It’s important to trust an expert’s opinion, especially when it comes to something as important as the construction and location of your home. You may have a perfect ideal of your dream home in your head, but you should heed every warning presented to you from engineers who may have concerns.
The consequences of failing to listen to smart advice has played out in a very dramatic way in Washington State over the past month. Many of our readers will be aware of the mudslide in a small community near Oso WA that may have killed dozens of residents. Many readers may be unaware, however, that this particular area had been deemed as a pretty hazardous zone for at least a decade.
As this article published by The Wall Street Journal reports, early signs that this area could experience a catastrophic landslide event first surfaced in 1999. In that year, a U.S. Army Corps of Engineers study on fish-habitat assessments in the area included scientist concerns that the very patch of ground that gave way in March was potentially very unstable. Many government representatives now believe that information should have been made more public or should have raised more red flags with the county government.
Even after that report, a small landslide event in 2006 didn’t deter people from making their residence in this risky terrain. Although the county took some measures during the clean-up to prevent future landslides, one geomorphologist who contributed to the 1999 Army Corps of Engineers study, Daniel Miller, tried to enlighten homeowners to the risks that remained.
We don’t need to go through the tragic results of this past month to show our readers how important it is to consider terrain before making a major investment on a home. Here at Above & Beyond Inspections, we aim to earn our name by providing thorough pre-purchase inspections. Our services can help you uncover an array of issues related to your property’s terrain or any unwanted pests. We serve the Washington State communities of Richland, Kennewick, Pasco and other surrounding areas.