Frequently Asked Questions

Clay soil expands when wet and compacts hard when dry, making proper grading timing critical. Grading during wet periods creates ruts and poor compaction, while overly dry clay resists shaping and can crack after settling. Schedule grading when soil moisture is moderate for better compaction and drainage performance.

Stumps left underground decompose over time, creating voids that cause settling in driveways, foundations, and graded areas. Removal before grading prevents future sinkholes and uneven surfaces. Stumps also block proper drainage installation and interfere with equipment access during site work.

Call as soon as it's safe to assess damage, especially if trees block driveways, threaten structures, or create hazards. Fast cleanup prevents secondary damage from trapped moisture, pest entry through broken areas, and further tree failure. Downed trees and limbs also worsen erosion during the next rain event.

Demolition includes careful planning around utilities and nearby structures, safe structure removal, debris separation for disposal, and site cleanup. The process accounts for property access limitations, protects surrounding areas from damage, and leaves the site ready for the next phase of work.

Repair is needed when you see persistent ruts deeper than 3 inches, standing water after rain, or washout channels that reappear after filling. Fresh gravel alone won't fix poor drainage, incorrect slope, or base failure. Proper repair involves regrading the base and improving drainage before adding surface material.

Trees, stumps, and root systems prevent accurate grade work and proper soil compaction. Roots left in place decompose and create voids, causing settling in driveways and building pads. Clearing first allows equipment to reshape soil correctly and exposes drainage issues that need addressing during grading.

Improper crown and slope allow water to run down the driveway instead of off to the sides, carrying gravel with it. Without adequate drainage ditches or culverts, water concentrates and creates channels. Clay subbase without proper compaction also erodes underneath gravel, causing collapse and washout.

Silt fencing along downslope edges traps sediment before it leaves the property, while slope shaping redirects water into controlled drainage paths. Exposed soil needs stabilization through seeding, mulch, or matting before the next heavy rain. Temporary measures prevent washout until permanent landscaping or paving is installed.

Storm debris includes damaged structures, roofing, fencing, and mixed materials requiring sorting for disposal. Land clearing debris is mostly organic—trees, brush, stumps, and vegetation. Storm cleanup prioritizes access restoration and hazard removal, while clearing debris removal focuses on site preparation for the next construction phase.

Trees within 10 feet of driveways drop debris, cause root heave that cracks surfaces, and block equipment access for grading. Root systems interfere with proper base compaction and drainage installation. Removing problem trees before repair work prevents recurring damage and allows correct driveway shaping.

Water drains away from structures and access roads instead of pooling or creating mud. The property becomes accessible for equipment and vehicles year-round. Graded areas provide stable pads for buildings, even surfaces for driveways, and defined drainage paths that reduce erosion and washout during storms.