College Station Lawn Care & Landscape Services

If you keep a yard in Aggieland, you are mowing on the Post Oak Savannah, where claypan soils, real humidity, and a long warm-season growing window define the work. This page covers College Station lawn care the way a working contractor would brief you: real per-cut pricing tied to BLS wage data for the College Station-Bryan metro, the warm-season grass cultivars Texas A&M AgriLife recommends from its own turf program a few miles up the road, the City of College Station Water Services rules, and the Brazos Valley Groundwater Conservation District backdrop that governs the aquifer this metro draws from. College Station sits in USDA zone 8b to 9a, humid enough that brown patch and take-all root rot are real threats on St. Augustine, and dense enough with claypan soils that drainage planning matters on every install. HMNDP is building a vetted contractor directory for College Station and the surrounding metro, launching Q3 2026.

College Station lawn care pricing in 2026

Honest pricing starts with what crews actually cost. The U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics program tracks the College Station-Bryan MSA (area code 17780), and landscaping and groundskeeping workers (SOC 37-3011) in this metro earn a mean hourly wage in the $14 to $16 range, below the Texas statewide mean of roughly $17.66 per hour, while first-line supervisors of landscaping crews (SOC 37-1012) run near $21 to $23 against the state mean of about $22.90. Source: U.S. Bureau of Labor Statistics, OEWS College Station-Bryan, accessible at https://www.bls.gov/oes/current/oes_17780.htm. The large student labor pool tied to Texas A&M keeps entry wages soft, which holds per-cut prices below the big Texas metros. Add payroll tax, workers’ compensation (carried by reputable firms even though Texas does not mandate it), equipment depreciation, fuel, and insurance, and the loaded crew cost for a two-person team lands between $75 and $105 an hour.

That floor drives the per-cut math. Brazos County residential lots cluster around 7,000 to 11,000 square feet, with substantial turf because the humid climate supports dense St. Augustine and bermuda lawns. A typical Southwood Valley or Edelweiss property with 3,500 to 5,500 square feet of active turf runs about $45 to $65 per visit on a weekly cycle from March through November, dropping to every other week in winter.

Service tier	Per-visit	Annual program	What’s included
Basic mow and edge (under 5,000 sqft turf)	$40 to $55	$1,700 to $2,300	Weekly mow, blow, edge in season; bi-weekly winter
Standard residential (5,000 to 11,000 sqft turf)	$55 to $75	$2,300 to $3,200	Mow, edge, blow, light shrub trim, quarterly fertilization
Premium full-service (over 11,000 sqft, disease program)	$75 to $130	$3,200 to $5,000	Above plus brown-patch and take-all fungicide rounds, irrigation tune
Drip irrigation install (water-efficient retrofit)	n/a	$1,700 to $5,800 project	Controller, valves, emitters, mainline, backflow per TCEQ

Fungus control is the College Station-specific line item that surprises buyers from drier parts of Texas. Brown patch (large patch) and take-all root rot thrive in the humid Brazos Valley spring and fall, and St. Augustine is especially vulnerable, so an effective program adds $200 to $500 a year. For homeowners trying to understand how those costs compare nationally, our lawn care cost benchmarks for 2026 put the metro in context, and our explainer on brown patches in lawns covers the diagnosis.

Why climate shapes everything in College Station

Easterwood Field (station identifier CLL) is the National Weather Service climate reference point for the metro, and the NOAA 1991 to 2020 normals put mean annual precipitation near 40 inches, spread across the year with peaks in spring and fall. NOAA’s National Centers for Environmental Information publishes the full normals at https://www.ncei.noaa.gov/access/us-climate-normals/. The metro sits in USDA Plant Hardiness Zone 8b to 9a under the 2023 revised map from the USDA Agricultural Research Service; verify at https://planthardiness.ars.usda.gov.

That climate profile means three things for any landscape program. First, humidity, not aridity, is the dominant disease driver, so fungal pressure on warm-season turf is constant through the humid shoulder seasons and crews must manage watering frequency to keep leaf blades drying out. Second, summer brings genuine heat and stretches of dry weather that still demand supplemental irrigation despite the ample annual rainfall, because the rain falls unevenly. Third, winters are mild but real, with occasional hard freezes that push the grass fully dormant and brown from December into February, which is normal and not a contractor failure. A practical consequence for buyers is that the College Station mowing calendar is long but uneven: crews cut weekly through the warm months, taper to every other week as growth slows in late fall, and then carry only cleanup and leaf work through the short dormant window before bermuda and St. Augustine green back up in spring. Pricing a true twelve-month contract here means averaging that seasonal swing rather than charging a flat weekly rate year-round.

