Control Soil Erosion with Articulating concrete block & Turf Reinforcement Mats

Erosion of soil is a common problem faced the world over due to the transfer of stones, mud, rocks, and soil principally due to wind, water and living organism. Even though, it is a natural process, it has been made worse by man on the name of development – cutting down of trees, building of roads, and construction of the building. All these have made it a threat to the eco systems. The loss of nutrient rich topsoil has left the land exposed and unprotected. There are numerous measures to control erosion like tree plantation, crop rotation, installing draining system, less deforestation, building of terrace and retaining wall.

Nowadays lots of new technology have emerged in the market and moving with latest expertise always pays off, so let us have a good look at two of the latest way of controlling erosion of soil.

Turf Reinforcement Mats:

TRM is manufactured using biodegradable material like wood chips, coconut fibers, mulch and straw held firmly together by biodegradable netting. It can be easily rolled, so can be carried anywhere. The installation is exceedingly easy, just unfold the mat, and fix it at the area where you are facing the erosion problem. The matting holds the soil at its place, thus provides the ideal condition for the growth of vegetation. It also acts as an effective solution from rainfall, runoff from landscape and high wind.

ACB:

Articulating concrete block is quite effective in preventing soil erosion from the rapid force of moving water. It has a group of concrete block that are closely put together to form an erosion resistant barricade. This barrier has Geotextile underlay for retaining the subsoil. It drastically cuts down the speed of storm and rain water and prevents soil erosion. Even in high speed flow of water, it lets water run between sub grades and surface thus provides appropriate conditions for the growth of plants. Another prominent advantage is that it provides an ideal condition for animal habitat as it is resistant to thaw cycles and freezing.

How it work?

The concrete block is placed in such a way that it forms an open or closed design. This specific layout is called mat. They are further secured with ropes and cables that strengthen and give flexibility.  These blocks are available in different shapes and patterns. They can be colored to give a different look.  You can integrate vertical cores and spaces throughout the system; it can be used for planting vegetation. It comes up as a quick, cheap and effective way of stopping soil erosion.

These are two of the latest means of controlling soil erosion. A bit of research before buying the product will help you better understand its features. Reading customer reviews, comparing price and finding out the kind of material used for manufacturing is vital. Generally two kinds of material are used, synthetic and natural fiber, one of them lasts longer than the other when used for controlling erosion. A research will help you understand all the fine points of product and help you take intelligent decision.

For More Information Visit Here:-International Erosion Control Systems

Soil Erosion

Soil erosion happens naturally. Water and wind have always washed soil down rivers and to the sea, whittling away at the arable land in one place so that nature can make more somewhere else. Where human activity is concerned, this otherwise natural phenomena can unfortunately proceed much more quickly than would be natural. Accelerated by issues like improper landscaping or overused farmland, this kind of erosion can result in considerable human and economic damage.

What leads to erosion?

Water or wind are inevitably the causes of soil erosion. Flowing across soil or meadows, water may etch deep ravines or turn hillsides into catastrophic waves of mud. Wind can pick up exposed soil and carry it hundreds of miles, making useless dust where previously productive farmland used to be. As water flows faster and wind picks up speed, the amount of damage goes up. If plants stand in their path, they slow down or stop — and do far less harm as a result.

What kind of erosion is caused by water?

Flowing water tends to be responsible for tunnel, gully, stream bank, or sheet and rill erosion.

Tunnel erosion is subsurface erosion that happens when water carves out routes in the soil as it makes its way through burrows, root channels, and cracks.

Gully erosion is characterized by sharp-edged channels cut at least a half-meter deep in the land. It’s caused by surface water flows concentrating together and etching the land as they go.

Stream bank erosion happens when sudden or intermittent peak flows in a creek or stream make the stream cut wider and deeper channels through the land.

Sheet and rill can be caused by both water and wind. Rain, wind, or shallow water flows may all strip away surface soil. If the water creates a channel deeper than a half meter, it’s called a gully. Channels less than a half-meter are referred to as rills.

What kind of erosion is caused by wind?

Blowing wind generally causes wind and coastal erosion, but may also be responsible for sheet and rill erosion as mentioned previously.

Wind erosion is a catch-all term for the erosion that occurs mostly in farming, where soil components blow away from spots where the wind can access the fragile surface directly.

Coastal erosion is a sub-type of wind erosion that occurs on the coast, when vegetation leaves sand dunes exposed to the wind.

What can you do to stop and prevent erosion?

Plants are the best measure against soil erosion. They act to shield the land from the scouring action of wind and water, by slowing down either. Plant roots fix soil to the spot and help keep it from washing away. When raindrops fall, plant leaves break their impact and reduce the raindrops’ ability to remove soil. In wetlands, the plants may be all that prevents soil from washing away immediately.

Whether you’re looking to hold your front yard in place or ensure a healthy place to plant your crops, making sure plants are always growing on the soil will preserve it for years to come. You can get even better results by encouraging diversity and allowing native plants to flourish: indigenous plants are better adapted to the land and will do more to preserve it.