The general rule is that such a tree needs to be at least as many feet away from your septic drain field as it is tall. So a specimen 50 feet tall at maturity should stand at least 50 feet away.
- Kahn, Allen, Jones (book cited at Septic Systems Home-References) point out that certain of these trees such as bamboo, weeping willows, eucalyptus, cypress, Monterey pine, pepper, and walnut have particularly aggressive and deep roots. Keep such trees at least 100 feet from the nearest septic field component.
Will pine tree roots damage septic tanks?
Trees. Trees and shrubs have roots that can wreak havoc on the perforated pipes in the drain field that can lead to thousands of dollars in repairs. Only a few trees are considered safe for septic systems, and they are deep-rooted trees like cherry, crabapple, dogwood, oak, olive, palm trees and pine trees.
What kind of trees can you plant near a septic tank?
Here are some example of trees and shrubs with shallow root systems that are safe to plant near your septic system:
- Japanese Maple Trees.
- Holly Shrubs.
- Dogwood Trees.
- Cherry Trees.
- Boxwood Shrubs.
- Eastern Redbud Trees.
- Azalea Shrubs.
What is the minimum safe distance from the septic tank?
At least 15m from the nearest water supply. This is a minimum and should be more if the ground is rocky and fissures could take the outflow further. It should be at least 3m from the nearest building. Avoid areas where rainwater would stand or flow over the tank or vehicles could drive over it.
What can you not plant near a septic tank?
You definitely shouldn’t plant large shrubbery or trees anywhere near your septic tank. Any trees planted in your yard should be at least as far away from the septic tank as the tree is tall. For example, a 20-foot-tall tree should be planted at least 20 feet away from the septic tank.
How far should trees be from drain field?
The general rule is that such a tree needs to be at least as many feet away from your septic drain field as it is tall. So a specimen 50 feet tall at maturity should stand at least 50 feet away.
How do I protect my septic tank from tree roots?
Copper Sulfate Copper sulfate is effective at killing roots growing in drain fields and septic tanks. Not only does copper sulfate kill already existing roots, but it also discourages the growth of new roots and keeps growing roots out of septic systems.
What can I plant on top of septic system?
Herbaceous plants, such as annuals, perennials, bulbs and ornamental grasses are generally the best choices for use on a septic drain field. Ornamental grasses also offer the advantages of having a fibrous root system that holds soil in place, and providing year-round cover.
Can you put a deck over a septic tank?
You should never build a deck over a septic field; doing so will prevent the natural draining and dissipation of the effluent. This can ruin the septic system, not to mention releasing foul smells into the air all around your deck. The dissipating effluent can also rot the deck from underneath.
Can you plant a tree over a sewer line?
Select a Safe Planting Distance Keep all trees and shrubs at least 10 feet away from your sewer lateral. This goes for even the smallest, slowest growing species. Trees with spreading roots and species that require large amounts of water should be planted at least 20 feet from any underground pipe or utility line.
How far down is a leach field?
A typical drainfield trench is 18 to 30 inches in depth, with a maximum soil cover over the disposal field of 36 inches.
How close can leach field be to house?
Common guidelines require at least 50′ clearance distance between a well and a septic system tank or 150′ between a well and a septic drainfield or leaching bed but you will see that different authorities may recommend different distances. Local soil and rock conditions can make these “rules of thumb” unreliable.
Can septic leak into well?
Septic systems can impact local drinking water wells or surface water bodies. The extent of this impact depends on how well your septic system is maintained and if it is used properly. Household wastewater is treated by a septic system before it filters into the soil.
Can you grow grass over septic tank?
Grass Benefits Grass planted over a septic drain field prevents soil erosion and improves the exchange of oxygen and the removal of soil moisture. Turfgrass is ideal for planting over a septic drain field because its roots aren’t likely to clog or damage the drain lines.
Can you grow a garden over a septic field?
Planting over a septic leach field (drain field) is possible if it is done with care. If you have limited space on your property where you can garden, the leach field may be the only spot for landscaping. Vegetable gardening over a leach field is not recommended.
Can I put a fire pit over my septic field?
Can You Have A Fire Pit Over A Septic Tank. When you are building a DIY fire pit, you should never place it over a septic tank. Moreover, it would be best if you didn’t put it in the leach field for safety reasons related to underground pipes and methane gas.
Landscaping Your Septic System – Septic Maxx
Your septic system is a complicated underground network of sturdy boxes and pipes that manages the wastewater generated by your residence. When you flush your toilets, shower, or wash your dishes in the kitchen sink, the water travels a long distance before being organically cleansed by the bacteria that resides in your septic tank. Initially, the water is sent to the septic tank, where it is purified by a lengthy process in which microorganisms naturally breakdown the waste materials contained in the water.
When the clean effluent reaches the leach field or drain field, it is considered to be a success.
Flowing effluent (clarified water) into this area allows for the last treatment process to be completed.
It’s not difficult to understand why it’s critical to avoid planting giant trees in close proximity to the pipe system, since the roots might cause major harm to the sensitive system.
Safe Plants for Your Septic System
The region around your septic system is really fairly conducive to plant growth; the challenge is figuring out which plants to put in place in that location. Above-ground plant life benefits from the additional moisture and nutrients provided by underground septic systems. Make careful to choose plants with shallow roots that will not interfere with the septic system as they develop. The presence of roots is a septic system’s greatest nightmare.
Flowering Plants
Perennials such as wildflowers and tiny decorative grasses are excellent choices for landscaping around sewage tanks. Perennials are flowers that live for more than two years and are classified as such. It is also used to distinguish between perennial flowers and non-woody plants and trees and shrubs, which are technically perennials as well because they may survive for a long period of time without dying. The natural world has many different types of herbs, fruits, and vegetables that are perennial, yet there is still dispute about whether it is safe or sensible to cultivate food plants over a septic drain field.
