Two main categories of gravel are used in landscaping. One is referred to as crushed stone and the other as river rock or pebbles. As the name indicates, river rock in Austin, TX has been made smooth with rounded edges because of the effects of water. The other type has a more angular shape. These types each have their pros and cons.
Pros and Cons
River rock in Austin, TX is softer to the touch, so it’s useful for areas in which kids play, and people walk. It’s suitable for paving gravel trails and sidewalks around the yard on which people take strolls. It also can be used underneath playground equipment, as long as the amount of material is deep enough. The more angular gravel should be used for driveways because it’s more stable against the earth. Smooth pebbles tend to flip off the driveway as cars travel over these stones.
Characteristics
Property owners generally prefer very small river rock known as pea gravel. All river rock can be purchased in groups of similar hues or outside of any color category. It also can be ordered with a shiny surface that has a noticeable sheen. All of these characteristics help property owners achieve the effects they prefer for their landscaping.
An Impressive Effect
This kind of rock can be used for other intriguing effects too. After purchasing a supply from a company such as Loftin Material, the property owner can have it blended with a concrete mix and used for paving various surfaces. The designs achieved can be impressive and look very innovative.
An Attractive, Environmentally Friendly Plan
Making a thorough plan for the landscaping is a key to being completely satisfied after the projects are complete. Property owners will want to look at online photo galleries and see whether they can view any of the designs they like in person. There are plenty of ways to make a statement with a rock in landscaping, and the arrangements can make a yard look more upscale than simply paving with concrete. The environmental factor also is important, since gravel paving allows for more natural drainage of rainwater.