Grass types that work in College Station

The two dominant residential turfs in the Brazos Valley are St. Augustinegrass and hybrid bermudagrass. Texas A&M AgriLife Extension, whose turfgrass research program operates from the College Station campus itself, recommends ‘Raleigh’ and ‘Palmetto’ St. Augustine for home lawns with some shade, and Tifway 419, TifTuf, and Celebration bermudagrass for full-sun, higher-traffic sites; the Aggie Turf program publishes cultivar guidance and seasonal calendars at https://aggieturf.tamu.edu. TifTuf holds color at lower irrigation rates than Tifway 419, which matters during the dry summer stretches. Empire Zoysia is a strong third option where homeowners want a finer, denser, lower-input lawn that tolerates some shade.

For homeowners targeting lower water use and less mowing, a partial conversion to native beds and drought-adapted plantings makes sense even in a relatively wet metro, because the dry summer weeks still drive irrigation demand. Buffalograss is a Texas native warm-season grass suited to low-traffic sunny areas on far less water than St. Augustine. Our guide to drought-tolerant lawn alternatives covers the conversion math, and the NPK fertilizer guide explains the nitrogen needs of each warm-season species.

Soil and irrigation design in College Station

Soil in the Post Oak Savannah is the quiet driver of most College Station drainage problems. The Natural Resources Conservation Service Web Soil Survey at https://websoilsurvey.nrcs.usda.gov maps the dominant series across Brazos County as Boonville, Zack, and Crockett soils, claypan profiles with a dense clay subsoil that perches water after heavy rain and then cracks and sheds water when dry. Surface pH varies but the subsoil clays drain slowly, so the practical issue is not chemistry alone but the abrupt textural change that traps water in the upper root zone and creates the saturated conditions brown patch loves.

The agronomic answer is to manage drainage and watering frequency rather than just volume. Aeration breaks surface compaction over the claypan, organic topdressing improves the upper few inches, and irrigation should run in shorter cycles spaced apart so water soaks in rather than ponding on the tight subsoil. Total annual nitrogen for St. Augustine in the Brazos Valley runs about 3 to 5 pounds per 1,000 square feet, with bermuda taking 4 to 6 pounds across the growing season; Texas A&M AgriLife at https://aggieturf.tamu.edu walks through the rate schedule by species.

Irrigation efficiency still pays in a humid metro because the dry summer windows can be severe. Weather-based controllers that adjust to local evapotranspiration prevent the routine daily overwatering that both wastes water and feeds disease on claypan soils. The EPA WaterSense Weather-Based Irrigation Controller specification at https://www.epa.gov/watersense/weather-based-irrigation-controllers identifies qualifying controllers, and our walkthrough on how to install drip irrigation covers retrofitting beds for efficiency.

College Station water rules and rebates

The City of College Station Water Services Department supplies water to the city, drawing from the Simsboro aquifer through its well field, and publishes its rate structure and conservation program at https://www.cstx.gov/departments/water_services. The city runs water-wise outreach and seasonal watering guidance, and during dry periods it can move into drought response stages that limit landscape irrigation to assigned days and prohibit daytime watering, so any new install schedule should be built around those rules.

The broader aquifer backdrop is set by the Brazos Valley Groundwater Conservation District, which manages and protects groundwater in Brazos and Robertson counties and issues regular drought status reports tied to aquifer and rainfall conditions. The district’s drought reporting is at https://brazosvalleygcd.org, and the Texas Water Development Board tracks statewide reservoir and groundwater conditions at https://www.twdb.texas.gov. Formal turf-conversion rebates in College Station are more limited than in the big metros, so the case for water-efficient landscaping rests mainly on rate savings and reliability during dry stages. Confirm any current incentive directly with College Station Water Services before quoting a conversion.

Licensing for College Station landscape contractors

Texas does not issue a statewide license for general landscaping or lawn maintenance, so a crew that only mows, edges, and plants needs no state trade license. That makes verifying insurance and references the real screening step in Texas, because the state is not vetting operators for you.

Two state licenses do apply once the work crosses into specific trades. Anyone installing or substantially repairing an in-ground irrigation system must hold a Texas Commission on Environmental Quality Landscape Irrigator license, with the installation meeting TCEQ rules including backflow prevention; the program is at https://www.tceq.texas.gov. Anyone applying pesticides or herbicides for hire, including the fungicide rounds that Brazos Valley St. Augustine often needs, must hold a Texas Department of Agriculture Commercial Pesticide Applicator license in the appropriate category; details are at https://www.texasagriculture.gov.

