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A Mississippi flood relief project could harm 90,000 acres of valuable wetlands. Is it worth the tradeoff?

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A Mississippi flood relief project could harm 90,000 acres of valuable wetlands. Is it worth the tradeoff?


ROLLING FORK, Miss. — Anderson Jones first remembers his home flooding in 1973, when water from the nearby Mississippi River blanketed his family’s 10-acre farm and surrounded the shotgun house his father built, leaving it an island. The family tried to keep the water out, but when puddles started forming on the floor, a teenage Jones and his siblings were forced to evacuate.

“We was the only ones out here. Everybody had left,” recalled Jones, now 65 and still living in the same house in Issaquena County, Mississippi. “When the water started seeping in, and we couldn’t bring no equipment to try to patch it up, we had to go.”

Jones’ home sits on the western edge of the Yazoo Backwater Area, a 1,446-square-mile basin in Mississippi’s Delta region once dominated by river swamps and floodplain forests. Crop fields have steadily replaced these wetlands over the years, but those that remain support hundreds of plant and animal species and serve as a rest stop for millions of migrating birds each year.

Jones’ family settled here in part because they could live off the rich land. His father was a forester, and he and his nine siblings grew up squirrel hunting and helping with the family farm. “I’m not gonna move,” said Jones. “I’m not gonna give up what my dad had worked hard for, no sir.”

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Imani Khayyam

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Mississippi River Basin Ag & Water Desk

Severe flooding in Mississippi’s Yazoo Backwater Area has increased local support for a long-in-the-works government project that would install a massive pumping station in the area. Environmentalists insist that the pumps would damage up to 90,000 acres of backwater wetlands.

While backwater wetlands depend on periodic flooding for survival, severe inundations in recent decades have decimated crops and pushed residents like Jones out of their homes, sometimes for months at a time. These floods have increased local support for a contentious government project that would install a sprawling pumping station in the backwater area.

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Developed by the U.S. Army Corps of Engineers, the so-called Yazoo Pumps project purports to reduce flooding while protecting farmers and minimizing environmental harm. But conservation groups insist the project would disrupt the area’s delicate hydrology, damaging at least 90,000 acres of forested wetlands at a time when federal wetland protections are fraying.

Concerns over wetland degradation have stymied past versions of the Yazoo Pumps project. In 2008, the U.S. Environmental Protection Agency used a rarely invoked authority to block construction of a smaller pumping station in the area.

Nearly two decades later, the agency has signed off on the Corps’ new pumps scheme, which cleared the way for the Corps to finally authorize the project on Jan. 16.

The EPA’s about-face has dismayed environmentalists, who argue the Corps’ latest pumps plan is just as harmful to backwater wetlands and wildlife as its predecessors.

“I don’t see how the damage is less than before,” said Eugene Turner, a professor at Louisiana State University’s Department of Oceanography and Coastal Sciences specializing in wetland management and loss. “You’re not getting conservation of wetlands—you’re having a drainage of wetlands.”

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New scheme, old fears

The Yazoo Backwater Area is part of the Lower Mississippi Alluvial Valley, an ancient floodplain flanking the Mississippi River that stretches from southern Illinois to the Gulf of Mexico (which President Trump has ordered be renamed the Gulf of America).

Once home to 24 million acres of wetlands fed by the river and its tributaries, the valley has lost most of these river swamps to agriculture, and the Corps has used levees and other diversions to shield farmers and crops from recurrent flooding.

The agency’s newly authorized Yazoo Pumps project seeks to address continued flooding in the backwater area caused, at least in part, by its own engineering.

When the Mississippi River runs high, the Corps shuts a floodgate at the bottom of the basin to keep river overflow from backing up into the low-lying area. This traps rainwater from the entire Delta region on the other side of the gate and stops it from draining out of the basin, submerging farmland and properties in the area.

