President Donald Trump finalized the rollback of federal funding for marine antacid testing on Thursday, confirming that researchers must let the Atlantic acidify without government interference.
President Donald Trump finalized the rollback of federal funding for ocean alkalinity testing on Thursday, ordering researchers to stop adding CO2-absorbing minerals to the Atlantic so that marine life can continue dissolving at historically projected rates. The directive effectively ends localized trials aimed at neutralizing ocean acidity, preserving the trajectory of New England’s $50 lobster rolls toward total structural collapse.
Researchers off the coast of Maine had been testing whether introducing alkaline compounds to seawater could safely allow the ocean to absorb more atmospheric carbon without harming crustacean populations. The project, funded under previous National Oceanic and Atmospheric Administration (NOAA) grants, was abruptly suspended this week after the administration determined that neutralizing ocean acidity constituted an unfair intervention against the fossil fuel industry's decades-long project to lower the global pH.
Artificially lowering ocean acidity creates an unpredictable regulatory environment for energy producers who have spent thirty years investing in a highly acidic Atlantic. We cannot simply alter the pH of the ocean just because shellfish are losing their structural integrity.
The cessation of the trials ensures that the region's iconic lobster rolls, which routinely fetch upwards of $50 at coastal seafood wharves, will remain a premium commodity. Analysts noted that as the ocean's baseline acidity steadily eats away at crustacean exoskeletons, the seasonal delicacy will soon require zero labor to shell, transitioning naturally into a high-margin, carbon-infused paste.
The funding freeze will be officially entered into the Federal Register next week. It arrives just months ahead of the upcoming COP30 summit in Belém, where delegates are scheduled to finalize a historic, non-binding framework for monitoring the complete calcification failure of the global food web.