Insurance minimums to ask any College Station contractor: general liability of at least $1 million per occurrence, plus workers’ compensation if the crew has employees. Verify with a current Certificate of Insurance before the first invoice. Our vetting checklist walks through what to demand on paper, which carries extra weight in a no-license state.

HOAs and College Station landscape design standards

Master-planned communities around College Station, including Pebble Creek, Castlegate, and Edelweiss, write landscape and irrigation standards into their CC&Rs, and crews that do not know local conventions waste homeowner money on rejected plans. Texas law gives homeowners meaningful protection. Texas Senate Bill 198 (2013), codified in the Texas Property Code, limits a property owners’ association from prohibiting drought-resistant landscaping and water-conserving turf, though associations may still set reasonable design standards and require plan review.

In practice a Brazos Valley HOA can require a landscape plan submitted to an architectural review committee and can hold a homeowner to a coherent palette, but it cannot flatly forbid water-efficient, drought-adapted landscaping. The Texas Property Code is published at https://statutes.capitol.texas.gov. The front-yard norm across the metro remains a maintained warm-season lawn with foundation plantings, though native and pollinator beds are increasingly accepted as associations update their rules.

Neighborhoods covered

HMNDP’s College Station directory covers contractors serving the established southern neighborhoods around Southwood Valley and Edelweiss, the higher-end golf community of Pebble Creek, the growing Castlegate developments on the west side, and the central Wolf Pen Creek corridor near the campus. Coverage extends across the city core and into the adjoining city of Bryan, which forms a continuous metro with College Station and shares the same contractor pool, plus the surrounding Brazos County communities. Crews working the master-planned subdivisions should know each community’s specific CC&R landscape standards, which vary noticeably from one development to the next.

Find a vetted College Station contractor

HMNDP applies a five-layer vetting filter to every contractor listed: business registration verified, current Certificate of Insurance on file, TCEQ irrigator or TDA applicator license confirmed where the scope requires it, sample-project documentation, and reference calls with two recent residential customers. Because Texas does not license general landscapers, that insurance-and-reference layer is the real protection for homeowners. The College Station directory launches in Q3 2026.

If you are a homeowner looking for guidance before the launch, our pillar guides on how to find a reputable landscaper and hardscape contractor vetting are the starting points.

For College Station contractors

If you operate a landscape business in Brazos County and want to appear in the HMNDP College Station directory at launch, email partners@hmndp.org with your service area, insurance certificate, any TCEQ irrigator or TDA applicator license numbers, and three customer references. We verify each item before listing.

Related coverage

• Lawn care cost benchmarks for 2026
• NPK fertilizer guide for warm-season turf
• How to install drip irrigation
• Brown patches in lawns
• Drought-tolerant lawn alternatives
• How to find a reputable landscaper

Methodology

This page synthesizes wage data from the U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics survey (College Station-Bryan MSA), climate normals from NOAA’s National Centers for Environmental Information, USDA Plant Hardiness Zone designations from the 2023 revised map, turfgrass cultivar guidance from Texas A&M AgriLife Extension, soil series from the NRCS Web Soil Survey, licensing data from the Texas Commission on Environmental Quality and the Texas Department of Agriculture, and water-rule guidance from the City of College Station Water Services and the Brazos Valley Groundwater Conservation District. Verification window: June 17, 2026. Drought stages and program eligibility change by season; confirm with the relevant authority before quoting a project.

Sources and References

• U.S. Bureau of Labor Statistics, OEWS College Station-Bryan: https://www.bls.gov/oes/current/oes_17780.htm
• NOAA National Centers for Environmental Information, U.S. Climate Normals: https://www.ncei.noaa.gov/access/us-climate-normals/
• USDA Plant Hardiness Zone Map (2023): https://planthardiness.ars.usda.gov
• Texas A&M AgriLife Aggie Turf: https://aggieturf.tamu.edu
• NRCS Web Soil Survey: https://websoilsurvey.nrcs.usda.gov
• City of College Station Water Services: https://www.cstx.gov/departments/water_services
• Brazos Valley Groundwater Conservation District: https://brazosvalleygcd.org
• Texas Water Development Board: https://www.twdb.texas.gov
• Texas Commission on Environmental Quality: https://www.tceq.texas.gov
• Texas Department of Agriculture: https://www.texasagriculture.gov
• Texas Property Code (Statutes): https://statutes.capitol.texas.gov
• U.S. EPA WaterSense Weather-Based Irrigation Controllers: https://www.epa.gov/watersense/weather-based-irrigation-controllers