Stressed Lawns: Common Turf Problems You Might See this July

In July, the TriState saw some very unusual weather. For most of the month, we experienced:

  1. Lack of rain
  2. High temperatures
  3. Low humidity

These factors combined to stress lawn and gardens beyond what we expect to see in an average summer. Evapotranspiration rates rose to 0.2 – 0.25 inch per day. That means the soil was losing a quarter inch of water each day through evaporation and plants transpiring water. Just to maintain soil moisture levels, a sprinkler system would have to apply 1.75 inches of water each week.

To decide what’s causing your turf problems, see if your lawn is uniformly stressed, or if you notice spots of brown interspersed with healthy green lawn.

An Overall Brown Lawn is Probably Caused by Under-Watering

If your irrigation system is typical, the program likely runs three times a week during the summer, 10 minutes for sprays and 30 minutes for rotors. This adds up to about 0.6 inches of water applied to your lawn each week, sufficient for a typical July. But in this hot, dry, low-humidity July, your lawn may be turning brown even with a fully-functional sprinkler system.

Plants are durable and can handle limited drought exposure. The best approach for keeping your turf and gardens beautiful is to begin adding days to your schedule when you see your plants starting to stress. Don’t wait too long to add the days, and scale back if you start to notice signs of over-watering.

If keeping a keen eye on your landscaping sounds like too much time and hassle, consider installing a Hydrawise Smart Controller. Its predictive watering feature monitors local weather stations to estimate how often to water your lawn and gardens.

Several Factors Can Lead to Brown Spots in Your Lawn

Stressed Lawns: Common Turf Problems You Might See this JulyIf only parts of your lawn are experiencing stress and turning brown, there could be other factors at work beyond under-watering.

  1. Poor soil condition in part of your lawn
  2. Shallow topsoil, with gravel, sand or construction debris beneath
  3. Turf diseases that mimic drought conditions
  4. Sprinkler heads spaced too far apart and not supplying enough water
  5. Sprinkler zones with improper pressure. Both too high and too low pressure can prevent even watering of your lawn

If you’d like some help troubleshooting your lawn problems, give us a call at 513-379-5780. Sometimes the answer is as simple as running certain zones longer and more often than others. Our Summer Check-Up identifies any inefficiencies or weaknesses in your sprinkler system to keep your lawn and landscaping looking its best.

 

About the Author:

Graduating from the Ohio state University in 1981 with a degree in Landscape Design and Construction Sean has worked in the green industry his entire adult life. Sean has been designing and installing efficient irrigation systems since the late 1980’s. Sean is certified with the Irrigation Association in the following areas: • Certified Irrigation Designer • Certified Irrigation Contractor • Certified Landscape Irrigation Auditor • Certified Golf Irrigation Auditor • Certified RainXchange professional Sean is also registered with the EPA as a “Water Sense Partner” having demonstrated the ability to conserve water through proper design and management of irrigation systems. Sean is the owner of Applied Water Technologies an irrigation design and consulting firm and the operator of TriState Water Works the hassle free irrigation service provider Sean is also an Adjunct teacher at Cincinnati State Community College teaching the various irrigation classes and sustainable energy use in the landscape. Sean’s irrigation design work has encompassed Golf Course Irr., Sports Turf Irr. As in Baseball, Soccer, Football, Residential Irrigation., Light Commercial Irr., Large multi-family developments as in condominium complexes, apartment complexes, housing developments, agricultural irrigation as in field crops, pasture, vegetable farming, livestock operations, Irrigation for LID projects as in green roofs, bio-retention, natural area remediation, Industrial irrigation for temperature control, material cooling, and dust control, Nursery irrigation for both greenhouse crops, field crops and pot in pot operations, Waste water treatment for effluent dispersion, and odor control.

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