We assessed the basement and crawl space with a moisture meter and hygrometer, documenting every moisture source. We also inspected for prey insects (silverfish, cockroaches) in the same areas — eliminating spider food is as important as treating spiders directly.

Removed all visible webs from eaves, window frames, basement ceiling joists, and crawl space. Web removal is a direct population control — it destroys egg sacs, disrupts feeding, and forces spiders to relocate. Repeat monthly for best results.

Boric acid dust applied inside wall voids and crawl-space perimeter. Food-grade diatomaceous earth along basement baseboards. Both are physical desiccants that also eliminate the prey insects spiders feed on — no synthetic chemicals.

Foundation cracks, pipe penetrations, window gaps, and door sweeps sealed with silicone caulk and copper mesh. Exterior lighting switched to warm-tone yellow bulbs to reduce nighttime insect attraction near entries.

Fewer webs and sightings as prey populations decline and habitat is reduced. Fall upticks in sightings are normal and don’t mean treatment failed — spiders move indoors seeking warmth.

Spiders thrive in damp areas because their prey does. If we recommended a dehumidifier, vapor barrier, or plumbing repair, that work is the single most important long-term step.

We walked the full property perimeter, noting overgrown vegetation, leaf litter accumulation, tall grass borders, stone walls, and wildlife pathways. These are the primary tick habitats — ticks don’t live indoors and rarely infest structures.

Applied botanical cedar oil spray along the lawn-to-woods transition zone, stone walls, garden borders, and shaded pathways. Cedar oil is a proven contact repellent for ticks — it disrupts their scent receptors without harming beneficial insects, pets, or children once dry (about 30 minutes).

We marked areas where a 3-foot-wide gravel or wood-chip dry barrier should be installed between lawn and wooded edges. This creates a hot, dry zone that ticks will not cross. We also flagged vegetation for trimming and leaf litter for removal.

Deer and rodents are the primary tick hosts in Maryland. We assessed fencing needs, identified rodent harborage (woodpiles, stone walls, bird feeders), and provided recommendations to reduce wildlife traffic through your yard.

Cedar oil repels ticks on contact in treated areas. However, ticks recolonize from surrounding habitat — reapplication every 3–4 weeks during tick season (April–November) provides continuous protection. Habitat modification is the permanent fix.

We’ll perform tick drag surveys at follow-up visits — dragging a white flannel cloth through vegetation to count active ticks. This gives us a measurable baseline to track the effectiveness of habitat changes.

We inspected the full foundation perimeter, basement walls, crawl space, sill plates, and any wood-to-soil contact points. We probed exposed wood for hollow areas and documented all mud tubes, moisture sources, and conducive conditions. Subterranean termites require soil contact and moisture — cutting off both is the core of treatment.

Applied borate solution (disodium octaborate tetrahydrate) to all accessible structural wood — sill plates, floor joists, subfloor, and rim board. Borates penetrate wood and make it permanently inedible to termites. This is a preventive and curative treatment with no synthetic chemical exposure.

Sealed foundation cracks with hydraulic cement. Recommended or installed stainless steel mesh termite barriers at critical penetration points. Addressed wood-to-soil contact areas and grading issues that hold water against the foundation.

Placed in-ground monitoring stations at 10-foot intervals around the foundation perimeter. Each station contains untreated wood that is checked quarterly — if termites feed on a station, we know exactly where activity is and can target treatment. No soil drenching or fumigation needed.

Borate-treated wood is protected within 24 hours of application. Monitoring stations take 1–3 months to detect active colonies. Quarterly checks ensure early detection of any new activity.

Borate treatments last the life of the wood as long as it stays dry. Monitoring stations provide an ongoing early warning system. Combined with moisture control, this approach provides permanent protection without toxic soil treatments.