Frequently Asked Questions

Landscape management addresses the entire outdoor environment - soil health, plant selection, irrigation efficiency, seasonal color rotation, and pest management - rather than just mowing and edging. This approach prevents problems like drainage issues, plant disease, and soil depletion that routine maintenance doesn't address. Properties maintain healthier landscapes with lower long-term replacement costs.

Spring and fall transitions offer ideal planting windows when soil temperatures support root establishment before heat or cold stress arrives. Spring updates prepare landscapes for summer heat stress, while fall work takes advantage of root growth that continues after top growth slows. Timing installations around these windows reduces irrigation needs and improves survival rates.

Water pooling within 10 feet of foundation walls creates hydrostatic pressure that forces moisture through concrete and causes soil expansion under slabs. Grading that directs runoff away from structures and drainage systems that capture excess water prevent these conditions. Most foundation movement stems from poor surface drainage rather than plumbing leaks.

Fungal disease, grub damage, compacted soil, and shallow watering all create similar brown patch symptoms but require different treatments. Fungal issues spread in circular patterns, grubs leave spongy turf that lifts easily, compaction creates hard ground that sheds water, and shallow roots from frequent light watering cause drought stress. Correct diagnosis prevents wasted treatment costs.

Planting depth, soil amendment, and post-installation watering affect survival more than plant quality at purchase. Trees planted too deep suffocate as buried trunk tissue rots, while insufficient soil preparation in clay or sand creates root barrier conditions. Even healthy nursery stock fails when irrigation doesn't reach the root ball during establishment.

Spring startup and fall winterization inspections catch most problems, but mid-season checks identify coverage gaps, clogged nozzles, and leaks that waste water. Pressure changes, broken heads, and controller malfunctions develop during operation and aren't visible during shutdown. Monthly visual checks during active irrigation season prevent efficiency loss.

Conversion starts with lawn removal through solarization or mechanical stripping, followed by soil testing to determine amendment needs. Native plant installation, mulching for moisture retention, and drip irrigation replacement reduce water use by 40-60% compared to conventional turf. Establishment typically requires one season before maintenance needs drop significantly.

LED landscape lighting requires minimal maintenance, but connection corrosion, soil burial of fixtures, and plant growth blocking light paths degrade performance over 2-3 years. Wire connections exposed to moisture fail most frequently. Annual cleaning, re-aiming, and connection inspection maintain intended lighting effects and prevent fixture replacement.

Organic fertilizers release nutrients slowly as microbes break them down, improving soil structure but requiring warmer soil temperatures to activate. Synthetic options deliver immediate nutrients regardless of temperature but don't improve soil biology. Clay soils benefit more from organic matter addition, while sandy soils lose synthetic fertilizers quickly to leaching.

Proper irrigation timing, pruning that improves air circulation, and removal of disease-infected plant material reduce pest pressure more effectively than reactive spraying. Overwatering and dense canopies create humidity that fungal diseases and insects require. Stressed plants from neglected maintenance attract more pests than healthy landscapes with regular attention.