Frequently Asked Questions



  • How often should I schedule lawn care?

    Weekly service during rapid spring growth, then biweekly as summer slows development. Monthly maintenance works for established lawns requiring less intensive care.
  • What's included in landscaping design consultation?

    On-site evaluation assessing soil conditions, sun exposure, drainage concerns, and your preferences. You receive detailed proposals before any work begins.
  • Why do Connecticut lawns need aeration?

    Clay soils compact easily, restricting water and oxygen flow to roots. Core aeration breaks through compacted layers common in New England yards.
  • How long does hardscaping construction last?

    Properly built patios and retaining walls withstand Connecticut's freeze-thaw cycles for decades when base preparation extends below frost depth with drainage.
  • Can you install fencing on sloped properties?

    Yes, we measure slope gradients and use custom panel sizing. Posts are set to correct depth accounting for Connecticut's variable terrain.
  • What types of junk removal do you handle?

    Yard waste, furniture, appliances, construction debris, and general clutter. Teams arrive with properly sized trucks and disposal knowledge for different materials.
  • When is the best time for fertilization?

    Timing depends on soil temperature and growth rates rather than calendar dates. Cool-season grasses need nutrients when they can absorb them effectively.
  • Do you provide same-day junk removal?

    Yes, same-day service is available for urgent cleanouts. We complete removal in single visits instead of waiting for municipal pickup dates.
  • What makes sod installation better than seeding?

    Sod provides instant lawn coverage with root systems establishing within weeks. Seeding requires months and offers less erosion control on slopes.
  • How do you prevent hardscaping freeze damage?

    Base preparation below frost depth, drainage systems moving groundwater away from structures, and materials rated for Connecticut's temperature extremes prevent failures.