MS211: Final AIHA report on Semi Project in Kazahkstan

Authors

Armin Weinberg

Author Biographical Info

Dr. Weinberg is a Clinical Professor at Baylor College of Medicine (Medicine), Adjunct Professor at Rice University (Kinesiology & Human Performance) and Faculty Affiliate of the Texas A&M Center for Population Health and Aging (CPHA). He was a founder of the International Consortium for Research on the Health Effects of Radiation, in response to the Chernobyl nuclear accident and has spearheaded international partnerships in the Ukraine, Kazakhstan, Azerbaijan, Russia, and Israel. Dr. Weinberg currently serves as a board member of the Intercultural Cancer Council, Community of Practice (CoP) for Vulnerable Populations for National Center for Medical Education Development & Research,The Schull Institute Advisory Board, National Hispanic Life Sciences Society and Texas Life Science Foundation.

Identifier

DM-MS211-012-0003

Publication Date(s)

December 6, 2000

Language

English

Keywords

Project Sapphire, Kazakhstan (Asia), American International Health Alliance

Abstract

An executive summary of the last year of the AIHA supported activities that were supported as a part of the payback (Project Sapphire) for dismantling nuclear weapons in Kurchatov. An extremely meaningful set of mutually agreed upon objectives by both sides served as a solid base to establish a multidimensional effort. See more at Armin Weinberg, PhD Papers and its finding aid.

Copyright

This work is licensed under a Creative Commons Attribution-NonCommercial-No Derivative Works 4.0 International License.

Comments

Dr. Weinberg copied several file groups to a flash dirve. These files were transfered for preservation using Data Accessioner. 11/1/2016. This was a test submission. Dr. Weinberg wanted to view files and determine relevance to collection.

Recommended Citation

Weinberg, Armin, "MS211: Final AIHA report on Semi Project in Kazahkstan" (2000). Works on Radiation Effects: 1990-2020. 3.
https://digitalcommons.library.tmc.edu/radiationeff/3