Trees
In order to properly plant trees and bushes around your drain field, think about what the tree will look like when it is fully matured and then add 20 feet to that height. This is the distance at which it should be kept away from the drain field. Branches and bushes have roots that can cause havoc on the perforated pipes in the drain field, resulting in thousands of dollars in damage and subsequent repair costs. It is believed that just a few trees are safe for septic systems, and these include deep-rooted plants such as cherry, crabapple and dogwood trees as well as oak, olive, palm and pine tree species.
Even if you have a variety of plants growing around your septic system, you’ll need to make regular inspections to ensure that everything is working well.
Try Septic Maxx, a monthly supplement that improves the function of the beneficial bacteria in your tank, to get the most out of your system. Click here to learn more about a free trial offer.
Will pine tree roots damage septic tanks?
While builders and arborists usually feel that it is not safe to plant too near to an aseptic system, there are some species that are unquestionably incompatible. Weeping willows, Monterey pines, and walnut trees are examples of species that are unlikely to pose a problem if they are placed at least 100 feet away from the system. For every 300 gallons of water that the septic tank can store, flush 2 pounds of granular copper sulfate down the toilet as a preventative measure. When tree roots take water from the tank, copper sulfate kills them and dissolves their roots.
Additionally, how far away should trees be from the septic system?
As a result, a mature specimen 50 feet tall should be at least 50 feet distant from the viewer.
Planting trees and shrubs with shallow root systems near your septic system is quite safe.
- Japanese Maple Trees, Holly Shrubs, Dogwood Trees, Cherry Trees, Boxwood Shrubs, Eastern Redbud Trees, Azalea Shrubs, and other ornamental plants
How far away from a septic tank should you place a weeping willow tree? The majority of tree experts (and I am not a tree specialist) believe that trees with water-seeking roots, such as poplar, maple, willow, and elm, should be placed at least 50 feet away from septic mounds and septic tanks.
What Trees Are Safe to Plant Near a Septic Tank?
Davey utilizes cookies to make your experience as pleasant as possible by giving us with analytics that allow us to provide you with the most relevant information possible. By continuing to use this site, you acknowledge and agree to our use of third-party cookies. For additional information, please see ourPrivacy Policy. Subscribe to “The Sapling” on the Davey Blog for the most up-to-date information on how to keep your outside area in peak condition throughout the year. Septic systems, which have thick pipes that go deep throughout the yard, raise a lot of problems regarding what you may plant and where you can put it.
Landscaping Ideas Around Septic Tanks: What to Plant Over a Septic Tank
Regardless of what you’ve heard, it’s not impossible that this will happen! It is true that the correct type of plant or tree may assist the system in keeping water flowing smoothly and preventing erosion. Plants that function best have soft, green stems and are well-adapted to the amount of rain that falls in your location.
In other words, we’re talking about annual plants versus perennial plants against wildflowers versus bulbs versus grass. Trees may also be used, as long as you select one with shallow roots and place it a long distance away from the tank.
Can I plant oak trees, Japanese maples or fruit trees near a septic tank?
It is possible, but it is really difficult! The roots of trees are wired to follow the flow of water. As a result, if you plant trees or bushes too close to your irrigation system, they may pry into the pipes and block them, causing harm to the system and the water flow in your home. When it comes to landscaping near the tank, the plants we described above are typically a better choice. In fact, you may cover the system with flowers like those (or even grass) to disguise the system’s presence.
Thus, white oaks and crabapples are both good choices for landscaping.
Maple trees are infamous for blocking drains and sewer lines.
Biological or viral contamination of any plants grown in close proximity to your sewage tank may be a concern.
What trees are safe to plant near a septic system?
Getting back to the original reader who sparked this discussion: because of their shallow roots, skyrocket junipers may be planted in a variety of locations. However, there is a caveat to this, as well as to all of the other options listed below. If possible, place the tree as far away from the system as the tree will be when it is completely matured. Consequently, while skyrocket junipers normally grow to be 20 feet tall, it is recommended that they be planted at least 20 feet away from the system.
- In zones 3-8, hemlock grows to be a beautiful evergreen that may reach heights of up to 80 feet. (Zones 3-8): An evergreen with wonderfully colored needles that may grow to be 80 feet tall
- It can be found in zones 3-8. Boxwood shrub (zones 4-9): An evergreen that is commonly used for hedges and grows to be around 10 feet tall
- It is a good choice for small gardens. Dogwood (hardiness zones 5-8): A spring-flowering tree that normally develops to be around 30 feet tall
- It blooms in the spring. Stunning blooming trees that grow between 30 and 50 feet tall in zones 5-8, ornamental cherries are a must-have for any garden. An added bonus is that there are several kinds and cultivars to pick from. In zones 5-9. American holly (Acer rubrum): An evergreen with vivid flashes of berries that often grows to reach around 50 feet tall
- It is a multi-stemmed palm that develops to be around 6 feet tall in zones 5b-11. The lady palm (zones 8-11) is a distinctive palm that may be grown to seem like a shrub and can grow to be around 10 feet tall. The pygmy date palm (zones 9-11) is a pint-sized palm that grows to approximately 12 feet tall and is extremely easy to grow.
Want a local arborist to plant your tree to keep your septic system safe? Start here.
A septic system is made up of three parts: a main exit, a holding tank, and a drainage area, often known as a leach bed or leach field. The tank takes sewage from the building’s plumbing system, where it accumulates over a period of time until it is full enough to be discharged through an outlet onto the drainage field below. While the tank itself is typically resilient to tree root damage, the roots of some kinds of trees can represent a major danger to the proper functioning of the leach field, particularly in areas where the tank is located.
