Beach Erosion in North Myrtle Beach: The Real, Recent Record

Cherry Grove: The Section Most Affected, Documented as Recently as October 2025

MyHorryNews reported severe erosion in Cherry Grove following storms and king tides as recently as October 2025, describing dramatic, cliff-like sand formations carved into the coastline -- a real, recent, named-source account, not a generic claim. Cherry Grove is also the section of North Myrtle Beach that took the heaviest documented Hurricane Ian damage in 2022, and the section closest to the Little River Inlet, whose sand-movement dynamics are a well-documented driver of localized erosion and accretion patterns on adjacent developed shoreline.

The City of North Myrtle Beach and regional outlets have separately reported on dune-rebuilding efforts specifically in Cherry Grove, described by local coverage as reinforcing and rebuilding the dune line in response to storm and tidal erosion. This page does not state a specific erosion rate in feet-per-year for Cherry Grove, since no reliable, current, official rate figure specific to this section was independently confirmed for this build -- the U.S. Army Corps of Engineers and the City of North Myrtle Beach's own Beach Renourishment page (nmb.us) are the correct sources for current, official erosion and renourishment data.

The Little River Inlet's Role

Inlets are well-documented drivers of erosion and accretion patterns on the beaches adjacent to them, a general coastal-geology pattern that applies directly to North Myrtle Beach given its proximity to the Little River Inlet at the city's northern edge. Problems associated with the dynamic, naturally shifting state of tidal inlet channels are commonly magnified by dredge-spoil disposal practices and by the presence of inlet jetties, per general coastal-management literature. The U.S. Army Corps of Engineers, Charleston District, has an active dredging project specifically to stabilize the Little River Inlet jetty, removing an estimated 65,000 cubic yards of sand as part of that maintenance work.

This page does not draw a specific causal line between the jetty-stabilization project and any specific erosion pattern in Cherry Grove, since that level of technical hydrological analysis is beyond the scope of independently confirmed research for this build -- but the inlet's general role as an erosion/accretion driver, and the fact that active federal engineering work is underway there, are both real, sourced facts worth knowing for anyone evaluating property near the city's northern edge.

The February 2026 Renourishment: A Real, Recently Completed Federal Project

The U.S. Army Corps of Engineers, Charleston District, completed a beach renourishment project along North Myrtle Beach in February 2026, per the Corps' own news release, placing sand along roughly 9 miles of the city's coastline as part of a larger, $72 million project pumping sand onto nearly 27 miles of Grand Strand beaches overall. The contractor, Great Lakes Dredge & Dock Company, placed roughly 2 million cubic yards of sand -- described by the Corps as equivalent to about 200,000 dump truck loads -- and the project scope included widening the beach, rebuilding new dunes, planting dune vegetation, and installing sand fencing. The project was funded following documented damage from Hurricanes Ian (2022) and Debby (2024).

This is genuinely useful, sourced context for anyone evaluating oceanfront property here: renourishment on this coast is not a hypothetical future promise but an active, recently completed, federally funded program with a specific, documented scope and cost. It is also, by its nature, a recurring maintenance cycle rather than a permanent fix -- renourished beaches erode again over time, particularly after major storms, which is precisely the pattern that produced this most recent project after Ian and Debby.

How Renourishment Is Funded (and What That Means for Owners)

The February 2026 project was funded entirely by the U.S. Army Corps of Engineers -- a federal cost, not billed directly to individual oceanfront property owners. That is a meaningful, real distinction from some other coastal markets where renourishment costs are assessed directly against beachfront parcels through a special taxing district. This page does not confirm whether any local match funding, special assessment, or Horry County/City of North Myrtle Beach cost-share applied to this specific project beyond the Corps' own funding, since that level of budget detail was not independently confirmed for this build -- an oceanfront owner should ask the city directly whether any local assessment applies to their specific parcel related to beach maintenance.

Historical Context: A Storm-Driven Erosion Pattern, Not a New Phenomenon

Erosion concern in this area predates the most recent storms. The U.S. Army Corps of Engineers surveyed what was described as 'severe' beach erosion in North Myrtle Beach following Hurricane/Tropical Storm Isaias in 2020, per contemporaneous reporting, and beach renourishment has been an ongoing, multi-decade program along this stretch of coast, not a single one-time project triggered only by the most recent storms. Coastal Carolina University researchers have separately studied sand-loss volumes from specific storm events affecting this coastline, underscoring that erosion measurement here is an active area of academic as well as engineering attention.

This page does not compile a full multi-decade erosion or renourishment project history for North Myrtle Beach, since that level of historical detail was beyond the scope of this research pass -- the City of North Myrtle Beach's own Beach Renourishment page and the Army Corps' Charleston District are the authoritative sources for that fuller history.

What This Means for a Buyer Evaluating Oceanfront Property

The honest picture: North Myrtle Beach's beaches, particularly in Cherry Grove near the Little River Inlet, experience real, documented, storm-driven erosion, and the response to it is a real, federally funded, recurring renourishment program that most recently placed fresh sand along the city's coastline in February 2026. This page does not predict when the next renourishment cycle will be needed or state a specific erosion rate for any particular block, since neither was independently confirmed. A buyer evaluating oceanfront property here should ask the City of North Myrtle Beach directly about the current state of the dune line and any known erosion hotspots near a specific parcel, and should not assume that a beach that looks wide and stable today will remain unchanged without ongoing maintenance. Nothing on this page is real estate, engineering, or financial advice.