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Erosion Control - Why It’s Important

Erosion occurs when a material or aggregate is moved from a high to a low position due to the effects of water, wind, or other forces- whether natural or man-made. Erosion Control (aka Shoreline Stabilization) must be implemented on the shoreline of all bodies of water in the United States with effective, environmentally-friendly, and long-term solutions. The three primary Types of Lake, Pond, and River Erosion are Sheet Flow Erosion, Rill Erosion, and Splash Erosion. But erosion can also occur on horizontal areas such as landscaping, ditches, swales, berms, walls, and structures.


The various Dangers of Lake and Pond Erosion include Safety Concerns, Land and Property Loss, Liability, Non-compliance Issues, Structural Damage, and Detriments to Lake Health. Erosion is pernicious, so it is often overlooked and not addressed in time. That is why it is very important to control erosion before too much land loss occurs. Unfortunately, many homeowners, business owners, and residential communities are stuck with a repair cost because not enough was done when the property was first developed to anticipate future erosion. Erosion is different in every state and in every climate- so many factors come into play when creating an erosion control plan, including Soil Composition, Water Velocity, Water Volume, Hydrogeology, Hydroecology, and surrounding properties, Wetlands, and Preserves.

Current Building Codes for Developers specify different Requirements When Digging Lakes. Here’s how it works- a developer secures funding and a site, then hires a civil engineer to come up with a set of plans and apply for a Development Order. This development order outlines how the community is to be built. It contains numbers and specifications for the lakes and their sizes and volumes. This is part of the overall Stormwater Management System. This system includes Lakes with Specific Volumes, Maintenance Plans, Reporting Criteria, cleaning the system through Confined Space Diving, monitoring Irrigation Pump State Repairs, keeping up with, Stormwater Structure Inspection and Repairs, Underwater Diving Services when needed to inspect pipes, and Main Line Injections when pipes need to be cleared.


In order to stay in Compliance and maintain the health and safety of a community, it is vital to keep up with the shoreline erosion and stormwater management system. If there is a lapse, they may receive Complaints from Residents, receive Non-Compliance Letters from the Water Management District (a state-run agency) Code Violations from the city or county, and possible Fines. In most residential properties that are not in a master planned community or part of an HOA, it is the Resident’s Responsibility to maintain their shoreline. In most planned communities, gated communities, and communities with Home Owners’ Associations, it is the HOA’s Responsibility to prevent erosion and maintain the stormwater management system.


All erosion control systems work in conjunction with a healthy Littoral Shelf, Native Sod, Wetland Buffers, and Preserves. If any of these become compromised by Exotic Weeds, improper Lake Maintenance, or disruption from wildlife or storms, it may lead to poor Water Quality, Discharge into the Ocean or Gulf, a decrease in beneficial Flora and Fauna, and unsightly communities.

Recent Posts

February 19, 2025
Florida’s lakes serve as vital components of the state’s stormwater management system, helping to control flooding, improve water quality, and support ecosystems. However, maintaining these stormwater structures requires routine inspections and repairs to ensure they function properly. Without proper upkeep, aging or damaged infrastructure can lead to water quality issues, shoreline erosion, and increased flood risks. Importance of Stormwater Structure Inspections Stormwater structures around lakes, including culverts, weirs, outfalls, and retention basins, are crucial for directing water flow and preventing sediment accumulation. Regular inspections help detect early signs of structural degradation, allowing for timely maintenance and minimizing costly repairs. Preventing clogging or damaged stormwater structures which can obstruct water flow, leading to overflow and flooding in surrounding communities. Routine inspections help identify and address potential blockages before they become serious issues. Stormwater structures play a role in filtering pollutants before they enter lakes. Broken pipes, sediment buildup, or malfunctioning weirs can contribute to nutrient pollution, leading to harmful algal blooms and deteriorating water quality. Over time, concrete structures, metal pipes, and other drainage components degrade due to weather exposure and sediment accumulation. Inspections allow for early identification of cracks, leaks, or corrosion, preventing failures that could lead to costly emergency repairs.
February 19, 2025
Florida’s vast network of stormwater systems plays a crucial role in managing rainfall, preventing flooding, and protecting the environment. However, these underground drainage structures require regular maintenance to remain functional. One of the most challenging and specialized tasks in this field is confined space diving, which involves entering and working in hazardous, enclosed environments such as stormwater retention vaults, culverts, and underground pipes.
June 7, 2024
Each planned community in Florida is required to have its own stormwater management system. It is a structured approach to manage and control the runoff water from rainstorms. These systems are designed to mitigate the negative impacts of stormwater, which can include flooding, erosion, and water pollution. Here are the key components and purposes of such a system: Retention and Detention Ponds: These ponds are designed to collect and store stormwater. Retention ponds hold water indefinitely, while detention ponds temporarily store water and slowly release it to prevent flooding. Swales and Ditches: These are shallow, vegetated channels that help move rainwater away from developed areas and towards larger bodies of water or stormwater management structures. Storm Drains and Inlets: These structures collect runoff from streets and other impervious surfaces, directing it into the stormwater management system. Permeable Pavements: These surfaces allow water to infiltrate through them, reducing runoff and promoting groundwater recharge. Landscaped areas: are designed to absorb and filter stormwater, using plants and soil to remove pollutants.  Underground Systems: These include pipes and vaults that collect and convey stormwater to other parts of the system. It also includes outfall structures, weirs, and wells.

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