Site assessment & drainage mapping – Evaluate how water moves across roofs, hardscape, and soil to identify flooding, erosion, and infiltration opportunities, turning problem areas into functional water-harvesting features (barrel, pond, garden, etc).
Rain garden / basin layout – The use of shallow planted basins, swales, and berms to slow, spread, and sink stormwater away from structures, reducing runoff, protecting foundations, and easing pressure on storm drains.
Roof runoff & catchment integration – Connects downspouts, rain chains, and/or rain barrels to rain gardens or infiltration areas to make better use of free rainwater and reduce dependence on municipal water.
Soil and overflow planning – Designs for soil type, infiltration rate, and safe overflow paths so water drains within 24–48 hours, preventing standing water, property damage, and mosquito issues.
Install-ready concept plan – Provides a clear, scaled concept drawing and maintenance guidance for installation or contractor bidding.
Site assessment & drainage mapping – Evaluate how water moves across roofs, hardscape, and soil to identify flooding, erosion, and infiltration opportunities, turning problem areas into functional water-harvesting features (barrel, pond, garden, etc).
Rain garden / basin layout – The use of shallow planted basins, swales, and berms to slow, spread, and sink stormwater away from structures, reducing runoff, protecting foundations, and easing pressure on storm drains.
Roof runoff & catchment integration – Connects downspouts, rain chains, and/or rain barrels to rain gardens or infiltration areas to make better use of free rainwater and reduce dependence on municipal water.
Soil and overflow planning – Designs for soil type, infiltration rate, and safe overflow paths so water drains within 24–48 hours, preventing standing water, property damage, and mosquito issues.
Install-ready concept plan – Provides a clear, scaled concept drawing and maintenance guidance for installation or contractor bidding.