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An estimated 15 people were injured when a vehicle struck attendees of the Lao New Year parade in New Iberia, Iberia Parish, Louisiana.The Iberia Parish Sheriff’s Office, via spokesperson Rebecca Melancon, indicated that the preliminary investigation suggests the incident was not intentional.According to Acadian Ambulance, 11 victims were transported to hospitals by ground ambulance and two were airlifted for urgent care. The response mobilized ten ambulances and two medical helicopters to the scene.The crash occurred in New Iberia, a city of over 28,000 residents, located roughly 34 km (21 mi) south of Lafayette and 214 km (130 mi) west of New Orleans.The Lao New Year Festival parade, an annual Easter‑weekend event featuring live music, food vendors, and a beauty pageant, saw its musical program cancelled while vendors were allowed to remain open until 9 p.m. local time.Festival organizers expressed deep sorrow, stating, "We are praying for the victims and their families," and indicated that, if security resources are restored, religious services would resume on Sunday.The Lao New Year celebration, rooted in Buddhist tradition and marking the transition from the dry season to the monsoon, reflects the presence of a vibrant Lao community in Louisiana, particularly in New Iberia’s Lanexang Village, which houses hundreds of Lao residents.Many members of this community trace their origins to the aftermath of the Vietnam War and the 1975 Pathet Lao takeover, which prompted large‑scale migration to the United States.

Submersible hydroelectric systems are emerging as a pivotal component of North America’s clean‑energy strategy, especially as the Trump administration eliminates key subsidies for solar and wind. The technology, already proven in Alaska and Maine, is now being deployed in the densely populated Great Lakes corridor, where electricity demand and prices are climbing sharply. Last month, Ocean Renewable Power Company (ORPC) announced its first urban installation on the St Lawrence River in Montreal, slated to launch two carbon‑fiber turbine units later this year. ORPC’s CEO Stuart Davies highlighted the river’s “consistent, high‑velocity water” and estimated a 60‑90 MW resource potential for the Montreal area alone. In parallel, ORPC is preparing a second project on the Niagara River near Buffalo, New York, and plans a future deployment on the lower Mississippi River between Baton Rouge and New Orleans. The timing coincides with record electricity price spikes across the Great Lakes. New York’s public service commission approved substantial rate hikes in September, and further increases are scheduled for 2027, while Michigan and Ohio face similar pressures driven by data‑center expansion. These economic pressures are driving interest in marine‑based power. Unlike traditional hydropower, ORPC’s devices resemble “push‑lawn‑mower blades” and can generate between 0.5 MW and 5 MW continuously, offering a potential baseload for industrial users and a reliable backup during grid outages. Environmental considerations remain central. While Quebec benefits from long‑standing, low‑cost hydropower, U.S. projects endure an average eight‑year licensing timeline. Critics worry about impacts on fish and wildlife, though ORPC cites its Alaska deployment—operating since 2019 without recorded fish injuries despite massive salmon migrations—as evidence of minimal ecological risk. Researchers are also expanding the technology’s reach to slower‑moving waters. University of Michigan professor Michael Bernitsas demonstrated the Vivace system on the St Clair River, capable of harvesting energy from currents as low as 0.5 m/s, suggesting broader applicability across the Great Lakes watershed. Operating in fresh water offers a distinct advantage: the absence of salt eliminates corrosion, extending turbine lifespan and reducing costs compared with ocean‑based projects. Some European tidal installations have even anchored devices to riverbeds to avoid ice damage, a practice ORPC may adopt. Financially, the sector benefits from a 40‑50 % investment tax credit that remains intact, even as the Trump administration phases out Biden‑era subsidies for solar and wind. The National Hydropower Association confirms that marine‑energy tax incentives will stay in place through at least 2033, reshaping the competitive landscape and attracting inquiries from entities in over 70 countries. As electricity bills rise and policy shifts favor alternative renewables, submersible hydropower could become a cornerstone of the Great Lakes’ energy mix, delivering resilient, low‑carbon power while navigating regulatory and environmental hurdles.