No, the Fukushima water release is not going to kill the Pacific Ocean

https://theconversation.com/no-the-fukushima-water-release-is-not-going-to-kill-the-pacific-ocean-200902

4 points · 3 comments · view on lemmy.world

3 Comments

TendieMaster69@sh.itjust.works · 1 pts · 3y (1 reply)

It's kind of ironic when you think about it, the amount of fearmongering around nuclear power has actually led to more damage to the environment. Through burning fossil fuels for energy instead of using nuclear power there has arguably been more damage over time than all nuclear disasters in history. Just felt the need to write that, thanks for creating this community!

Seraph089@sh.itjust.works · 1 pts · 3y

It's quite a rabbithole. My "favorite" is the fearmongering around reactor waste products. People resist nuclear because we "need to store the waste", even though we can reprocess it back into fissable fuel. But also we "can't" do that, because that process can potentially be hijacked to produce nuclear materiel.

Both are valid concerns, but it shouldn't be an impossible problem to solve. Especially these days, knowing how destructive some of our other common fuel sources are.

solo@slrpnk.net · 1 pts · 346d

Fukushima Contaminated Water Risk Factor: Global Implications | February 12, 2025 | published by Environmental Science & Technology, Vol 59/Issue 7

Synopsis

The disposal of Fukushima’s contaminated water poses profound and potentially catastrophic risks to the environment, possibly exceeding initial expectations.

Abstract

The discharge of Fukushima radioactively contaminated water into the Pacific Ocean started in August 2023, posing comprehensive threats to marine ecosystems and human health globally. This study introduces the Fukushima Contaminated Water Risk Factor (FCWRF), which integrates three components─radionuclide diffusion, bioaccumulation, and global seafood trade─to evaluate the spatiotemporal distribution of risks based on actual discharge practices. Results suggest that comprehensive risks exceeding 2 orders of magnitude beyond the baseline will be transferred to six continents globally. Furthermore, the spread of such risks is projected to be six times faster than radionuclide diffusion. In the simulation, the results illustrated a small increase in radionuclide activity occurring in most regions of the Pacific Ocean. Nevertheless, the dimensionless FCWRF based on a novel integrated framework bridges the barriers among different fields in the risk assessment of radionuclides, thereby underpinning timely and effective responses from the global community.