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Map of the Yazoo Backwater Study Area in the Mississippi Delta, showing locations of control structures including the Steele Bayou drainage flood gate. The map highlights the area affected by the Army Corps' Yazoo Pumps project, which aims to reduce flooding but could impact 90,000 acres of wetlands. An inset shows the location of the study area within Mississippi.

The Army Corps’ Yazoo Pumps project aims to reduce chronic flooding in the backwater area, but environmentalists warn it could damage 90,000 acres of wetlands.

To remove excess water from the area during times of high flow, the Corps plans to install a giant pumping station next to the floodgate, capable of moving 25,000 cubic feet of water per second. Though the station would run year-round, the Corps claims its operating schedule will allow enough periodic flooding to sustain local wetlands while protecting homes and crops from the worst floods.

In all, the Corps estimates that about 780 homes in the backwater basin could see less flooding after the pumps are installed, including 309 homes in low-income communities burdened by environmental hazards.

Agency officials said the new plan will protect vulnerable residents while preserving the basin’s remaining natural resources.

“One of the misconceptions of this [project] is that the pumps are going to drain the entire Yazoo backwater [area] out … and that’s not the case,” said Brandon Davis, the environmental planning chief at the Corps’ Vicksburg District.

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The Yazoo Backwater Area in western Mississippi is home to ecologically diverse forested wetlands that depend on periodic flooding for survival. Conservation groups warn that a newly authorized flood-control project from the Army Corps of Engineers would harm 90,000 acres of these swamp forests.

Imani Khayyam

/

Mississippi River Basin Ag & Water Desk

The Yazoo Backwater Area in western Mississippi is home to ecologically diverse forested wetlands that depend on periodic flooding for survival. Conservation groups warn that a newly authorized flood-control project from the Army Corps of Engineers would harm 90,000 acres of these swamp forests.

Environmental groups counter that the Corps’ new pump plan would inflict lasting damage on a stretch of backwater wetlands roughly double the size of Washington, D.C.

Draining water from the area as proposed by the Corps would reduce how much and how often these wetlands are flooded—a change independent scientists confirmed would cause a chain reaction across local ecosystems.

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“Reducing water levels will reduce the productivity of the wetlands,” said Alex Kolker, an associate professor at the Louisiana Universities Marine Consortium. “It’ll reduce the amount of food they can produce, which will reduce the amount of wildlife and birds that a system like that can support.”

Kolker also worries the pumps could impair other wetland functions, like their ability to store carbon from the atmosphere and filter out contaminants from water. He said despite the Corps’ efforts to reduce environmental harm, the plan would still result in the “degradation” of habitats and ecological processes.

“You’re still going to have drying out in some of these wetlands, and particularly in some of the swamps,” he said. “It does look like many of the concerns from the environmentalists are still there.”

Corps officials acknowledged that the pumping system could alter flood patterns across roughly 90,000 wetland acres in the backwater area. However, they stressed that these hydrologic changes could be slight in many cases and would not necessarily translate to adverse impacts.

Irreversible impacts

Since the Corps cannot avoid harming federally protected wetlands with its approved Yazoo Pumps plan, the agency is legally required to offset the damage through compensatory mitigation—creating or restoring similar habitats to those destroyed.

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The Corps plans to fulfill this obligation through a local “in-lieu fee program” operated by Ducks Unlimited, a national conservation nonprofit.

Under the proposed arrangement, Ducks Unlimited would generate “mitigation credits” by restoring and building new wetlands in the Mississippi Delta. The Corps would then purchase those credits to offset damage from the pumps’ construction and operations, according to agency documents.

The Corps used a complex technical formula to determine the amount of mitigation required for the project. Based on those calculations, Ducks Unlimited confirmed that it will need to restore close to 6,000 acres of wetlands in the Yazoo basin—an area seven times the size of Central Park.

“This is probably one of the biggest wetland mitigation projects in the entire country,” said Patrick Raney, Ducks Unlimited’s director of conservation services.

The project’s scale is reflected in its price tag and expected timeframe: Based on previous restoration work, Ducks Unlimited expects mitigation for the Yazoo Pumps to cost around $90 million and take up to 12 years to complete.

