The Ouachita Mountains and Arkansas River Valley in western Arkansas fold weathered shale into slopes that fail during heavy rainfall, while the Ozark Plateau's limestone karst in the north produces sinkholes similar to those found in neighboring Missouri and Tennessee. Eastern Arkansas presents a third distinct risk: the Mississippi Embayment overlies the New Madrid Seismic Zone, where loose alluvial soils are highly susceptible to liquefaction during a seismic event, a risk most of the state's infrastructure was not originally designed around.
Arkansas's risk profile centers on ground settlement, slope instability, erosion control, and GSI ranks its solutions to match the state's real conditions.
This stems from Ozark Plateau limestone karst in the north in Arkansas. GSI's fix is compaction grouting.
weathered shale slopes in the Ouachita Mountains is the driver here. GSI addresses it in Arkansas through soil nailing.
Driven by Arkansas River corridor flooding, this shows up across Arkansas. GSI's response is coastal and bluff stabilization.
Arkansas sees this where liquefaction-susceptible soils near the New Madrid Seismic Zone. GSI resolves it with underpinning and foundation support.
Arkansas spans three distinct geologic settings. The Ozark Plateau in the north produces karst sinkholes from limestone dissolution, while eastern Arkansas sits within the Mississippi Embayment above the New Madrid Seismic Zone, where soft alluvial soil is vulnerable to liquefaction during an earthquake.
The Ouachita Mountains and Arkansas River Valley contain weathered shale slopes that fail during heavy rainfall, a condition {SLOPE_LINK} work addresses through reinforcement and drainage.
Loose, saturated alluvial soils in the Mississippi Embayment can temporarily lose bearing capacity during seismic shaking, a risk that most older Arkansas infrastructure in the region was not designed to withstand.
Yes, GSI maintains {FLOOD_LINK} for Arkansas River corridor flooding and karst related sinkhole emergencies statewide.
I-30, I-40, US-71, and US-65 cross both the Ozark karst belt and the Ouachita slope instability zone, while Arkansas River navigation infrastructure and eastern bridge crossings face New Madrid seismic exposure.
GSI's {DESIGNBUILD_LINK} model puts engineering and construction under one ArDOT compliant contract, matched to whichever of Arkansas's three distinct geologic settings a project falls within.
Sites affected by settlement or sinkhole repair often need temporary or permanent fencing during and after the work. RoadGuard's commercial fencing division handles both from the same sister company network as GSI.
From ground settlement to erosion control, GSI's engineers are ready to assess your Arkansas site.