Tree Blacklist
However, while contractors and arborists generally feel that it is unsafe to plant any tree too close to a septic system, several species have been identified as being particularly undesirable. Among the most hazardous trees to septic tanks and sewer systems are elms (Ulmus sp.), gum trees (Eucalyptus sp.), cypress trees (Cupressus), maple trees, particularly silver maple (Acer saccharinium), birches (Betula sp.), walnut trees (Juglans), poplars (Populus sp.), and willows (Salix sp. Apart from seeking for the nearest and most abundant supply of water, the roots of these trees are also drawn to the vast stores of nutrients present in the soil around a septic system, as well as the oxygen found in the drainage lines.
Planting species such as weeping willows, Monterey pines, and walnut trees at least 100 feet away from the system may prevent them from becoming a problem.
Tree Root Facts
The root system of any tree is responsible for the majority of the tree’s water and nutrient absorption from the soil. Not all tree roots develop in the same manner, and the manner in which they do so is influenced by a variety of variables, including the kind of tree, the environment in which it grows, the quantity of yearly rainfall received, and the availability of water. In order to find the most plentiful supply of water, tree roots naturally seek for the nearest and most abundant source of water.
Septic System Facts
Modern septic systems are likely to have little more than 2 feet of soil cover, which makes trees with extremely deep taproot systems, such as oaks (Quercus sp. ), less of a hazard because their main roots naturally travel in a fairly vertical direction straight down into the soil. One element that leads to the invasion of tree roots into drainage systems is the presence of numerous holes in the pipes used to build leach fields, which allow any form of root to gain access with relative ease. It doesn’t take long for the strain from spreading roots to build up to the point when the pipes shatter and split open, which is usually constructed of PVC plastic.
Finally, as the obstruction increases, sewage begins to back up into the tank, and eventually the tank itself ceases to drain at all.
Safe Tree List
Generally speaking, the larger the tree, the more complicated its root system will be, and the reverse is true as well. Certain smaller types of trees, such as the Japanese maple (Acer palmatum) and the Amur maple (Acer ginnala), may not represent a significant hazard to a septic system. These are two of numerous trees that grow to no more than 25 feet in height, and they include the Japanese maple and the Amur maple. The University of Tennessee Extension also offers flowering dogwood (Cornus florida) as an excellent alternative, as well as smoke tree (Cotinus spp.) and Eastern redbud (Cercis canadensis), which are both low-growing species with limited root systems, according to the university.
It is normal for the roots of any type of plant to seek out and take advantage of the rich environment provided by the system when certain unanticipated situations exist.
What Trees Can be Safely Planted Near a Septic Tank?
Your septic tank is connected to your home by heavy pipes that run over and through your property. Because of the requirement of these pipelines, you may be wondering what you may safely grow in the vicinity of this location. It’s unfortunate, but there are some tree types that can cause major harm to a drain field or a septic tank, so you must exercise caution while working around them.
However, if you follow the advice and information provided here, you may be certain that you have identified a few viable possibilities.
What to Plant Near or Over Your Septic Tank?
Please disregard any of the information you have received to this far. By selecting the appropriate species of tree or plant, you may actually aid in the efficient operation of your septic system as well as reducing the risk of erosion occurring on your property. It is likely that the plants that would thrive in this environment will have softer, greener stems and will have been adapted to the quantity of rain that is normally seen in your location. Trees, believe it or not, may also be useful in some situations.
Fruit Trees, Japanese Maples and Oak Trees
While it is feasible to grow the three trees mentioned above near your sewage tank, doing so can be difficult. Because tree roots are naturally drawn to water sources, it makes sense that they would do so. It follows as a result that if you choose to plant your trees or shrubs in close proximity to your septic system, it is quite possible that they will make their way into the pipes and create difficulties. This will have a negative impact on the water flow in your home as well as the complete septic system.
Crabapples and white oaks are two examples of such trees.
Other varieties of fruit trees are also unlikely to be a good match for this particular variety.
Consider the implications of this.
Safe Trees for Septic Tank Areas
A list of trees that can be planted in and around the septic tank area can be found further down this page. Although it is recommended that you keep them as far away from your system as possible, it is still a good idea. Some plants to consider for these kind of environments are as follows:
- The boxwood shrub, Hemlock, White oak, White pine, Pygmy date palm, American holly, Ornamental cherry, Lady palm, and Dogwood are some of the plants that grow in the United States.
Getting in touch with professionals is the best course of action if you have any more inquiries concerning trees or your sewer system. They may assist you in determining which trees are suitable for specific locations and which trees should be avoided due to the possible damage they may bring after they have reached maturity. Also, bear in mind the material presented below, which gives a useful summary of this essential subject matter.
Best native conifer 15 feet from end of septic?
I’d want to plant a single-leader conifer that’s native to the area 15 feet from the end of my drain field. The drain field is barely ten years old, and it has excellent drainage due to the presence of crystalline bedrock. Even though root incursion is still a concern for me, the drainage on this field is superb, and the field’s southern end is usually bone dry (in the good way, not broken). I’m not concerned about a small to medium-sized conifer that’s approximately 15 feet away. However, there is a rock wall and a little place just beyond it where I’d want to plant a vertically rising single leader native conifer to complement the existing landscape.
As a result, I’m investigating Canaan Fir as a possible replacement because they grow slowly and appear to be the smallest of the natural forest evergreens.
Without the need for any septic field lectures (I’ve already completed my homework), any recommendations you could provide would be highly welcomed.
The location is in full sun with some shade, in zone 6B, and it is a somewhat dry region, therefore I will not be amending the soil there. The acidic and rocky soil of northern New Jersey’s oak-maple forest is typical of the region.
6 Things to Know About Landscaping Around Your Septic Tank
You’re undoubtedly already aware that dumping some items into your sewage system, such as paint or grease, can cause harm to your septic tank. However, you may not be aware that certain gardening methods can actually cause harm to your septic system. In order to avoid unwittingly causing difficulties or damage to your septic tank, here are six things you should know regarding landscaping around your septic tank. 1. The location of the access point. It is OK to use landscaping to conceal the entry port to your septic tank; however, you must not totally conceal it.
