The research projects being
conducted under the MITE Research Network will closely align with the Canadian paradigm
for ecological risk assessment as it applies to metals. The results of the research
projects will feed into a Risk Characterisation to produce the following major products
(in addition to the individual reports and publications that are normally produced as part
of a scientific study):
-
A revaluation of the overall risk of metals in the global
environment based on the new information gathered by the above noted studies, and
incorporation of other relevant and appropriate studies conducted by other researchers
(not restricted to Canada or to researchers or organizations with whom linkages have been
developed)
-
A revised ecological risk assessment framework for metals in
the environment, for both regional (e.g. Canadian Shield) and local risk assessments.
These two products, which integrate the results of the MITE
Research Network, will be developed under the guidance of Dr. Peter Campbell (MITE RN,
Research Director, Tel. 418-654-2538) and Dr. Peter Chapman (EVS Environment Consultants,
North Vancouver, BC., Tel. 604-986-4331).
-
ERA Summary
of MITE-RN Studies, asking 3 key questions: "Why was
this study done?", "What were they key findings", and "Why should
regulators
and non-scientists
care about these findings?" is now available. PDF, October 2003.
-
MITE-RN Year 4 Ecological Risk
Assessment (ERA) Achievements
A key objective of the Metals in the Environment Research Network
is to improve Ecological Risk Assessment (ERA) for metals. We adopted
the ERA model for the Network, specifically developing projects
in
three main ERA components (termed domains within MITE-RN): Hazard
Identification (Sources); Exposure Assessment (Processes); and
Effects Assessment (Impacts). In the ERA model, these three
components are integrated into Risk Characterisation, to assess
the probability of risk. Risk Characterisation is the joint
responsibility of Peter Chapman (EVS Environment Consultants)
and Peter Campbell (Network Principal Investigator). One of the
major
ERA accomplishments in Year 4 has been the development of a
comprehensive synthesis of the ERA implications of each MITE-RN
project, in tabular form. This compilation provides a concise
summary of the ERA implications of each project, and identifies
how the new research findings may/should change the way ecological
risk
assessments are performed for metals. The summary table is regularly
updated as new results become available; the PIs submit their
new findings to Dr. Chapman, who then updates and periodically
distributes the table.
Ecological
Risk Assessment (ERA) Context of Existing MITE-RN Studies
(PDF, updated March 2004)
-
Conducting Ecological Risk
Assessments of Inorganic Metals and Metalloids: Current Status (PDF).
From Human and Ecological Risk Assessment: Vol. 9, No.
4, pp. 641-697 (2003).
-
Table of contents from the Journal of Human and Ecological Risk
Assessment (volume 9). (PDF)
-
Vision
for the Ecological Risk Assessment component of the MITE-RN in
PDF format.
(added October 17, 2001)
-
Click here to view a slide
presentation
(Click here to download the
PowerPoint file)
-
Status Reports: 2002 | 2001 (PDF)
-
Issues in Ecological Risk Assessments
of Inorganic Metals and Metalloids, a paper by Peter
Chapman and Feiyue Wang. Authors version (PDF), Published version (PDF
- scan)
Ecological Risk Assessment
Internships
Since a key objective of the Network has been the need to interpret
new
knowledge generated through MITE-RN research in the context of an
environmental risk assessment (ERA) framework, an Internship program
which involves the creation of two “intern” post doctoral
level positions
was created. Dr. Richard Goulet works in Hull under
the
supervision of Dr. Pat Doyle at Environment Canada, and Dr. Collins
Kamunde works in North Vancouver under the supervision of Dr. Peter
Chapman, of EVS Environment Consultants. Dr. Chapman is the MITE-
RN ERA coordinator.
Co-sponsorship of the MITE-RN ERA intern program is provided by
Environment Canada and through the NSERC Industrial Research
Fellowship program. |