As part of a federal project with the St. Louis District of the U.S. Army Corps of Engineers and with technical expertise from Dr. Lynn Robbins of Missouri State University, SCI completed a three-week Indiana bat survey along the Mississippi River. The purpose of the survey, spanning eight sites along the Mississippi River in Illinois and
“All the good sites are gone.” Have you heard that one before? I think we all have. Well, there are still a lot of good sites remaining; they just take a little more creativity to develop. At least that’s what I like to think. One issue with many sites is the presence of soft soils.
Factors to consider when selecting a vapor retarder include material type, geographic location, and placement within the structure. A vapor retarder, more commonly known as a vapor barrier, can be useful in construction when it is necessary to separate an area of high temperature and humidity from an area of lower temperature and humidity. However,
Railroads have played a major role in the history and development of our country and are frequently determined to be significant by State Historic Preservation Offices. On the surface, it may seem that converting an abandoned rail bed into a trail would be a rather straight forward, relatively simple process. However, there are a multitude
With larger buildings come deeper and larger foundations. Drilled caissons or “piers” are one of the most commonly used foundation types for the most heavily loaded buildings as well as most bridges and overpasses. In order to be confident that each pier will support a building as designed, in-depth inspections must be performed. These inspections
Thermal Conductivity Testing, also known as Formation Thermal Conductivity, is a testing method that provides the geothermal system designer site-specific information on the thermal conductivity and diffusivity of the area in which the system will be installed. The benefits of using this method include: -More accurate installation and material cost estimates -Test parameters that can