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Despite the project’s lofty targets, Raney said his organization is equipped to execute the plan, which hinges on converting flood-prone farmland into new marshes.

“We feel pretty good that the amount of habitat that’s going to be picked up is a net gain,” he said.

Crop fields have steadily replaced wetlands in Mississippi’s Yazoo Backwater Area, which is part of the Lower Mississippi River Alluvial Valley and was once dominated by river swamps and floodplain forests. It’s now one of the world’s most productive agricultural regions.

Imani Khayyam

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Mississippi River Basin Ag & Water Desk

Crop fields have steadily replaced wetlands in Mississippi’s Yazoo Backwater Area, which is part of the Lower Mississippi River Alluvial Valley and was once dominated by river swamps and floodplain forests. It’s now one of the world’s most productive agricultural regions.

Other environmental groups described the Corps’ mitigation strategy as unrealistic and insufficient, claiming it doesn’t come close to compensating for damage to 90,000 acres of wetlands.

Erik Johnson, a conservation biologist and the director of conservation science at Audubon Delta, was skeptical that any mitigation plan could replace the distinct habitats and ecological benefits of the backwater area’s swamp forests.

“Some of this may, in fact, be unmitigable,” he said, explaining that it would take decades before restoration efforts could produce fully mature forested wetlands.

Davis, with the Corps, declined to confirm Ducks Unlimited’s cost estimate for the mitigation plan, saying it would be “premature” to speculate about pricing. The agency has committed publicly to purchasing all necessary mitigation credits before starting construction.

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A costly about-face

Johnson and others’ warnings about the current Yazoo Pumps plan echo concerns from government agencies over past versions of the project.

When the Corps proposed building a pumping station in the backwater area in 2007, the EPA vetoed the project a year later, saying it would violate the Clean Water Act by causing “unacceptable adverse effects” on at least 28,400 acres of local wetlands. The agency stressed at the time that this veto would also likely apply to future versions of the project that did not significantly modify its main components.

More than 15 years later, the Corps put forward a new plan that would allow for more seasonal flooding than the rejected 2007 scheme—a change the agency hoped would make the project more palatable to the EPA.

On Jan. 8, the EPA released a letter expressing support for the Corps’ new project, stating that it would be “less environmentally damaging” than the 2007 proposal.

Stu Gillespie, a supervising senior attorney at the environmental law group Earthjustice, called the EPA’s January determination unprecedented and illogical. By allowing the current Yazoo Pumps plan to move forward, the agency is violating standards clearly established in its own veto, he said.

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“This proposed project is going to impact over 90,000 acres of wetlands. That’s three times the amount that EPA prohibited in the veto,” Gillespie explained. “For them now to reverse course and say the veto doesn’t apply is unheard of.”

With the latest Yazoo Pumps plan now moving into its engineering and design phase, Gillespie did not rule out the possibility of litigation to force a judicial review of the EPA’s decision. Abandoning the veto and greenlighting the project dilutes the authority of the EPA and Clean Water Act, opening the door to further wetland conversion outside the Yazoo Backwater Area, he said.

“There’s a lot at stake,” Gillespie concluded. “Lifting this veto … lets the horse out of the barn, and there’s no way to get it back in.”

In Issaquena County, Anderson Jones said he hopes the approved Yazoo Pumps project will protect his ancestral home. The constant flooding has worn on him and his family, and he’s willing to try any solution that could offer some relief — even one that isn’t perfect.

“I’m trusting God that the pumps will work,” he said. “It can’t be no worser.”

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This story is part of the series Down the Drain from the Mississippi River Basin Ag & Water Desk, an independent reporting collaborative based at the University of Missouri in partnership with Report for America, with major funding from the Walton Family Foundation.





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Measuring Mississippi State baseball’s concern level after sweep by Georgia at home

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Measuring Mississippi State baseball’s concern level after sweep by Georgia at home


STARKVILLE — Mississippi State baseball swept its previous two SEC opponents but fell on the other end against Georgia.