- One option to conceal your access port without totally concealing it is to use a landscaping element such as a birdbath or any other fixed lawn decoration to mark out its position on the property.
- Characteristics of Vegetation that is Safe It is possible for some species of vegetation to grow above and around a septic tank without the risk of septic tank damage rising.
- You should also limit the vegetation that grows above your tank to plants that do not require a lot of water.
- In order to grow anything other than grass over your sewage tank, use perennials that are drought-resistant to the elements.
- Characteristics of Trees that Have the Potential to Be Destructive Large bushes or trees should not be planted anywhere near your septic tank under any circumstances.
- In the case of a 20-foot-tall tree, it is recommended that it be placed at least 20 feet away from the septic tank.
- Trees with actively growing roots can cause damage to septic tanks and pipelines, even if they are located a long distance away.
4.
Grazing animals consume the protective vegetation that covers your drain field, exposing the components of your septic system to the elements.
There are a lot of methods you may use to keep livestock from grazing on your septic tank.
You may also apply animal repellents around your drain field, which deter animals by emitting unpleasant sounds or odors that they find uncomfortable.
Preventing vehicular and pedestrian traffic.
Your landscaping should be planned and your yard should be put out in such a way that cars do not drive over the area where your septic tank is positioned.
Foot traffic, in addition to car traffic, can cause damage to a septic tank.
As an alternative, if possible, direct foot traffic away from the area.
The Positioning of Architectural Elements You could choose to include architectural elements into your landscaping, such as retaining walls, stone paths, or fire pits.
If you plan to incorporate architectural elements into your landscaping, be certain that these elements are located far away from your septic tank. Get in contact with Walters Environmental Services if you want to learn more about maintaining your septic tank in excellent working order.
Of Trees and Septics
Receive Excavating articles, news, and videos delivered directly to your email! Now is the time to sign up. Excavating+ Receive Notifications In the August edition of Onsite Installer, an editor’s editorial asked for practitioners’ opinions on the prudence of leaving trees near onsite systems. The response was overwhelmingly positive. In the beginning, there were two fundamental questions: Do trees in close proximity to the system cause root infiltration and blockages? And do tree-cutting excavations ultimately weaken and destroy the trees they are excavating?
20 feet clear?
Since 1981, I have been associated with septic systems in various capacities, including designer and regulator. Tree roots plugging leaching regions have been a frequent occurrence in my professional life throughout this period. The worst case occurred when the landowners failed to chop down the undergrowth that covered the whole system for around 13 years. A dense understory of woody brush species had taken root, as had a large number of smaller trees. In addition, numerous huge pine trees were located around 15 to 25 feet to the side of the trenches’ excavation.
- Unfortunately, because of a regulation change that occurred during the 13-year period, the owners were required to pay for the re-engineering of the system.
- Even when I tell them about this tale, most individuals are adamant about not cutting down giant trees on their property.
- The distribution box is frequently targeted by intruders.
- During system replacements at existing residences, it is common practice to construct tree wells in order to accept greater grades without destroying an already-existing tree.
- Knuth, R.S, is the Director of Public Health in the city of Leominster, Massachusetts.
Tree was fine
Since becoming a regulator, I’ve received minimal input from installers or homeowners regarding problems with trees and soil absorption systems in Nebraska, but I do have some experience with sewer work at my house in Lincoln, which I’ve been doing for the past eight years. It is between us and our next-door neighbor that the sewage line for our block goes. Two years ago, the roots of a very large silver maple tree on our land engulfed my neighbor’s clay tile sewer, causing it to collapse. It’s unfortunate that the sewermain runs approximately 10 feet on our side of the property boundary and is around 15 feet deep where the neighbor’s sewer line meets.
It has been a little over two years since the blooming crab was released, and it appears to be doing well.
Always saved trees
I’ve been building septic systems since the beginning of 1987, and I’ve always tried to conserve trees wherever possible. Unless you need to create a sand bed around the leaching region, I don’t see any reason why you shouldn’t leave as many trees as possible on the property. The use of schedule 35 pipework has never been shown to have a negative effect on the pipe. If you’re using concrete or plastic galleries, I haven’t found any evidence that roots have a negative impact on them, either. I’ve cut the tree’s roots all the way up to the trunk and installed the gallery, and both the system and the tree have worked flawlessly for many years – and are still working flawlessly as of this writing.
They tell us that filling around the trunks of trees would cause them to die, yet I’ve seen trees flourish for years after fill has been placed around their trunks.
I hope my remarks are of assistance.
Roots intrude
I was very interested in your post on the importance of protecting trees near sewage systems. My curiosity in the worry for the health of the trees was piqued by the fact that, in more than 45 years of working around septic systems, I had never encountered any difficulties with trees near leachfields. On the contrary, the most of the issues I’ve encountered have been with septic systems as a result of root infiltration. However, while issues can arise with any septic system, and even with improperly linked pipes in municipal sewage lines (of which I have dug up a few), the problem tends to be more severe with septic systems for vacation houses.
My opinion is that your trees will be alright, but it is your septic system that will require close attention.
www.RuralHomeTech.com Conway, New Hampshire
It’s very simple.
I was just reading your post about trees and on-site systems when I came across it. Currently, I work as an installer in Pennsylvania, where I have been doing so for 28 years. There are no complicated equations here: tree root systems are drawn to water, and what do drainfields contain? Is there anything else I can say? I hope everything works out for the best! Upper Darby, Pennsylvania – Ronald DiGregorioDelaware Valley Septics
Safe Plants to Grow Over Septic Tanks & Drain Fields
When some trees and bushes are planted near septic tanks and drain fields, their vigorous roots can cause harm to the tanks and drain fields.
Find out which plants are the most dangerous to cultivate near a septic system and which ones are the safest.
