By studying a region's hydrologic and ecologic features, as well as its social, cultural and economical characteristics, Fenstermaker's engineers can provide smart solutions on all water resource projects, no matter how complex. Ranging from the coastal regions of the country to inland waterways, our skilled teams are capable of using sound engineering principles to produce viable solutions for every coastal and riverine engineering project.
Knowledgeable about the uniqueness and complexity of the hydrologic characteristics of coastal wetlands and inland water systems, Fenstermaker has completed many numerical model studies, including freshwater diversion and coastal restoration structures. These projects involved the modeling of cavitation potential, ice and debris jams, and hydrodynamic and sediment transport processes, and the dynamic loading on water control structures. Furthermore, with extensive experience in applying non-parametric statistical methods in analyses, hydrology and water resources, quality control of hydrologic and meteorological instruments, and radar-rainfall products, we can offer foresight into the project's outcome, saving the client time and money by improving the overall success of the project.
- Bathymetric & Topographic Surveys
- Coastal Restoration Design & Inspection
- Coastal Storm Surge Modeling
- Hydraulic & Hydrologic Numerical Modeling
- Hydraulic Structures Design & Analysis
- Hydrodynamic & Sediment Transport Modeling
- Hydrolic & Hrydrologic Numerical Modeling
- Hydrologic Data Collection
- Marsh Management
- Natural Channel Design
- Stream Assessment & Restoration Design
| TV-15 Sediment Trapping at the JAWS Hydrologic Study | Louisiana Department of Natural Resources |
| Rycade Canal Marsh Management Project (CS-02), Cameron Parish, LA | Louisiana Department of Natural Resources |
| Hydrologic Numerical Modeling of the Little Pecan Hydrologic Restoration Project (ME-17) and South Grand Chenier Hydrologic Restoration Project (ME-20), Cameron Parish, LA | Louisiana Department of Natural Resources, Natural Resources Conservation Service and U.S. Fish and Wildlife Service |
| East Mud Lake Marsh Management (CS-20), Cameron Parish, LA | Louisiana Department of Natural Resources |
| Black Bayou Hydrologic Restoration Project, Calcasieu and Cameron Parishes, LA | Louisiana Department of Natural Resources and National Marine Fisheries Service |
| Calcasieu Parish Stormwater Master Plan | Calcasieu Parish Police Jury |
| Scofield Island Restoration | Louisiana Department of Natural Resources |
| Freshwater Introduction South of Highway 82, Cameron and Vermilion Parishes, LA | Louisiana Department of Natural Resources - Coastal Restoration Division |
| West Point a la Hache Outfall Management (BA-04c) Plaquemines Parish, LA | Louisiana Department of Natural Resources - Coastal Restoration Division |
| Hydro-Ecological Modeling of the Lower Mississippi River and Bed form Mechanics for the Mississippi River, Louisiana | Governor's Office of Coastal Activities -Coastal Applied Research and Development Program |
| Sabine Marsh Creation (CS-28), Cameron Parish, Louisiana | U.S. Army Corps of Engineers and Louisiana Department of Natural Resources |
| Brown Lake Hydrologic Modeling Project, Cameron Parish, LA | Louisiana Department of Natural Resources |