An erosion control embankment is a reinforced structure designed to stabilize soil and prevent erosion along slopes, riverbanks, or construction sites. Typically constructed using materials like geotextiles, rock, or vegetation, it provides a barrier that absorbs and redirects water flow, reducing soil displacement and protecting the landscape. This type of embankment helps maintain soil integrity, supports vegetation growth, and minimizes sediment runoff, ensuring long-term stability and environmental protection.

A silt fence is a sediment control barrier designed to capture and retain sediment from construction sites or disturbed areas. Made from a permeable fabric supported by posts, it intercepts runoff, allowing water to pass through while trapping sediment and preventing it from washing into nearby waterways. Silt fences help protect water quality, reduce soil erosion, and maintain site cleanliness by controlling sediment movement and minimizing environmental impact.

Detention and retention ponds are engineered systems designed to manage stormwater runoff and reduce flooding. Detention ponds temporarily hold excess water during heavy rainfall, releasing it gradually to prevent downstream flooding. Retention ponds, on the other hand, permanently store water, often creating a permanent pool that supports wildlife and enhances aesthetic value. Both types of ponds help control erosion, improve water quality by filtering pollutants, and mitigate the impact of urban development on natural water cycles.

Sodding involves laying pre-grown grass turf over soil to quickly establish a healthy and stable lawn or ground cover. It provides immediate erosion control and enhances soil stability by creating a dense, root-anchored surface. Sodding also helps prevent weed growth, reduces sediment runoff, and improves aesthetic appeal. Ideal for restoring disturbed areas or new landscaping projects, sodding delivers rapid results and promotes effective soil conservation.