No. 4 MSU (25-7, 7-5 SEC) was swept by No. 5 Georgia (27-6, 10-2) at Dudy Noble Field. It was the first time MSU was swept under first-year coach Brian O’Connor.

Mississippi State lost 10-9 on April 2, 3-1 on April 3 and 8-5 in 10 innings on April 4.

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The three straight losses created the longest losing streak of the season. Georgia’s last sweep of MSU at Dudy Noble Field was in 2004.

“I’m not concerned,” O’Connor said. “Listen, you see it all over the place in this league. People get swept and things like that. When I talk to the team, I talk about taking each game like its own individual game.

“… There were certainty plenty of bright spots, but just not enough. I believe we got away from what got us to this point for whatever reason. We have to own that; we have to stand up as men and acknowledge what happened and make the adjustments to get back on the right track and play winning Mississippi State baseball.”

Star third baseman Ace Reese launched a shot that looked like it was going to win Game 3 in the ninth inning, but it was caught at the warning track.

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“It’s not concerning at all,” Reese said. “We’re a great ball club. I know what we can do. It was just unfortunate. We didn’t play good enough. We didn’t hit in situations well enough, and we didn’t pitch at the right time well enough.”

What Brian O’Connor wants more of from Mississippi State baseball

O’Connor said he agreed with a reporter’s observation that there was negative body language from Mississippi State players throughout the series.

“Words matter, and I met with the team before the stretch this morning and talked to them specifically about that and what a winner’s mentality looks like,” O’Connor said. “We just have to be better from that standpoint. We have to grow in that area. We showed some immaturity this weekend, and Georgia exposed that.”

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Mississippi State fell behind 10-2 in Game 1 in the fifth inning after a poor start from Charlie Foster and relief appearance by Jack Gleason. MSU scored seven unanswered runs after that but failed to drive in the tying run in the ninth inning.

MSU got another outstanding pitching start from Tomas Valincius in Game 2, but never scored after the first inning. Game 3 was tied at 5-5 through six innings until Michael O’Shaughnessy hit a three-run home run in the 10th inning.

Mississippi State left 32 batters on base throughout the series and batted 1-for-22 in the final two games with runners in scoring position.

Georgia also scored numerous runs throughout the series because of passed balls and wild pitches.

“Just overall a tough weekend,” O’Connor said. “That can happen in this league. It’s no excuse. We don’t accept it. We just have to learn from it and play be a little bit more tough-minded and approach the game the right way.”

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Sam Sklar is the Mississippi State beat reporter for The Clarion Ledger. Email him at ssklar@usatodayco.com and follow him on X @sklarsam_.



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Why has Mississippi River saltwater intrusion worsened? A surprising answer emerges.

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Why has Mississippi River saltwater intrusion worsened? A surprising answer emerges.


New modeling is deepening understanding of why saltwater intrusion up the Mississippi River has worsened in recent years, pointing to a previously underestimated factor as the primary cause and raising questions over how drinking water can be protected in the future.

The study of river dynamics by Tulane University researchers shows that crevasses, or breaks in the lower Mississippi’s banks, are the main factor in the recent worsening of saltwater intrusion, which can threaten drinking water for vast areas of southeast Louisiana, including New Orleans.

Sea level rise and the deepening of the river for shipping purposes have also contributed, but the crevasses located in Plaquemines Parish south of where the main levee system ends are by far the primary cause because of the way they slow the current in the main channel, the study shows.

The findings are in line with preliminary assessments from the Army Corps of Engineers, which is engaged in its own three-year study of the phenomenon, but dealing with the problem poses a series of difficult questions related to coastal land loss, shipping and infrastructure.

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The deepening of the lower river through large-scale dredging to accommodate bigger vessels has long been acknowledged as a factor in exacerbating saltwater intrusion, and that has spurred assumptions that those projects have been the main cause of the recent worsening. The new modeling disputes that.

