Welcome to PSR's Environmental Health Policy
Institute, where we ask questions -- then we ask the experts to
answer them. Join us as physicians, health professionals,
and environmental health experts share their ideas, inspiration, and
analysis about toxic chemicals and environmental health policy.
- The Final Institute November 20, 2014
- Food and Water Safety September 22, 2014
- Childhood Cancer June 24, 2014
- The Costs of Disease April 18, 2014
- Male Infertility February 26, 2014
- Flame Retardants December 13, 2013
- Risk Assessment and Chemicals November 19, 2013
- Preemption of State Chemical Reform October 18, 2013
- Fracking Revisited August 5, 2013
- Federal Chemical Policy Reform June 28, 2013
More Topics »
Radioactivity and Health
Barbara Gottlieb and John Rachow, MD PhD
October 31, 2012
This month, the Environmental Health Policy Institute considers a toxic substance not regularly addressed by the toxics community: nuclear radiation. Specifically, we look at the implications for human health of an accident at a nuclear power reactor. We use as our frame of reference the 2011 nuclear reactor accident in Fukushima, Japan.
In March 2011, a magnitude 9.0 earthquake occurred about 40 miles off the coast of Japan. The quake triggered a massive tsunami, estimated at between 33 - 49 feet tall. That wall of water devastated the northeast coast of Japan. More than 15,000 people were killed outright, with thousands more injured or missing. Damage to the built environment along the coast and for miles inland was unprecedented.
Situated immediately on the coast, squarely in the tsunami’s path, was the Fukushima Daiichi nuclear power station. Within a few hours the station, with six nuclear reactors, faced a power blackout. Off-site power was lost immediately with the earthquake; emergency electricity from diesel-powered generators kicked in, but could not be sustained because of flooding from the tsunami that struck 40 minutes later; on-site emergency battery power was exhausted in a few hours. With station blackout, cooling water for the individual reactors and spent fuel pools was lost. The reactor fuel overheated, generating hydrogen that eventually led to hydrogen explosions inside three of the reactor buildings. The buildings' internal infrastructure and their exteriors were severely damaged, and uncontrolled radiation release ensued.
How does nuclear radiation harm the human body? What would be the health consequences of a major nuclear accident here in the United States? Would we be able to evacuate the populations in harm’s way? And how do we assess the related question of the ever-growing stockpiles of nuclear reactors’ radioactive waste? We invite you to explore these challenging questions with us in this month’s Environmental Health Policy Institute.
Radiation's Risk to Public Health
Ira Helfand, MD
Evacuation in Case of Nuclear Reactor Accident: Feasible?
Andrew S. Kanter, MD MPH
An Overview of Radiation and Health
Jeffrey J. Patterson, DO
The Growing Problem of Spent Nuclear Fuel
John W. Rachow, MD PhD
Costs and Consequences of the Fukushima Daiichi Disaster
The views expressed in these essays are those of their respective authors and do not necessarily reflect the views of Physicians for Social Responsibility.