Forensic Science and Environmental Monitoring
Providing critical data to stakeholders
Our multidisciplinary research teams tackle national security challenges that make our world safer, supporting efforts to prevent potentially catastrophic incidents involving radiological or nuclear materials. They also monitor the release and movement of anthropogenic isotopes, and they develop strategies to mitigate the impact of environmental contamination caused by human activities. In addition, they help law enforcement agencies solve crimes.
They use LLNL’s accelerator mass spectrometry (AMS) capabilities at CAMS to provide critical data to decision makers—isotopic clues regarding the origins of radioactive material, detonated devices, or illegally trafficked biobased material. These highly sensitive AMS analytical techniques measure extremely low isotope ratios, exploiting isotopic signatures that would otherwise be undetectable. The signatures help investigators detect illegal trafficking of radioactive material, determine the cause and intended purpose of a device detonation, or monitor radionuclides in the environment.
Research areas
Our nuclear forensic capabilities provide critical data needed by decision makers following a device detonation, when isotopic clues can help determine its cause and intended purpose.
Our researchers study the movement of radioactive anthropogenic isotopes in various ecosystems, providing insight regarding potential health hazards, as well as strategies for remediating contaminated areas.
Solving crimes with forensic science
Our researchers apply LLNL’s forensic capabilities to help law enforcement agencies identify human remains, solve cases, and assist in investigations of illegal trafficking of biobased material.
Learn more
Explore publications authored by LLNL scientists regarding forensic science and environmental monitoring at CAMS
Explore relevant instruments and technologies researchers at CAMS use for forensic science and environmental monitoring
