White Papers
Effect of Greens Construction, Irrigation Type and Root Zone Material on Irrigation
Efficiency, Turfgrass Quality and Water Use on Putting Greens in the Southwest
Evaluation and selection of sand for use in EPIC installations
A description of the science and hydrology behind EPIC, and its impact
on ferilization requirements
Will hard water eventually clog the capillary sand bed or affect any other portion of
the system? The answer is no, but the science dynamics behind the answer take a little more reading.
To understand the drainage perspectives in EPIC systems it is important to understand the
interconnected dynamics and functions of the different underground structures.
As populations increase, water supply demands are pushed to a critical level.
Turfgrass sod in urban areas and communities can aid in the reduction of carbon dioxide emissions.
How to reduce & mitigate pollutants that are discharged to watersheds during storm events.
Eco-psychologists believe that we humans have an innate affinity with the natural world and experience
positive mood states when we are in green places, by water or up mountains.
Any athlete prefers good natural grass.
A practical design for water savings in row crops, particularly well suited
for retrofitting sterile of salt-laden fields.
The EPIC System is ideally suited to the unique challange of bunker drainage.
EPIC cannot plug, and has performed flawlessly even in record rainfall events
totalling over 8 inches in 24 hours.
The MPCA reviews EPIC in the role of primary stormwater management and rules that EPIC qualifies as
a Filtration system under Part III,C,2 and does not require additional monitoring and mitigation plan
as required by the Alternative Method section Part III,C,5.
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