, then swimming in a natural pool should be no less appealing, especially since the odds of infection are even lower. In tropical climates, where conditions are exceptionally warm, integrating UV sterilizers and periodic treatments with Hydrogen Peroxide can further mitigate risks, ensuring your natural pool remains a safe and enjoyable swimming environment.

Yes indeed! Same as a normal chlorine pool.

Just do what you want and don’t tell others how to live their lives

@@Discodoosyour hypocrisy is amazing😂

I totally get your concern. Even though it might seem like a little sunscreen wouldn't hurt, it can actually add up and impact the ecosystem in natural swimming pools. Sunscreens with chemicals like oxybenzone and octinoxate can mess with fish and other wildlife, causing issues over time. Natural pools work by using plants and good bacteria to keep the water clean, so adding those chemicals can throw things off balance. The best bet is to go for eco-friendly, biodegradable sunscreens. Also, try to rinse off any excess sunscreen before you jump in. Keeping the pool well-maintained with good filtration helps a lot too. By taking these steps, you can enjoy your swim without worrying about harming the ecosystem. If you’re curious, there are some great studies out there, like those in Environmental Health Perspectives and Environmental Science & Technology.

Natural pools do not have mosquitoes for a number of reasons. Mosquito larvae need still stagnant water in order to breed. Stagnant water has very low dissolved oxygen and natural pools have good levels of dissolved oxygen from plants, movement and life. You see, constant movement and circulation of the water prevent the larvae from surviving. Natural pools also have predators that feed on mosquito larvae. Among them are the Notonectidae, popularly known as backswimmers, and the aquatic beetles (Ditiscidae). Larvae of dragonflies and damselflies also hunt mosquito larvae.

oh but it is smarty pants. It is just shot from the other side looking the other way. Email me and I will gladly provide evidence ([email protected]). Please don't accuse me of being a fraud. Not appreciated.

Get Hognose or King snakes to eat the other snakes 😂

Probably the multi millionaires of humanity 😅. It's very beautiful though.

You can also get them smaller!

yes, we have made 2m x 2m natural swimming pools!

Glad it was helpful!

Natural pools do not have mosquitoes for a number of reasons. Mosquito larvae need still stagnant water in order to breed. Stagnant water has very low dissolved oxygen and natural pools have good levels of dissolved oxygen from plants, movement and life. You see, constant movement and circulation of the water prevent the larvae from surviving. Natural pools also have predators that feed on mosquito larvae. Among them are the Notonectidae, popularly known as backswimmers, and the aquatic beetles (Ditiscidae). Larvae of dragonflies and damselflies also hunt mosquito larvae.

circulation for to clean the water is an important part of such structure's filtration.

It has as much mechanical filtration as you want to include or not include. Skimmers, filters, circulation - these all functions the same as a conventional pool. Mechanical means like a sieve to remove leaves, dust etc.

Natural pools do not have mosquitoes for a number of reasons. Mosquito larvae need still stagnant water in order to breed. Stagnant water has very low dissolved oxygen and natural pools have good levels of dissolved oxygen from plants, movement and life. You see, constant movement and circulation of the water prevent the larvae from surviving. Natural pools also have predators that feed on mosquito larvae. Among them are the Notonectidae, popularly known as backswimmers, and the aquatic beetles (Ditiscidae). Larvae of dragonflies and damselflies also hunt mosquito larvae.