Plants Safe to Grow Over Septic Tanks and Drain Fields
Keep in mind that you should not become so concerned about the possibility of root damage to septic systems that you avoid planting in these places completely. It is not only permissible, but really desirable, to cultivate the appropriate kind of plants in this location. Plants will help to prevent erosion and will also help to absorb some of the surplus rainwater from the drainage system. Growing tall fescue grass, Kentucky bluegrass, or other lawn grass over that section of earth should be the bare minimum solution to the problem.
Plants such as creeping Charlie, stonecrop, and jewelweed will proliferate and cover a septic area effectively.
Because of their thin root systems, they are less prone to infiltrate and destroy the subsurface infrastructure.
It goes without saying that there are several instances of such plants, so you will want to limit down your options.
- Keep in mind that you should not become so concerned about the possibility of root damage to septic systems that you avoid planting in these places entirely. Here, it is not only permitted, but also preferable, to cultivate the appropriate types of plants. Aerial plants will help to avoid erosion and will absorb part of the surplus water from the drain field. At the absolute least, cover that section of land with tall fescue grass, Kentucky bluegrass, or another type of lawn grass. The presence of even weeds would be preferable to the absence of any vegetation on the site. A septic area will be attractively covered by creeping Charlie, stonecrop, and jewelweed plants, which will proliferate quickly. Septic tank and drain field landscaping should consist primarily of perennials and grasses (which may include decorative grasses) to provide the greatest results. There are less chances that their shallow root systems may infiltrate and destroy the subsurface system. Small, non-woody ground coverings are an excellent alternative for the same reason. It goes without saying that there are several instances of such plants, so you will want to limit down your selection. Consider the following growth conditions as a good place to start.
It is not safe to consume food crops that have been planted in the ground near a drain field since doing so may result in the consumption of hazardous microorganisms. It is preferable to plant shallow-rooted trees and bushes around septic tank drain fields if you must plant trees and plants. The Spruce is an example of a shallow-rooted tree or shrub. K. Dave’s / K. Dave
The Worst Plants to Grow Over Septic Systems
Planting huge, fast-growing trees is often discouraged. However, some of the greatest offenders are trees and shrubs with root systems that are aggressively seeking out sources of water, which makes them particularly difficult to control. They are not picky about the water source from which they draw their water, which means the pipes in your septic tank drain field are completely fair game. Weeping willow trees are a well-known example of this. There are several trees and bushes to avoid, however the following are only a few examples: If you have avoided planting any of the most dangerous plants right over your septic tank drain field, you should still be concerned about the consequences.
- Any huge, mature trees that may be growing in close proximity to your septic system continue to pose a threat.
- As a result, a mature specimen 50 feet tall should be at least 50 feet distant from the viewer.
- The Spruce Tree K.
- Dave
The Basics of How Septic Systems Work
Septic systems are used to treat wastewater in rural regions that do not have access to sewer systems. An underground, waterproof container, the septic tank is where wastewater from your toilets, showers, sinks, and clothes washer is stored after it has been removed from your home via a pipe. Solids (sludge) and scum are separated from liquids in a septic tank, which is intended to do this. Solids sink to the bottom of the container. The slime rises to the top of the heap. The liquids create an intermediate layer between the scum and the sludge, separating them from the other two layers.
- The introduction of more wastewater from the residence serves as a stimulus for their expulsion.
- Upon discharge, liquids are channeled into a much bigger portion of the septic system known as the “drain field,” “leach field,” or “leach pit.” Typically, a drain field is composed of a number of perforated PVC pipes that are installed in subterranean trenches.
- Drain field cloth can be used to protect dirt from getting into the holes.
- “Percolation” is the term used to describe how wastewater moves through the earth.
- The evaporation of excess moisture from the soil will take care of any excess moisture unless you (inadvertently) do something to hinder it.
A septic service must be hired at some time (usually after three years) to pump away the sludge and scum that has accumulated in the septic tank. The Spruce / written by K. Dave
Planning a Septic Field Garden
When it comes to planting near septic tanks, the drain field pipes are the most important thing to consider. If roots penetrate the perforations and clog the system, it is best to remove them immediately. All of the components of this meticulously calibrated system must be in good working order, or else the consequence is a complete disaster (and a costly one). While annual flowers such as impatiens are shallow-rooted enough to be used as septic-field plants, the fact that they must be replanted every year makes them less than ideal for this purpose.
If you are digging in a drain field, you should always wear gloves to protect your hands.
All of the following are terrible ideas because they may interfere with the regular evaporation process, which is responsible for removing excess moisture from the environment:
- Increasing the amount of soil in the region Using excessive amounts of mulch
- Providing more water to the plants than is strictly necessary
How Close to Plant Trees Near Sewer Lines? Ramsey MN
It is possible that planting trees or shrubs in an area with subterranean sewer lines or septic system components would result in costly repair fees. The large root systems of many Minnesota tree types can clog sewer lines and septic drain fields, causing them to get clogged. When planting over or near septic tanks, septic mounds, or drainfields, it is advisable to conduct some study and make informed decisions. Consult with an arborist in the Ramsey MN area for recommendations on which sorts of trees are most appropriate for a yard with an Onsite Septic System.
is capable of repairing any damage that has previously happened.
Damage Caused By Tree Roots
a long period of time Damage Caused by Tree Roots has been a problem for septic repair businesses like CSI Custom Septic, Inc. for quite some time. They may wreak havoc on your home’s plumbing if they are allowed to grow into theSewer Pipe or Septic Tank and are not dealt with immediately. Septic Drainfield Failure can be a costly outcome of poor planning when it comes to growing trees, bushes, and other vegetation on a residential property.
