Latest News & Updates

Morgan & Eklund, Inc (M&E), a Florida-based hydrographic survey firm specializing in coastal and nearshore areas, today released details of an exclusive assignment carried out last year as part of the search and recovery efforts in the hurricane-torn Bahamas following the widespread destruction caused by Hurricane Dorian, in September 2019.

Morgan & Eklund, Inc. (M&E) performs many logistically complex, specialized surveys, which at times can be quite challenging. For example, PortMiami, is one of the ten busiest container ports in the United States. With increasingly larger vessels appearing in the shipping industry, the port has been assessing the existing channel depths since larger entrances and deeper ports are required to accommodate them.

Morgan & Eklund, Inc (M&E), a Florida-based land and hydrographic survey firm specializing in coastal and nearshore areas, announced they have hired Robert Collaro, GISP, as the Director of Hydrographic and Land Survey Business unit.

Under the terms of our professional services agreement with Martin County, Morgan & Eklund, Inc. (M&E) performs coastal monitoring surveys of the Martin County shoreline along previously established FDEP Range Monument Profile Alignments.

For the past five years, Morgan & Eklund, Inc. (M&E) has been surveying for the US Army Corps of Engineers (USACE) on the C-44 Canal Reservoir and Stormwater Treatment system in conjunction with the Everglades Restoration Project in Indiantown, Florida. This project is a key component in the effort to restore our national treasure known as the Everglades. Waterways and lakes in Florida are increasingly becoming polluted with fertilizer and nutrient runoff from farming areas adversely affecting the quality of the water ultimately filtering down to the Everglades and Florida Keys. 

Many areas adjacent to the Banana and Eau Gallie Rivers have been drained and developed over time resulting in suspended sediment and detritus flowing into the Indian River Lagoon, where it settles on the river bottom, decomposes, and forms an organic silty layer of muck.  Over time, the accumulation of silt creates large pockets of muck which deplete oxygen levels in the river and can adversely affect populations of fish and seagrass habitat. The accumulation of muck (a silty, organic layer of fine sediment) on the river bottom has occurred naturally from stormwater runoff but has been accelerated by human activities such as canal construction and agriculture.