Solving Erosion’s Pollution

stormwater management and sediment control ordinances

 Most water on earth is in a continuous cycle between water bodies, land and the atmosphere. An important component of this cycle is the cycling of water in soil. The processes by which water enters,moves through and exits soil are essential for sustaining plants and soil organisms, transporting nutrients and recharging surface and ground water supplies. Water moving in soil also impacts the behavior and transport of soil solutes and their effect on water quality. Soil solutes refer to the dissolved components of an aqueous soil solution, which can include gases, nutrients, minerals and chemical compounds.¹

 Ever–evolving stormwater regulations present challenges designed to regulate point source discharges required to address specific needs and conditions of watersheds within a region.

 Site pollution comprises the pollution of soils with materials, mostly chemicals, that are out of place or are present at concentrations higher than normal which may have adverse effects on humans or other organisms.

 High–density polyethylene (HDPE) is also used for cell liners in subtitle D sanitary landfills, wherein large sheets of HDPE are either extrusion or wedge welded to form a homogeneous chemical-resistant barrier, with the intention of preventing the pollution of soil and groundwater by the liquid constituents of solid waste.².

Sediment remains the number one pollutant of our nations waterways.  Runoff from development is the leading cause for the pollution and flooding that damage property, contaminates drinking water and impairs community uses of local brooks, lakes and ponds.  In nearly all accounts, the lion's share of environmentally dangerous periods of development is the initial construction phase when land is cleared of vegetation and graded to create a proper surface for sitework.  Stormwater runoff discharges tonnes of toxic materials into streams that stress fish and wreaks havoc on ecosystems.  Most of this "dirt" is the result of poorly maintained erosion measures and structures on active construction sites. Asbestos–contaminated dirty [soil], may be encountered during these soil–disturbing activities.  Green Erosion Control Solutions and pollution prevention practices, remediate contaminants in mediums such as soil, sludge, slag, sediment, dust, flyash etc.  Ex situ soil separation processes (often referred to as "soil washing"), mostly based on mineral processing techniques, are widely used in Northern Europe and America for the treatment of contaminated soil. Soil washing is a water–based process for scrubbing soils ex situ to remove contaminants.  These include the requirements to develop erosion and sedimentation control plans, specifying plan content and erosion control structures for runoff harvesting, "best management practices" &: "best available techniques".  Your user–friendly erosion control guide provides a wealth of information and range of options for governments and citizens alike. Unearth techniques for the selection, construction, and installation of soil bioengineering methods, bioremediation practices, and biotechnical slope stabilization products.  Discover one of the best available combined resources linked with the collective knowledge of the largest public erosion and water agencies in the world.  You will scour remedial action programs, environmental laws & regulations and erosion consulting & contracting services to develope comprehensive Remedial Action Plans (RAPs) as solutions for environmental contamination.  These methods protect families and the environment from toxic contamination. The state of the beach affects everyone's lives   Removing sand and other materials from beaches and dunes for construction purposes causes erosion and the loss of beaches and coastal lands, destroying the natural heritage of the coast and reducing the vibrancy of the tourism industry. Each beach behaves differently  Uprooting vegetation from coastal areas destabilises beaches and clearing sites inland results in increased soil and dirt particles being washed offshore and smothering coral reef systems.  Yet there are ways we can help to slow down the rate of coastal erosion via beach renourishment projects.   Erosion of this fragile ecosystem has been a problem long before the oil spill that threatens fragile, resource–rich Louisiana wetlands.  Wetlands perform a very important function in nature. First off they provide habitat for a high percentage of endangered and threatened species of plants and animals. Wetlands serve as a purification system. Water moves slowly through the wetland and the soil and the plants pick up the nutrients and contaminants and clean the water. Wetlands serve as a large filter, dirty water passes into the wetland and clean water is the final result. Wetlands also serve as water retention and flood prevention areas. Aquatic Buffers serve as natural boundaries between local waterways and existing development. They help protect water quality by filtering pollutants, sediment, and nutrients from runoff. Other benefits of buffers include flood control, stream bank stabilization, and stream temperature control. These protect both waterway morphology and the room for lateral movement of the stream channel and offer aquatic resources for mitigation banks..  Your unbiased website for Solving Erosion’s Pollution is dedicated to minimizing accelerated soil erosion with methods that apply Best Management Practices (BMPs) as required by the Federal Clean Water Act (amended by the Water Quality Act of 1987) to reduce nonpoint source pollution to the maximum extent practicable to ensure that soil & water resources are protected from pollution caused by erosion and storm water runoff.