- The following problems may occur: clogged sewer pipes, cracked sewer lines, cracks in septic tanks, drainfield failure, Septic Mound damage, and sewage puddles in the yard. Plumbing fixtures that are slow to drain
- Contaminated soil as a result of leaks in pipes or a septic tank
- Pipes that have been broken by the roots of fallen trees
- Fruit trees that have produced contaminated apples or other fruit
Choosing Trees For Yard With Septic System
Every tree kind has its own set of advantages and disadvantages. Trees that cause damage to your home’s sewer system should be relocated to a location where they will be significantly less likely to cause costly damage in the future. It is possible to grow a wide variety of trees at a distance of around 30 feet from the Drainfield. Some varieties have more invasive root systems that necessitate a spacing of around 100 feet between them in order to avoid sewage problems.
Never Plant These Trees Close to Septic System
- Among the trees are: apple, ash, birch, cottonwood, Cypress, and elm
- Among the fruit trees are: red maple, silver maple, sycamore
- Pine
- Poplars
- Walnut
- Willow.
Licensed Septic Repair Contractors
If you notice plumbing problems or other signs of Septic System Problems, contact the experts at CSI Custom Septic, Inc. for assistance. As Licensed Septic Repair Contractors, we have dealt with a wide range of issues involving Tree Root Intrusion into sewer lines, septic tanks, septic mounds, and drain fields. When it comes to planting trees near a septic system, a Septic Inspection with a diagram of all underground septic components can assist you in making the best decision. CSI Custom Septic Inc.
is a Minnesota-based company that is licensed, bonded, and fully insured. In addition to serving the Twin Cities metro area, which includes Anoka, Ramsey, and Elk River MN, we also serve Northern Minnesota. For a Free Estimate, call (763) 218-4769 or send an email to CSI Custom Septic, Inc.
6 Ways to Prevent Septic System Damage From Trees
Anyone who owns a septic system should be aware of the potential damage that tree roots can create. Underground roots have the potential to cause damage to both septic tanks and sewage systems. You must take care to keep your septic system safe from damage caused by trees in and around your yard. Continue reading to learn about six techniques for reducing septic system problems caused by tree roots.
1. Tree Location
It is critical to space your trees in your yard far enough away from your septic tank, pipes, and drain field to avoid clogging them. You may, however, already have trees in high-risk regions that need to be removed. If you already have trees planted too close together, you should have them removed before their roots cause problems. To avoid this, you should be aware of the general rule that a tree should be planted as far away from a septic tank as the tree would eventually grow to be when it reaches full maturity.
2. Tree Type
Others tree species have more aggressive roots than others, and some have less aggressive roots than others. Other factors to consider include if certain trees have roots that grow more deeply than others. Dogwood, cherry, Japanese maple, and white pine trees are examples of trees that have less aggressive and shallow roots than other types of trees. Unless you absolutely must have certain trees in your landscape that are in close proximity to your septic system, these are the trees to consider for safety reasons.
3. Copper Sulfate
Copper sulfate is an efficient root killer for drain fields and septic tanks because it inhibits the growth of roots. Besides killing already-established roots, copper sulfate also inhibits the formation of new roots, preventing them from entering septic systems. Each year, you may save money by using copper sulfate by flushing it down your toilets twice a year. Because copper sulfate can cause corrosion on metal pipes if it is flushed down the toilet, it is recommended that you flush copper sulfate down the toilet rather than down the drain.
4. Video Inspections
The use of video inspections to check your pipes and septic tank on a regular basis is an excellent technique to prevent tree root damage. An examination using a video camera is performed when a small camera is linked to a snake that is dispatched down your pipes to look for obstacles. Video inspections can alert you to the presence of a developing tree root problem before the problem gets serious and causes significant harm. The issue of tree roots growing in your pipes may be resolved quickly and easily with a pipe cleaner or a chemical root deterrent, as shown by a video inspection of the problem.
5. Installation of Root Barriers
Root barriers, which are physical barriers that prevent roots from reaching septic equipment, can be erected. Physical root barriers must, of course, be placed in place before roots can reach a drain field; nevertheless, they will not be able to solve a problem caused by tree roots that have already grown into the septic system’s area. In the event that you have recently had trees removed due to septic system issues, you have an excellent chance to build a root barrier to ensure that you do not have to deal with the same problem in the future.
Septic equipment may be protected by installing physical barriers, which are quite easy to build and are extremely effective at doing so.
6. Preparation of the Soil
In order to encourage tree roots to grow away from your septic system rather than towards it, you may treat your soil in a specific way. Tree roots are coaxed away from septic equipment by soil preparation, which is an efficient method of safeguarding septic systems. Loosening the soil and opening up growth regions underneath your trees in the direction of the flow of water away from septic equipment are typical soil preparation procedures. The path of least resistance is more likely to be chosen by roots.
We at The Nibbler Company can provide you with further information on how to keep your septic system in the best possible condition.
Can I plant trees near my septic tank?
Asked in the following category: General The most recent update was made on January 23, 2020. Planting plants in front of septic systems Trees are a source of concern. Trees should not be planted on top of or even near septic tanks, sewage lines, or leach fields, for obvious reasons. As a result, a tree that will reach 30 feet in height at maturity should be kept 36 feet away from your system. Generally speaking, an atreen has to be at least as far away from your septicdrain field as it is tall in order to be effective.
Is it possible to grow arborvitae near a septic tank?
My observations indicate that it creates a dense root mass that, if not controlled, will flow into the septic field, but that it has the potential to offer a good screen if the root run is limited.
Planting trees and shrubs with shallow root systems near your septic system is quite safe.
- Japanese Maple Trees, Holly Shrubs, Dogwood Trees, Cherry Trees, Boxwood Shrubs, Eastern Redbud Trees, Azalea Shrubs, and other ornamental plants
How far away from a septic tank should you place a weeping willow tree? The majority of tree experts (and I am not a tree specialist) believe that trees with water-seeking roots, such as poplar, maple, willow, and elm, should be placed at least 50 feet away from septic mounds and septic tanks.