“Deepening should not be considered as the main issue here,” said Ahmed Khalifa, the lead author of the new study published in the peer-reviewed journal Estuarine, Coastal and Shelf Science.

“Definitely we showed that it has some part … but not as much as, for example, sea level rise or closing any of the passes.”

Yet closing all the crevasses, or passes, is not seen as a viable option, and the Tulane research team, led by Ehab Meselhe, is also examining potential nature-based solutions.



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NewOrleansChalmetteRiverAerial.jpg

New Orleans skyline, the Mississippi River and PBF Chalmette Refinery photographed from over Chalmette, La., Saturday, June 3, 2023. (Flight courtesy of SouthWings)(Photo by Sophia Germer, NOLA.com, The Times-Picayune)




They have presented their findings to the Corps, whose data was employed in the modeling. The Corps is taking an extensive look on its own, even building a physical model of the lower river at its Vicksburg, Mississippi, research center, said spokesman Ricky Boyett.

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The research is vital as the region grapples with how to ensure safe drinking water and avoid the corrosion of infrastructure well into the future. Climate change-related effects, particularly sea level rise and increased drought in the Mississippi River basin, are expected to become greater factors in the future.

Complex threat

The threat is a complex one that occurs seasonally, when river flows drop in the summer and fall. That allows salt water to move upriver from the Gulf in the shape of a doorstop, its leading edge crawling along the river bottom because it is heavier.

The Corps has deepened the lower river over the years to accommodate the increasing size of oceangoing vessels, with the most recent project completed in 2022 and bringing it to a depth of 50 feet.

Because deepening worsens saltwater intrusion, the Corps developed a plan to mitigate it, constructing an underwater levee, or sill, along the river bottom to slow the salt water’s advance when it projects that it will be necessary.

The sill had initially been required about once a decade, but it has now had to be built four years in a row. In 2023, initial projections showed the salt water reaching New Orleans, setting off an emergency declaration from the White House and a scramble for a temporary solution to protect drinking water and related infrastructure.

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The salt wedge eventually retreated before reaching New Orleans as high flows returned to the river later that year, but it served as a wake-up call for local officials. New Orleans Mayor Helena Moreno has raised the possibility of building a regional water treatment plant as one potential solution, but that comes with extremely high costs and would require multi-parish coordination.







Neptune Pass

A ship travels down the Mississippi River, past Neptune Pass near Bohemia, La., Saturday, June 3, 2023. Critics of the Corps’ efforts to fight saltwater intrusion say the agency should immediately block off Neptune Pass and other river breaches to reduce the loss of fresh water from the river. (Flight courtesy of SouthWings)(Photo by Sophia Germer, NOLA.com, The Times-Picayune)

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The crevasses are largely the result of natural occurrences, with the Mississippi breaking its banks in a number of spots downriver, similar to how it formerly behaved before the construction of the vast levee system that keeps it in place. The slower flow of the main channel speeds the advance of the salt intrusion.

The most prominent crevasse in recent years is called Neptune Pass, which at one point expanded so much it was diverting up to 18% of the river into a nearby bay and wetlands. The Corps recently constructed a rock barrier to partially block Neptune, which is located across the river from Buras, bringing the flow down to around 8%.

It is not yet clear what effect the reduction of Neptune Pass flow will have on saltwater intrusion since the Tulane modeling used 2023 conditions as a base. Other crevasses included in the modeling are also located along the river’s east bank: Mardi Gras Pass, Bohemia Spillway, Ostrica Pass and Fort St. Phillip.

While shipping interests have long called for the closure of the crevasses because of the complications they create for vessels, the passes are also acting as natural river diversions, creating land the way the Mississippi used to do. That has led coastal advocates to argue for keeping them at least partially open.

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Closing them could also simply lead to more crevasses being created elsewhere since the river will eventually find its level.

The main focus of the $5.5 million Corps’ study, which is in its first year, is on whether its current mitigation plans involving the sill remain sufficient to deal with the effects of the deepening, said Boyett. But the research could also lead to other types of projects that address the problem more generally.







