Water Conservation Area 1 Phosphorus excursion
South Florida Water Management District, Florida
Contributed chapters for the Jurisdictional Urban Runoff Management Program (JURMP) document for the City of Oceanside, San Diego County, California. This document was prepared to meet the objectives of the National Pollutant Discharge Elimination System (NPDES). The City had prepared this document for the California Regional Water Quality Control Board. The chapters included a detailed description of BMPs for the Existing Residential and Existing Commercial sections of the manual. Also prepared a stormwater retrofit selection matrix for commercially available products.
River of Grass, South Florida
Central Everglades Project Plan
South Florida Water Management District, Florida
Provided a system wide optimization of a de-compartmentalized Everglades to achieve a prescribed restoration benefits based on limited upstream reservoir facilities in the Everglades Agricultural Area. The optimization involved 17 structure flow releases and 13 restoration targets subject to complex constraints. Developed restoration trade-off matrix based on different planning scenarios.
South Florida Water Management District, Florida
Provided an optimal solution for a more complex system of the Everglades that involves 5 wetland systems, sixty five operational structures and twenty four restoration locations throughout the system. This optimization supports an operational protocol as part of Everglades Impact Statement. This is unprecedented solution for the America’s Everglades towards long waited restoration.
Rio Grande Canalization Project (RGCP) – Record of Decision (ROD)
The RGCP is a narrow river corridor extending about 105 miles from Percha Dam in Sierra County, New Mexico to American Dam in El Paso, Texas. Built between 1938 and 1943, the RGCP conveys irrigation and conveys flood flows downstream. Irrigation flows are released from the upstream Elephant Butte Reservoir and are shared with Mexico in accordance with the 1906 convention between the U.S. and Mexico. Levees are currently being rehabilitated and constructed at various locations along the RGCP. The ROD is an agreement reached between various stakeholders to implement an Integrated Land Management Alternative along the RGCP to provide flood protection, irrigation needs, environmental improvement, channel maintenance and floodway vegetation management. Performed several analyses as part of this ongoing project that include HEC-RAS hydraulic modeling, two-dimensional FLO-2D hydraulic modeling to determine impacts due to proposed restoration and sedimentation studies.
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