Septic leech field. built around existing tree (springs, plumber, pipes) – House -remodeling, decorating, construction, energy use, kitchen, bathroom, bedroom, building, rooms
Please registerto participate in our discussions with 2 million other members – it’s free and quick! Some forums can only be seen by registered members. After youcreate your account, you’ll be able to customize options and access all our 15,000 new posts/day with fewer ads.| My wife and I just closed on a house out in Peyton, CO about 6 weeks ago.Its our first time living out of town and we’re new to all this septic/well/etc situation.I have been reading about septic systems, and I’m reading that you should not put trees on or near the leech field because the roots can grow and destroy the pipes, etc.Well, our new house (it was finished 6 months ago, the septic system was finished a year ago) had the leech field dug AROUND an existing tree.I’ve included pictures of the tree and of the leech field.We didn’t know that this could be an issue until after closing, and we’re wonder what we need to do.I found pictures of the leech field being dug on the builder’s website, and it clearly shows that the tree was there when they built the leech field.I’m not sure what type of tree it is, we’re near the black forest in Peyton/Colorado Springs, and I “think” its a ponderosa pine, but I’m not sure on that (maybe someone here can tell me?).Its approximately 6′ tall and the trunk at the ground level is ~4″ in diameter.What I’m wondering is, do I need to cut down/dig up this tree?And if so, can that be done with the field in place without damaging it?Or do I leave it and let it grow?Is the leech pit “over the tree” roots and therefore not an issue, or did the builder of the leech field screw up by leaving the tree there when building the field?My septic paperwork shows that the “units” are between 18″ and 12″ deep throughout the field.Any info would be greatly appreciated!Thanks |
| Location: Johns Creek, GA15,802 posts, read58,871,837timesReputation: 19919 |
| It totally amazing what some people will do or not do in order to save a buck!At this point there’s probably been no penetration by the tree; give it another year or two and it will definitely find its way to the water. It needs to be cut down- that’s all you’d need to do. The root system will just decay, no harm to the system.If you are one to use a Christmas tree- leave till December, then cut it down. |
| Location: NW Nevada17,222 posts, read13,910,282timesReputation: 15944 |
| Yea, just cut it down. It’s a pine tree, which are not as invasive as other trees. Weeping willows, Elmsand Trees of Heaven are the worst, and root systems on these trees will stay viable after the tree is cut. Pine tree? Your fine, but certainly remove it. |
| 04-25-2013, 10:22 AM |
| Shucks.From the title, I was hoping to see where someone had made a loop at some distance from a rare or important tree to increase ground moisture and nutrients.That is Charlie Brown’s Christmas tree that the excavator couldn’t be bothered to move his backhoe and take one swipe to remove. |
| Location: NW Nevada17,222 posts, read13,910,282timesReputation: 15944 |
| Quote:Originally Posted byharry chickpeaShucks.From the title, I was hoping to see where someone had made a loop at some distance from a rare or important tree to increase ground moisture and nutrients.That is Charlie Brown’s Christmas tree that the excavator couldn’t be bothered to move his backhoe and take one swipe to remove.Haha. Yea.I was expecting to see a large,mature, tree anyway. I agree the digger just dropped the ball here. In fairness to him, however, it is likely he was thinking that removing the tree would upset the customer, which is not an unlikely thing. He should have explained the issue though. Not just assume and leave it on the leach field. At any rate, chainsaw time. Make some kindling. |
| Location: Cold Springs, NV4,572 posts, read11,170,772timesReputation: 5097 |
| My home in California was built in 1960 had the old orange clay Vitriolic sewer pipe. The big tree at the curb had roots growing into it, and I’d have to clean it about annually. I replaced it with ABS about 2003, and within 3 years the tree was dead. |
| Location: Johns Creek, GA15,802 posts, read58,871,837timesReputation: 19919 |
| Quote:Originally Posted byMrWillysMy home in California was built in 1960 had the old orange clay Vitriolic sewer pipe. The big tree at the curb had roots growing into it, and I’d have to clean it about annually. I replaced it with ABS about 2003, and within 3 years the tree was dead.Sewerline- leach field. Oh yeah, I see the similarity. |
| Location: NW Nevada17,222 posts, read13,910,282timesReputation: 15944 |
| Quote:Originally Posted byK’ledgeBldrSewerline- leach field. Oh yeah, I see the similarity.Oh, I think MrWillys had good intentions. His focus was just on root invasiveness. Lots of folks dont quite understand how septic systems work. See it a lot out here. Folks move in from the city, and do some real interesting stuff to their septic systems. Lol, got some pretty wild things I have seen. |
| Location: Cold Springs, NV4,572 posts, read11,170,772timesReputation: 5097 |
| Quote:Originally Posted byNVplumberHis focus was just on root invasiveness. Lots of folks dont quite understand how septic systems work. See it a lot out here.Isn’t the concern that the root system of the tree will grow toward, and into the leach lines ruining their effectiveness? My understanding is that tree roots will grow toward water and nutrients? |
| Location: NW Nevada17,222 posts, read13,910,282timesReputation: 15944 |
| Quote:Originally Posted byMrWillysIsn’t the concern that the root system of the tree will grow toward, and into the leach lines ruining their effectiveness? My understanding is that tree roots will grow toward water and nutrients?Absolutely! It is 3 times the concern with a leach field, because the pipe is perforated. Them roots just say yummm! Gimme that easy water with all that good stuff in it. There can be no tree growth on a leach field. The roots WILL get in. |
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Septic Systems in Pine Mountain Lake
A large number of people who purchase property in the Groveland / Pine Mountain Lake region have no prior experience with septic tanks. Using this tutorial, you will get familiar with the fundamentals of septic systems and will be able to balance the pros and disadvantages of septic systems when comparing them to sewer systems.
