Los Angeles tree root intrusion is a problem. In 1977, more than 30 years ago, the United States Environmental Protection Agency stated that “Root intrusion is the single most destructive element facing sewer authorities today.”

To fully understand the problem of root intrusion into sewers you need to know why and how roots enter sewer pipes to begin with. Roots grow one cell at a time by splitting and growing. This is called hydrotropism. Hairs form on the roots as they grow and absorb moisture and nutrients. As these roots grow the stem is then coated by a root cap that works to protect the root.

When it comes to Los Angeles sewer repair, the best environment for roots to grow in is cultivated soil where nutrients and moisture are abundant and easily accessible – which is pretty much the definition of a sewer pipe. Sewer pipes are laid in the ground and then back filled with stone and soil. The effluent in the pipe is warmer than soil outside the pipe. This creates condensation on the outside of the pipe near cracks and any 

Root intrusion causes at least half of the sewer blockages, and fast growing species of trees are often to blame. The intrusion of roots into waste pipes can be a challenge. With older sewer systems, you are much more likely to suffer damage from root intrusion. The growth of root mass inside sewer lines will block the discharge of wastewater, resulting in backup into your home or building. Schuelke Plumbing is available to serve you when this happens at your property.

The damage caused by the backup can be costly to repair and troublesome to deal with. Root growth can also cause deterioration of the pipes and pipe joints, as well as underground pipe structures and pipe connections to the main sewer line. It is best to have an effective root control program in place.

Root growth is determined first by gravity and secondly by water. The root hairs, which are fine, hair-like projections found on the surface of the roots, will find their way into drain lines and sewer pipes. They enter through small cracks or openings in the pipe or pipe joint. Once inside they will continue to grow, finally forming a root mass.

Trees and shrubs seek out water to grow, and pipes provide the perfect environment. Roots are even drawn to unbroken pipes because of condensation and will

Did you know that roots from a tree or bush several hundred yards and several houses away can damage your home’s plumbing system if they break into your pipes? This is called root intrusion and can create a major blockage in your sewer line.

Trees and shrubs seek out water to grow, and pipes provide the perfect environment. Roots are even drawn to unbroken pipes because of condensation and will grow alongside and around the pipe to feed on the moisture.

There is a misconception that roots are the problem, but it is actually the pipe because the roots cannot get in the pipe unless there is a crack or bad joint. The older the pipe, the more susceptible it is to cracks, breaks and deformations.

A possible sign of root intrusion is a sudden back up or flooding of the lowest plumbing fixture in the house. When you fill a bathtub or shower with water and let it drain, make sure that the water is draining in a swirling, cyclonic action. If not, it may be time to call Schuelke Plumbing so we can

The intrusion of roots into waste pipes can be a challenge. With older sewer systems, you are much more likely to suffer damage from root intrusion. The growth of root mass inside sewer lines will block the discharge of wastewater, resulting in backup into your home or building. Schuelke Plumbing is available to serve you when this happens at your property.

The damage caused by the backup can be costly to repair and troublesome to deal with. Root growth can also cause deterioration of the pipes and pipe joints, as well as underground pipe structures and pipe connections to the main sewer line. It is best to have an effective root control program in place.

Root growth is determined first by gravity and secondly by water. The root hairs, which are fine, hair-like projections found on the surface of the roots, will find their way into drain lines and sewer pipes. They enter through small cracks or openings in the pipe or pipe joint. Once inside they will continue to grow, finally forming

Root intrusion is blamed on more than 50% of all sewer blockages and cracked pipes. Once trees are more than several years old they are extremely difficult to remove and you must repair or replace your damaged sewer lines. So think twice about what types of trees you plant and make sure to eliminate ficus and magnolia trees from your landscaping list.

When the roots intrude into the sewer pipe area they begin to seep through the joints, resulting in cracked or ruptured sewer lines. The direction of the roots is determined by both gravity and the water source. The root hairs will seek out water and find their way into drain lines and sewer pipes, entering through small cracks or openings in the pipe or in the pipe joint.

A sign of possible root intrusion is a sudden

Did you know that roots from a tree or bush several hundred yards and several houses away can damage your home’s plumbing system if they break into your pipes? This is called root intrusion and can create a major blockage in your sewer system.

Trees and shrubs seek out water to grow, and pipes provide the perfect environment. Roots are even drawn to unbroken pipes because of condensation and will grow alongside and around the pipe to feed on the moisture.

There is a misconception that roots are the problem, but it is actually the pipe because the roots cannot get in the pipe unless there is a crack or bad joint. The older the pipe, the more susceptible it is to cracks, breaks and deformations.

A possible sign of root intrusion is a sudden back up or flooding of the lowest plumbing fixture in the house. When you fill a bathtub or shower with water and let it drain, make sure that the water is draining in a swirling, cyclonic action. If not, it may be time to call Schuelke Plumbing so we can take a look.

We utilize the