060422 Neptune Pass crevasse map

The Tulane researchers note that the future effects of sea level rise and other climate-related changes will be important. Boyett said the Corps is incorporating future conditions such as sea level rise in its modeling.

“We’re looking at it to, first, determine what’s causing it, if we are appropriately mitigating for it and — if we are and it’s still occurring — what are the other factors and how would one go about addressing that?” said Boyett.

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“We don’t necessarily say we’re going to have all the answers at the end of the modeling. But it may be that modeling gives us recommendations for pilot projects that we should try out.”

‘What is the potential?’

The details of the Tulane modeling are revealing.

It showed that, in 2023, sea level rise over the past three decades caused salt intrusion to advance about 4 additional miles, while the most recent channel deepening led to a 2.2-mile difference.

As for the east bank crevasses, the modeling showed that if all of them were closed — widely seen as impossible, but instructive for study purposes — the salt water would have advanced 75 fewer miles. Closing only Neptune Pass and Fort St. Philip resulted in a 47-mile difference, the modeling showed.

The study also looked at whether moving the sill to another location would improve its effectiveness in slowing the salt water’s advance. It concluded that moving it farther downriver would indeed work better.

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Further, the study determined a river level threshold for when the New Orleans area would face a severe threat. It found that a sustained flow of 125,000 cubic feet per second in the lower Mississippi would result in salt water overtopping the sill and advancing to New Orleans. That level is an extreme low, but it does occur occasionally.

One potential solution being examined by the Tulane team as well as the Corps is whether building sand dams in front of the crevasses when the flow is low could help. The idea could potentially satisfy lots of needs since the sand would wash away once river flows increase, building land farther downstream in the passes.

A number of studies are ongoing related to the lower river and the many challenges it presents, particularly as conditions evolve under a warming climate.

The Tulane team is part of a larger project on the future of the river’s mouth, known as MissDelta and financed by the National Academy of Sciences. A separate look at how to deal with the crevasses is being studied by the Baton Rouge-based Water Institute, the University of New Orleans, Nunez Community College in Chalmette and the California Institute of Technology.

In addition to the Corps’ three-year study of salt intrusion, it is also carrying out a five-year “megastudy” of the entire lower river and how to manage it, from Cape Girardeau, Missouri, to the Gulf.

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“We also have to look at it from a perspective of, ‘will there be more crevasses in the future? What is the potential?’” Boyett said of the Corps’ salt intrusion study.

“We’re doing it to look to make sure we’re doing what we’re supposed to be doing. But we also need to better understand what’s happening to the river down there.”



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New tariff on brand name drugs could impact Mississippi pharmacies

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New tariff on brand name drugs could impact Mississippi pharmacies


JACKSON, Miss. (WJTV) – A new federal tariff on imported, brand name prescription drugs could soon impact how much Mississippians pay at pharmacies.

President Trump signed an executive order on Thursday targeting imported brand name drugs with a 100 percent tariff, citing the U.S.’s “import reliance” as reason for the decision.

“We’re concerned about those patients not being able to afford their medications. When a patient cannot afford their medication, they tend to skip their medication. And so, a little problem can lead to a large problems with hospital visits,” said Dr. Andrew Clark, owner of Northtown Pharmacy.

Pharmacists are also worried about whether medications will be available at all.

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“If their cost increase, those supply chains will be disrupted, which can lead to back order or medication shortage. And as a pharmacist, what we’re concerned about is adherence. If there’s a shortage in medication, then those patients are not adhering to those medications,” Clark said.

While the policy aims to lower drug costs by bringing more manufacturing to the U.S., pharmacists said that relief won’t happen overnight.

“I don’t see drug manufacturers moving next month. And so, you can’t go two and three months without getting medication or can’t afford those medications,” stated Clark.

Pharmacists encouraged anyone picking up prescriptions to ask about lower-cost alternatives, generics or patient assistance programs to help manage costs.

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