BECOME A DISTRIBUTOR | CONTACT | FAQs

Golf Courses: Why So Much Water?

If you have ever golfed, you have probably been faced with landing your ball in a water hazard. If you are a frequent offender, you may have even wondered why course designers insist on incorporating so much water! While the widespread use of artificially constructed golf course ponds and other water hazards didn’t begin until sometime after WWII when modern earth-moving equipment became available, they quickly became de rigueur as golfers came to expect the appeal of dramatic “natural” landscapes incorporating forest, grasslands, water and gorgeous vistas. While the specific components of celebrated golf course design have changed over recent decades, the basic elements have remained the same. No matter where they are located, most golf course designs incorporate water features. When used well, water features influence golf strategy, provide for irrigation reservoirs, drainage containment and flood detention areas, while providing aesthetic value. Construction of golf course ponds and lakes on particularly flat landscapes can even provide cheap fill dirt for the construction of rolling hills or other desirable features. In today’s world, as environmental conservation has taken center stage, the use and proper re-use of water on golf courses has become increasingly important. Local municipalities require golf courses to supply their own water for irrigation and to serve double duty as flood-control areas and environmental filters. Today’s golfers also demand better irrigation and drainage than was expected in the past. As a result, virtually every golf course incorporates a large irrigation reservoir lined with an impervious membrane as an absolute minimum. An added environmental benefit to the installation of multiple ponds, lakes and other water features on a carefully maintained golf course is the habitat that is provided for local wildlife. In fact, well-managed courses offer better habitats than some farm and park ponds. While the average golf course is comprised of only about 30 percent playable area, the lakes, forest and other natural areas meandering through and around golf courses provide a surprising amount of undisturbed areas for forage, cover and nesting. In fact, researchers have found that golf courses have proven to be more valuable from an ecological standpoint than even state parks and nature reserves about 50 percent of the time! Whether the golf course designer’s ultimate focus is on aesthetics, strategy, or environmental conservation, the fact is that pesky water hazards are surely here to stay. At BTL Liners, we are proud to have worked with some of the industry’s best designers on the construction of stunning courses. Our liners are used to ensure that water is conserved even in the most challenging environments, and we are pleased that our efforts contribute to the preservation of wildlife and valuable ecological resources. For information and expert technical assistance with our geomembrane liners for golf course lakes and ponds, or for a quote on your specific project, call us at 541-447-0712 or visit us online at www.btlliners.com.


Liners by BTL

AquaArmor Pond Liner

The most versatile liner on the market today, AquaArmor maximizes protection from harmful UV rays, tear resistance and punctures that cause leaks. Simply the best liner on the market.
Go Now

Newest Articles:

Go Now

Subscribe to Updates

Article Topics

Agriculture Covers Tarps Aquaponics Energy Liners Hydroponics Greenhouse Light Deprivation Water Gardens Farm Ponds Greenhouses Greenhouse Gardening Greenhouse Cover Fish Pond Pond Fish Golf Course Pond Golf Course Water Feature Natural Pond Landfill Cover Irrigation Irrigation Pond Irrigation Canal Hydraulic Fracturing Oil Containment Secondary Containment Fracking Oil Liner Fuel Liner Frac Pit Fire Protection Pond Fire Suppression Pond Fire Pond Geomembrane Canal Liner Brine Pond Koi Pond Algae Pond Nursery Pond Retention Pond Man-Made Lake Lakes Geothermal Greenhouse Commercial Greenhouse Preformed Pond Liner Groundwater Storage Lagoon Mining Pond Mining Lagoon Evaporation Pond Salt Pond Pond Liner Materials Catch Basin Stormwater Management Barren Pond Processing Pond Natural Swimming Pond Drainage Systems Ditch Lining Aquaculture Sewage Lagoon Mining Geomembranes Floating Cover Wastewater Containment Geosynthetics Cistern Lining Erosion Control Fertilizer Containment Winery Water Silage Cover Winery Irrigation Pond Baseball Field Cover Tailings Pond Produced Water Liner Produced Water Winery Construction Pond Winter Ponds Fish Hatchery Algae Raceways Coal Ash Containment Fishing Lakes Oilfield Pits Aquatic Habitats Lake Restoration Landfill Cell Liners and Cap Covers Leachate Pond Rain Cover Heap Leach Pads Residential Ponds Gas Collection California Drought California Pond Liner Overburden Containment Pond Liner Fish Stocking Pond Mine Reclamation Wastewater Cover Drought Irrigation Reservoir Sludge Management Cable Parks Baffle Systems Alternative Daily Covers Reservoir Pond Aeroponics Food Shortages Homesteading Prepping Toxic Waste Potable Water Storage Green Roof Clearwells Stormwater Harvesting Snow Making Ponds Pond Plants Hunting Ponds Oregon Pond Liner Lavender Site Runoff Containment EPDM Liners Duck Hunting Pond Deer Hunting Pond Decorative Ponds Methane Capture Large Pond Sports Field Liner California Fire Pond Helicopter Dip Pond Oregon Fire Pond Pond Skimming Geotextile Fabric Silt Fences Backyard Greenhouses DIY Greenhouse RPE Liners Desalination Controlled Environment Agriculture Living Roofs Dairy Lagoons Tank Farm Wastewater Treatment Self-Sufficiency Wicking Bed Liners Hay Covers Grow Bed Liner Light Deprivation Greenhouses Dam Lining Frac Pad Liners