How the Septic System Works
A septic system is a system that treats and disposes of wastewater created in your house via the use of natural processes. A septic system is normally comprised of a septic tank and a leach field, sometimes known as a “soil absorption field.” The septic tank is responsible for the initial phase in the treatment process. As wastewater pours into the tank, the majority of the solids, greases, and oils concentrate on the surface, where bacteria consumes them and degrades them into harmless substances.
Flowing from the tank into gravel-filled trenches in the leach field, where it is disseminated via perforated pipelines and then further cleaned by microorganisms and the natural soil system, the liquid wastewater (effluent) is collected.
Additionally, in the leach field, where effluent penetrates the soil and is treated as it percolates to the groundwater, more treatment is accomplished.
As a biological and physical filter, the soil removes hazardous chemicals such as disease-causing bacteria and viruses, toxic organics, and other undesired wastewater elements that remain in the effluent after the wastewater has been treated.
Care for your Septic System
The average septic system will survive between 30 and 40 years; but, with appropriate maintenance, they may live far longer. Tree roots are one of the most dangerous enemies of the septic tank and system, thus the first guideline is to avoid planting trees near your tank or leach field. Aside from that, stay away from driving over or parking automobiles on your leach field! Leaks from toilets, on the other hand, are the largest threat to septic tanks. The design of a septic system is such that it can only take intermittent flows of water.
In twenty-four hours, a leak of twenty gallons per hour equals four hundred eighty gallons of wasted water.
Overflowing water in the system can interfere with the digestion process of the tank and cause sediments that have not been broken down to be sent to the leach field, which can cause significant damage to the sewage treatment plant.
Aside from that, there are a few things that you absolutely do not want to get into your tank.
You should use your garbage disposal as little as possible and avoid flushing oil, fats, coffee grounds, bones, or eggshells down the drain; consider installing a top-of-the-line disposal, which will grind waste into smaller particles that break down more quickly when they reach the system, but you should still avoid flushing the items listed above down the drain.
- You also don’t want any powdered detergent to get up in your tank, so only use liquid soap for dish and laundry cleaning.
- Adding yeast or commercially available “septic enzymes” to your septic system, which will supposedly aid in the decomposition of waste and/or eliminate the need to pump the tank, is one of many myths about “seeding” your septic system.
- The bacteria that are produced as a consequence of human excrement are capable of performing the necessary tasks on their own.
- The majority of the waste is consumed and digested by the microorganisms in the septic tank.
- A failure to do so will result in sludge and solid waste building up in the tank and being washed out onto the leach field.
- Every 3 to 5 years, the health department recommended that you pump out your septic tank.
- These solids have the potential to clog the soil where the wastewater is to be absorbed, and they almost certainly will.
For bigger tanks and/or for homes that are not used full time or by a large number of people, it is possible to spend up to 5-7 years without pumping the system. Pumping the tank will normally cost between $350-400, depending on the size of the tank being pumped.
Septic System Inspections
Inspecting the tank is generally affordable ($125-150), but if the tank is buried deeply (as is frequent with older homes), you may have to pay excavation expenses ranging from $100 to $300. Some septic firms in the area insist on draining out the tank in order to conduct an inspection (they make more money). Tank inspection without pumping is permitted under COWA/NAWT (septic engineer) rules in most cases, and one local septic contractor, ALL SEPTIC CO., is ready to examine without pumping provided the tank meets the requirements.
Purchase agreements in the local market are typically arranged such that purchasers bear the cost of inspection (and evacuation of dirt to access tank, if necessary).
“When you move, you take your sh percentt with you,” as we like to say around here:).
- Check to see sure the drainage from the home to the septic tank is working properly. Confirm that there is no tree root penetration or leaking in the tank by inspecting its integrity. Check to see that the septic tank is properly draining into the leach pipes (they will pump 150-160 gallons of water into the leach field to ensure that it does not back up)
In order to obtain any information on septic systems, please call Dave Wilson at All Septic Company at (209) 532-6012.
Septic vs. Sewer in Groveland and Pine Mountain Lake
If you are moving from an area where the majority of the homes are connected to a sewage system, you may be a bit scared by the prospect of installing a septic system. However, septic systems offer one huge advantage over sewer systems, and that is cost. The cost of sewage treatment at Pine Mountain Lake ranges from $105 to 110 per month. Septic systems are completely free! When properly cared for, they may endure for 30-40 years or even longer. However, if they fail, you will be saddled with a significant financial burden.
In recent years, there has been talk that the whole town of Pine Mountain Lake may eventually be converted to sewage service.
However, given the high expense of constructing such a sewage system (both to taxpayers in general and to homeowners who would be obliged to convert), it is difficult to assume that this will ever become a reality.
Currently, there is a Tuolumne County Ordinance stating that landowners located within 300 feet of an existing public wastewater disposal system may be forced to extend the disposal line and connect to the service if it is economically possible (100 feet for properties that slope downhill from the sewer connect area).
As a result, if you live in a sewered region and attempt to perform any work on your septic system or property that needs a permit, they may ask you to connect to the sewer system at that time.
You must refrain from constructing structures within 5 feet of the tank and 8 feet of the leach field.
As an added bonus, the plot plan you submit for building additions or new construction must include an expansion area, which means space for a brand-new, uncontaminated leach field if the first one becomes saturated after extensive use – meaning more land area that cannot be developed and more land area that must be determined to be suitable for a leach field.
Consider the following examples: If your property contains a “DPA” (drainage protection area), you will need to plan your septic system around it; and if your neighbor happens to have a cut bank that is near your property boundary, this may have an impact on leach line and “expansion area” location options.
As your real estate broker, I will introduce you to a selection of experienced septic professionals who will be able to handle all of the concerns highlighted in this overview as they pertain to the property that you are contemplating acquiring.
The purpose of this page is to offer a subjective overview of septic system care and considerations; nevertheless, the author suggests that you solely depend on the advice of a COWA/NAWT certified septic contractor for the care and maintenance of your septic system, rather than reading this text.
