SEVERANCE OF WOOD/SOIL CONTACT
Wood that is in direct contact or in close proximity to the ground will likely to succumb to rot and/or insect damage. It is advisable to make an effort to server may contact of wood with the ground. Improve ventilation (and drainage) where possible to create an environment less prone to rot or infestation. please be advised that preventative chemical treatments for termite, carpenter ants or other insect control should not be undertaken without having severed the wood/soil contact around the house and, in some cases, the garage.
The following areas were found to require attention with regards to wood/soil contacts:
- Porch skirting and stair stringers are in direct contact with soil at the:
Front, Side, Rear
- Create access under: Front Porch, Side Porch, Rear Porch, Crawlspaces and sever all wood/soil contact.
- Provide cross ventilation underneath: Front Porch, Side Porch, Rear Porch, Crawlspaces
- Structural wood sill beam/support columns at _________ addition is too close to grade level; replace with concrete blocks/curbs or other suitable material.
- Front, Side, Rear deck posts should be supported by concrete piers or other suitable support.
- Install window well(s) in front of all basement windows which are in close proximity to the ground.
- Replace basement windows/window frames
- Wood skirting around crawlspaces should be removed to at least 8" above grade level. Replace with other suitable material.
- Wood support posts in basement should be replaced with steel posts on a concrete footing or other suitable method.
- Basement stairwell stringers/support posts are in direct contact with the soil and should be removed and supported by concrete or other suitable material.
- Garage structure is supported directly on soil. Wood members at the base are starting to rot/rotting and causing settlement. Replacement of sill plate/other damaged members is recommended.
- WARNING: For Mold and other health issues please contact
Greenough Environmental Consulting
1827 Woodward Drive, Suite 110