RestorationCommercial

Church Point U-Shaped Pond Restoration

Restored a 1.5-acre U-shaped pond overrun with southern naiad beneath the surface and alligator weed along the shoreline.

Location: Church Point, LA
Pond Size: 1.5 acres
Church Point U-Shaped Pond Restoration

The Challenge

Our team was tasked with restoring a 1.5-acre U-shaped pond in Church Point that was overrun with southern naiad beneath the surface and alligator weed along the shoreline.

Before we started, the growth around the edges of the pond was unruly and naiad mats were thick. We had our work cut out for us.

Before condition
Before: Overrun with southern naiad and alligator weed

Key Issues:

  • Thick southern naiad mats beneath surface
  • Dense alligator weed along shoreline
  • Unruly edge growth
  • Poor water quality
  • Limited native species habitat

Our Approach

Step-by-step process to achieve the transformation

1

Inland Harvester Deployment

Used specialized machine with paddlewheels to cut and collect aquatic weeds. The harvester sliced through southern naiad, collecting organic material on its conveyor system and offloading vegetation safely onto shore.

2

Clam Shell Bucket Operation

Utilized clam shell bucket attached to track machine to carefully remove invasive alligator weed from shoreline without damaging the pond's structure.

3

Surface Skimming

Used cutter basket to skim water's surface, ensuring any remaining fragments of southern naiad were cleared, leaving the pond clean and better balanced for native species.

The Transformation

Before
Before
After
After

The result was a clear and clean water feature, restored back to its original beauty, and made ready to be enjoyed all summer long.

This approach restored the pond's health, improved its appearance, and helped prevent future overgrowth of invasive vegetation.

Clear Water

Completely cleared of invasive vegetation

Restored Beauty

Original aesthetic appeal fully returned

Improved Health

Better ecosystem balance for native species

Preventive Measures

Future overgrowth prevention established