Frequently Asked Questions

Georgetown's alkaline clay soil drains slowly when wet and cracks when dry, affecting root development and plant health. Successful designs incorporate soil amendment, proper drainage grading, and drought-tolerant species adapted to high pH conditions. Native and xeric plants handle these soil challenges better than traditional landscape varieties.

Softscape includes living elements like trees, shrubs, sod, and planting beds that change with seasons and require ongoing care. Hardscape covers permanent structures like patios, walkways, and retaining walls built with stone or pavers. Planning both together ensures drainage, function, and aesthetics work as a complete system rather than conflicting later.

Without correct grading and compacted base layers, hardscape surfaces settle unevenly, creating low spots where water pools and pavers shift. Proper preparation includes excavation to correct depth, compacted aggregate base, and slope away from structures. This foundation prevents cracking, separation, and drainage problems that require expensive repairs.

Aeration works best during active growth periods when turf recovers quickly—late spring for warm-season grasses common in Central Texas. Dethatching removes the layer of dead material choking out healthy growth, typically needed when thatch exceeds half an inch. Combined with overseeding, these treatments create thicker turf that crowds out weeds naturally.

Soil compaction, poor drainage, outdated plant material, and lost edging definition signal beds need full renovation rather than surface refresh. Renovation addresses underlying soil quality, replaces struggling plants, redefines borders, and improves grade to prevent erosion. Fresh mulch alone won't fix drainage issues or revive plants in depleted soil.

Xeriscaping uses native and drought-adapted plants that thrive without supplemental irrigation once established, eliminating constant watering schedules. Designs incorporate mulch, efficient plant grouping by water needs, and hardscape features that reduce turf area. Properties maintain color and texture through plant selection rather than intensive fertilization and mowing.

Zones separate areas by sun exposure, plant water requirements, and soil drainage rates so each area receives appropriate moisture without waste. Turf needs different frequency than established shrubs, and shaded beds require less water than full-sun plantings. Proper zoning prevents overwatering shade areas while underwatering sun-exposed zones on the same schedule.

Seasonal services include cutting back spent perennials, removing leaf debris, refreshing mulch, pruning dormant shrubs, edging beds, and adjusting irrigation for temperature changes. Spring cleanups prepare beds for active growth, while fall services protect plants before winter and remove fire hazards. Timing these tasks with plant cycles improves health and reduces stress.

Retaining walls create level planting areas on sloped properties, prevent erosion during heavy rain, and redirect water flow away from structures. Properly constructed walls include drainage behind the structure to relieve hydrostatic pressure that causes failure. They also define outdoor living spaces and add visual interest to otherwise unusable grade changes.

Spring-flowering shrubs bloom on old wood and need pruning immediately after flowering, while summer bloomers flower on new growth and get cut back in late winter. Pruning at the wrong time removes flower buds or stimulates tender growth before frost. Species-specific timing protects bloom cycles, encourages proper structure, and avoids disease susceptibility during vulnerable periods.

Clay soil and occasional heavy rain require designs that manage runoff through grading, French drains, dry creek beds, or rain gardens that absorb water rather than channeling it toward foundations. Hardscape installation must slope away from structures, and planting beds need amended soil to prevent standing water. Ignoring drainage creates foundation issues and kills plants in saturated soil.

Professional installation includes soil preparation, grade correction, proper watering schedules, and seam placement that prevents gaps as sod roots in. Poorly prepared ground creates air pockets that dry out roots, while incorrect watering causes shallow rooting or fungal disease. Established sod develops deeper roots faster, handles drought better, and fills in uniformly when installed correctly.