The implementation of the Water Framework Directive (WFD) requires the design of monitoring programmes for all Member States.
The effectiveness of this implementation will highly depend on the ability of Member States' laboratories to measure chemical,
biological and ecological changes of the quality of Community waters. As such data are the basis for regulatory decisions and
measures required to achieve WFD environmental objectives, appropriate analytical quality assurance and control (QA/QC) has
to be established across all EU monitoring laboratories this means to demonstrate data comparability and equivalence of
measurement procedures among the participating laboratories in all member states.
The EAQC-WISE project belongs to the the 6th Framework Programme and Priority 8, which promotes activities in support of the
development and implementation of EU policies.
The EAQC WISE project began the 1st december 2005 and will last 3 years. This project involves 17 partners from 10 countries (
7 EU Member States and 3 New EU Member States), as a variety of different types of organisation in terms of complementarity,
research institutes, universities, consultant and private companies.
Consequently, the objectives of EAQC-WISE are:
- to study existing QC tools and systems and scientific outputs suitable to set up a QC system to support the WFD
implementation and future EU soil monitoring,
- to undertake research surveys to identify QC gaps, notably for pre-normative research on difficult parameters and sampling
operations with emphasis on priority substances and pollutants of Annex VIII, biological and ecological parameters in water,
biota and soil,
- to recommend key steps of a QC system that would provide confidence in the whole analytical process, from sampling to
reporting, for chemical and biological parameters from monitoring at river basin scale as well as at European scale,
- to exemplify the feasibility of the proposed system through a series of case studies and if necessary through additional
demonstrator experiments, such as a sequence of pan-European comparison for sampling and trace analysis of selected components
integrated with detailed scientific evaluations and training components,
-to carry out an impact assessment of such a QC system ensuring data comparability at European level.
The main output will be a blue print of an efficient and potentially sustainable QC system for WFD implementation.