Why is shoreline preservation so important?
Over-time, shorelines are impacted by various factors such as storm water runoff and fluctuating water levels, as a result they are vunderable to erosion. A disappearing shoreline is a great cause for concern because once that square footage of land is lost it's irreplaceable, but not only that, the reduced square footage might also impact your properties value. This emphasizes the vital importance of shoreline preservation.
Why Winter for Shoreline Preservation?
This might come as a surprise but when it comes to shoreline upgrades winter is actually the perfect season to tackle these types of projects, and here's why:
Minimal Outdoor Activity Disruption:
There's probably a good chance that you won't be utilizing your shoreline during the winter month's (unless you're brave enough to endure those icy plunges). This provides the perfect opportunity to tansform your space while the space isn't being utilized, and your shoreline won't be a construction site in the midst of summer. You'll have the pleasure of having it ready to be enjoyed just in time for the warm weather!
Lower Water Levels:
Water levels receed in the fall and winter months allowing access to areas that are typically submerged in the summer. This makes it easier to assess and install retaining walls,stone slabs and other structures situated on the shore.
Landscape Preservation:
Depending on the temperature and snow coverage, the frozen ground and snow layer can sometimes act as a buffer and help minimize ruts. When the ground is frozen, it provides a solid foundation that supports weight and reduces the risk of soil compaction. Additionally, a layer of snow acts as a buffer, distributing the load more evenly and protecting the underlying soil. This natural insulation not only preserves the integrity of the landscape.
Minimal Disruption to the Surrounding Eco-system
Like our clients, our goal is to minimize disruption as much as possible, including to the fragile ecosystem along the shoreline. Aquatic species tend to be less active near the shore in colder temperatures, which reduces the likelihood of disturbing nesting sites or spawning activities. This approach allows shoreline projects to proceed with minimal impact on the ecosystem.