| Contact Mary
Bryant, RiskWorld staff, e-mail bryant@tec-com.com. |
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| American
Industrial Hygiene Association |
| Founded
in 1939, this professional organization is dedicated to the anticipation,
recognition, evaluation, and control of environmental factors arising in
or from the workplace that may result in injury, illness, impairment, or
affect the well-being of workers and members of the community. The
association's web site is an essential source for information on
occupational and environmental health and safety issues. AIHA's numerous
committees, including its Risk
Assessment Committee, plan, develop, and institute many of the
association projects, including position statements, continuing education
courses, publications, and technical and roundtable sessions presented at
various conferences. (Posted
September 2000.)
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| http://www.aiha.org/ |
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The voluntary program Farm*A*Syst is a partnership between U.S.
government agencies and private
business that enables individuals to prevent pollution on farms,
ranches, and homes using confidential environmental assessments. The web
site also includes assessment materials in the Spanish language (en
Español). Also see Home*A*Syst. (Posted
March 2000.)
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http://www.uwex.edu/farmasyst/
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Home*A*Syst helps families to identify potential risks to their
health and the environment--such as unsafe drinking water, lead paint, and
hazardous household products--and to develop an action plan to reduce the
risks. This national program, based at the University of Wisconsin and
cooperatively supported by the U.S. Department of Agriculture and the U.S.
Environmental Protection Agency, also publishes an on-line newsletter titled
The Threshold. Also see Farm*A*Syst. (Posted
March 2000.)
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http://www.uwex.edu/homeasyst/
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ISEC, Inc.
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ISEC, Inc., established in 1979 has its main offices in downtown San
Francisco, California, U.S.A. It's comprised of three major groups. The
Advanced Engineering Technology Group performs analyses and risk
assessments. In addition to developing software, the Research and Software
Development Group focuses on developing theoretical, numerical and
analytical techniques for nonlinear dynamics and risk assessment
applications. The Engineering Design Group addresses new design concepts and
retrofit design concepts for environmental loads including earthquakes.
(Posted September 2000.)
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http://www.isec.com/
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NCEA, one of two national centers that are part of the U.S. Environmental
Protection Agency's Office of Research and Development (ORD), serves as the
national resource center for the overall process of human health and
ecological risk assessments; the integration of hazard, dose-response, and
exposure data and models to produce risk characterizations. The center
occupies a critical position in ORD between (1) the researchers in other ORD
components who are generating new findings and data, and (2) the regulators
in the EPA program offices and regions who must make regulatory,
enforcement, and remedial action decisions. NCEA focuses its work in three
major areas: developing methodologies that reduce uncertainties in current
approaches, such as dose-response models and factors, exposure models and
factors, probabilistic models, and community-based risk assessment;
conducting assessments of contaminants and sites of national significance;
and providing guidance and support to risk assessors that includes
databases, risk assessment guidelines, expert tools, consultation and
program support, and risk assessment training. In addition, NCEA coordinates
and implements the health and ecological assessment activities of the Risk
Assessment Forum staff. (Posted
February 2000.)
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http://www.epa.gov/ncea/
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| The Federal Crop
Insurance Reform and Department of Agriculture Reorganization Act of 1994
established ORACBA, which began operation on April 15, 1995. The office's
primary role is to ensure that major regulations proposed by USDA--those
concerning human, health, safety, or the environment and having an annual
economic impact of at least $100 million (1994 dollars)--are based on
sound scientific and economic analysis. For such regulations, the
Reorganization Act requires USDA to conduct a thorough analysis that makes
clear the nature of the risk, alternative ways of reducing it, the
reasoning that justifies the proposed rule, and a comparison of the likely
costs and benefits of reducing the risk. The office publishes a quarterly
newsletter for risk assessment professionals, ORACBA News, which is
available on line. (Posted May 2000.)
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| http://www.usda.gov/agency/oce/oracba/
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| The purpose of this primer is to
give the reporter an understanding of how risk assessment is currently
practiced and publicized. It is intended to enable the journalist to sort
through the numbers and scientific terminology to detect whether they are
getting the whole story and to identify the strengths and weaknesses of a
study. The ultimate goal is to improve public understanding and
decision-making regarding environmental risks. In this handbook, risk
assessment refers to the process of estimating the type and magnitude of
risk to human health posed by exposure to chemical substances; however,
many of the principles of risk assessment described also apply to
measuring other forms of risk. The handbook also includes chapters on
exposure assessment, toxicity assessment, epidemiology, and risk
communication.
