A day after Sarah Smith served her favorite Darjeeling to her neighborhood book club she steeped a much different tea in her musty shed. Under a low light, she tossed several cheesecloth bags bulging with organic compost into a chubby pot of water.  Three days later, she fished the bags from the pot and said, “It’s ready.” Continue reading »

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Golf courses with heavy soil greens are installing slit drains to reduce water retainage. The results are good but sod striping may occur.

Golf drainage contractors have sold many golf courses on green slit drainage. After a site survey identifies a sensible drainage discharge point, the contractor or architect develops a piping plan with lateral lines spaced 6 feet wide fed into a collector pipe that discharges into a low area. Continue reading »

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Abstract: Golf Course construction specification packages have turned into rambling, incoherent, contradictory piles of paper that few read and fewer comprehend.

Back when golf construction was a gentile business I acquired a specification package written by the late golf architect Phil Wogan. I wish I kept this two page document full of concise writing and active voice. Continue reading »

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I’m involved in a golf course project that requires about 700 cubic yards of screened topsoil. Sounds simple? No. It’s turned into a major fiasco. The engineer loaded a five page specification into the contract documents and the lab tech claims it’s missing a key testing criteria. Engineering firms do this all the time; they add a “boiler plate” loam specification into the  contract documents and it’s up to the contractor to comply. I’m concerned that this could turn into a non-compliance issue especially if the grass doesn’t grow due to insufficient watering. Anyone out there ever see a concise, readable, practical loam specification?

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Abstract: Water pockets are surfaces that contain rain or irrigation water. They don’t permit natural surface runoff and this leads to many turf and playability issues.

The perfect golf course includes millions of tiny drainage swales that guide excess water to ideal drainage destinations. This golf course doesn’t exist. Every golf course has water pockets that collect some water. These are caused by:

  • Natural settling
  • Bad construction grading
  • Bunker sand overspray

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Abstract: Skilled golf course construction managers know what is in each contract. Use this information to mange construction scope and contractor payments.

Contract management is an important part of efficient golf construction. Construction managers should take an active role in preconstruction contract language. When the owner and contractor sign the contract, the construction manager will live by the contract documents.

Golf course contracts come in many formats. I’ve used the following: Continue reading »

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Abstract: Before starting a golf course renovation project, identify irrigation system impacts. Contractors need mainline locations and elevations before starting work.

Golf course renovation planning begins by identifying all irrigation components within the proposed work limits. Superintendents know their system best, so they should manage this process. Some like to send this task to the contractor but this may result in irrigation disasters because they may not know all the specifics of your system. Identify mainline and lateral lines with hand digging or a wire tracker, available for rent from established irrigation suppliers. Continue reading »

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Abstract: When in doubt, always test golf course construction materials before purchase. When not in doubt, test anyway to confirm salesman’s rhetoric.

Soil testing provides cheap insurance. I remember a big bunker renovation at a private club. The project involved rebuilding 40 bunkers. The owner decided to purchase (and assume the responsibility for quality control) all bunker sand. We installed many feet of bunker drainage on the bunker floor, and we made sure our slope laser worked. The bunker forms looked great and we installed the sand at a uniform six-inch depth. A few months later, seven bunkers had poor drainage and it wasn’t our fault. Continue reading »

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Abstract: Good golf course bunkers begin with a properly constructed bunker floor. I like them contoured to permit positive drainage.

Golf course bunker floors vary from flat to highly-contoured.  I’m a proponent of gently sloped bunker floors that encourage gentle subsurface water flow directed toward drain pipes. Flattish bunker floors collect water or drain water slowly because they don’t have subsurface slopes.

Bunkers built by bulldozer during the 1970’s and 1980’s often suffer from flat bunker bottoms. Continue reading »

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Abstract: Successful permitting will result in efficient pond project planning and execution. Sensible work processes will result in clean edges, increased volume and contented environmental compliance officials.

The permit process will define pond project construction processes. It’s important to include commonsense work procedures into the permit so work will be done in an efficient manner.

Pond projects include the following procedures:

  • Silt fence and hay bale installation. Do it exactly by the plan. Don’t argue with anybody about this detail. I’ve seen huge projects delayed by a few misplaced hay bales. Some engineers take it personally when you don’t install silt fence properly. Install the bottom of the silt fence in a few inch slit to permit sediment retention.
  • If you will do a wet excavation, or dredging, be sure to accommodate any wildlife issues. This may involve fish relocation.
  • Use tight equipment without leaky hydraulics. An oil sheen will quickly stop work.
  • Consider using a flexible float system for on-water excavation. These floats, readily available for rental, are metal boxes with latching capability that allow an excavator to sit, dig, and freely move through the work site.
  • Plan dewatering pump size and discharge schemes. If the pond will be drained, be sure discharge clean water downstream by using a sedimentation bag or filtration basins. Sedimentation bags built of permeable geofabric fasten to the discharge pipe end. Filtration basins filter water with several rows of haybales.
  • Be sure to dig to design grades. Marine engineers have procedures to identify digging depth. They can measure the length of the excavator arm and establish elevations off this mark.
  • Pond dredging efficiency includes moisture management. If the excavator loads a bucket of water laden spoils into a truck or trailer you will quickly have an unmanageable mess. A sensible scheme allows for spoil dewatering on a pond bank permits the material to drain before stockpiling. After a few days, transport to final dump location.
  • Spending time creating a neat pond bank, or exposed edge, will finish the pond project and allow a smooth pond edge. For safety reasons, be sure to construct a safe slope, not a sharp drop-off into the pond.
  • Consider using pond spoils for topsoil. It may be full of organic elements that produce nice loam when mixed with drainage sand.

Also see Small Pond Dredging Project.

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