The independent, nonprofit institution Foundation
for American Communications, which provides the knowledge and
resources journalists and their sources need to effectively communicate
information to the public through the news, and National
Sea Grant College Program, which encourages the wise stewardship of
marine resources, produced this handbook. (Posted
February 2000.) |
| http://www.facsnet.org/report_tools/guides_primers/risk/ |
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RiskWorld provides a growing list of risk assessment consulting firms
with links to their webs. (Posted March 2000.)
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http://www.riskworld.com/websites/webfiles/ws00a004.htm#RiskAssessment
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| Risk
assessors and risk assessment data play an important role in the
characterization and cleanup of Superfund sites. This site provides
information about how risk data is used at each step in the Superfund
process and publishes guidance/policy documents on line. (Posted
January 2000.) |
| http://www.epa.gov/superfund/programs/risk/ |
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| RAIS
contains risk assessment tools and information that include risk-based
preliminary remediation goal (PRG) calculations, a toxicity data base,
risk calculations, and ecological benchmarks. The tools are designed for
use at all U.S. Department of Energy sites and can be customized for
site-specific conditions. RAIS also includes information, guidance, and
risk results applicable to the Oak Ridge, Tennessee, reservation.
This work has been sponsored by the DOE Office of Environmental
Management, Oak Ridge Operations
Office through a contract with Bechtel
Jacobs Company LLC. (Posted January 2000, updated
March 2000.) |
| http://risk.lsd.ornl.gov/rap_hp.shtml |
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RiskWatch Inc., a leading risk assessment software company since 1990,
provides quantitative risk analysis software that produces accurate
results for better decision making on security measures. Based
in Annapolis, Maryland, with a sales and engineering office in San Jose,
California, its clients include U.S. federal agencies and
departments, states, and corporations. The software is available in
versions for information systems, for physical security, for school
security, and for security planning. (Posted March
2000.)
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http://www.riskwatch.com/
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The Society of Toxicology's council established the Task Force to
Improve the Scientific Basis of Risk Assessment in January 1996 and
charged it with tackling the following objectives over a three-year
period: 1) stimulate efforts to improve the use of scientific data as the
basis for risk assessment, 2) impact the generation of data appropriate
for risk assessment, 3) promote the development, validation, and use of
better testing and risk assessment methods, and 4) seek to facilitate
acceptance of new science and methods by regulatory agencies. The task
force initiated and helped developed a fact sheet titled Risk
Assessment: What's It All About?, which was approved by the SOT
council in November 1999. The task force's strategic plan for 1999-2002 is
focusing on stimulating mechanistic research and promoting its integration
into risk assessment to facilitate regulatory advancement. (Posted
March 2000.) |
| http://www.toxicology.org/aboutSOT/about-ratf.html |
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The U.S. EPA's Soil Screening Guidance
provides a simple step-by-step methodology for environmental
science/engineering professionals to calculate risk-based, site-specific
soil screening levels (SSLs) for contaminants in soil that may be used to
identify areas needing further investigation at Superfund National
Priorities List sites. The Soil Screening Calculations web site, which is
maintained by the Oak Ridge National Laboratory's Toxicology
and Risk Analysis Section and is sponsored by the U.S. EPA's Office
of Emergency and Remedial Response, includes more chemicals than the
published Soil Screening Guidance and also an alternate equation for
"Ingestion of Carcinogenic Contaminants in Soil" to account for
those situations where a child is not a likely receptor. These have been
added to make the tool as comprehensive as possible. (Posted January 2000.)
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http://risk.lsd.ornl.gov/calc_start.htm
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The U.S. Environmental Protection Agency has developed the tool Soil
Screening Guidance to help standardize and accelerate the evaluation and
cleanup of contaminated soils at sites where future residential land use
is anticipated on the National Priorities List (NPL) of the Comprehensive
Environmental Response, Compensation, and Liability Act (CERCLA), commonly
known as Superfund. Soil Screening Guidance is available on line in three
portable document formatted (PDF) documents: (1) a Quick Reference Fact
Sheet, which provides an overview of the development and use of soil
screening levels (SSLs); (2) a User's Guide, which provides details for
implementing a simple methodology for calculating site-specific SSLs; and
(3) a Technical Background Document (TBD), which presents generic SSLs and
the technical foundation for the methodology for establishing SSLs. (Posted
January 2000.)
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http://www.epa.gov/superfund/resources/soil/index.htm
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