France – Greece – Austria – Poland - HPC AG
France – Greece – Austria – Poland - HPC AG
France – Greece – Austria – Poland - HPC AG
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Integrated Water Resources Management<br />
of the water district of Aegean Islands<br />
<strong>HPC</strong> PASECO Sp Ltd.<br />
<strong>HPC</strong> Griechenland<br />
22, Kykladon<br />
GR-11361 Athens<br />
Branch manager:<br />
Demetres Economides<br />
DEVELOPMENT OF REGIONAL<br />
POLICY ACCORDING TO WATER<br />
FRAMEWORK DIRECTIVE<br />
ATHENS <strong>–</strong> During the period 2003-2008,<br />
the <strong>HPC</strong> PASECO participated in the project<br />
“Development of Systems and Tools<br />
for Integrated Water Resources Management<br />
of the water district of Aegean islands<br />
<strong>–</strong> Development of Regional policy<br />
according to Water Framework Directive”,<br />
which was an innovative project about integrated<br />
water management in the Aegean<br />
Islands of <strong>Greece</strong>.<br />
The project aimed at the development of a<br />
dynamic tool that would enable to:<br />
<strong>–</strong> Register, analyse and model all the relevant<br />
data of the water resources (hydrology,<br />
hydrogeology, water demand,<br />
and water quality) both at spatial and<br />
thematic level.<br />
<strong>–</strong> Calculate the water balance of the<br />
present and future status<br />
<strong>–</strong> Develop water resources management<br />
scenarios taking into account and<br />
assessing the economic activities, under<br />
the scope of sustainable use<br />
<strong>–</strong> Introduce and assess new data<br />
through all of its functions, setting<br />
new management scenarios<br />
<strong>–</strong> be expanded, supplemented, modified<br />
and adjusted according to the requirements<br />
of its users and the current<br />
qualitative and quantitative data,<br />
both at spatial and thematic level<br />
<strong>–</strong> Integrated Management System (DSS)<br />
at Water Basin level.<br />
In order to be implemented all the aforementioned<br />
activities a Database and GIS<br />
application was developed. Data such as<br />
topographic (level curves, digital terrain<br />
models, land uses, road networks, main<br />
settlements, etc), geological (geological<br />
formations, etc), hydrogeological (hydro<br />
geological formations, etc), hydrological<br />
10 www.hpc.ag <strong>HPC</strong>, September 2009<br />
<strong>HPC</strong> <strong>Greece</strong><br />
(main rivers, lakes, water basins, etc),<br />
environmental (protected areas, etc,)<br />
and other were incorporated in the GIS<br />
application. A large number of maps<br />
(mainly of hydrographic network, water<br />
quantity and quality, as water balance and<br />
demand) including all data collected were<br />
prepared and submitted to the Ministry<br />
and the Prefectures.<br />
The aforementioned tool capabilities allow<br />
the Ministry of Development and the Prefectures<br />
to set up a regional and further a<br />
national strategy on the rational management<br />
of water resources and support all<br />
the necessary actions, including the future<br />
ones, rising from the Water Framework<br />
Directive (2000/60/EC).<br />
The project’s tasks were as follows:<br />
<strong>–</strong> PHASE A included collection and<br />
assessment of relevant studies and research<br />
data, collection, reliability control,<br />
selection and filling of primary<br />
data regarding natural systems (meteorological,<br />
climatic, geological, hydrological,<br />
and hydrogeological), as<br />
well as identification and presentation<br />
of existing monitoring networks and<br />
the qualitative and quantitative parameters<br />
of the hydrological cycle.<br />
<strong>–</strong> PHASE B included analysis of the<br />
infrastructure and uses. Registration<br />
of all economic activities taking place<br />
in the study area, description of works<br />
exploiting water reserves which serve<br />
the aforementioned activities and<br />
analysis of their operation. Within this<br />
frame, the water demand for irrigation,<br />
supply, pisciculture and the<br />
maintenance of environmental balance<br />
were assessed.<br />
<strong>–</strong> PHASE C: in this phase the management<br />
tool was developed. The results<br />
from PHASES A and B were introduced<br />
and simulation models for each<br />
island or for a whole block of islands<br />
were developed. The models simulated<br />
the spatial distribution of qualitative<br />
and quantitative characteristics of<br />
water demand and supply at each<br />
notable focal point of the study area<br />
and their continuous interaction.<br />
Finally the model was adapted to current<br />
conditions and its set-up was<br />
performed.<br />
<strong>–</strong> PHASE D included the assessment<br />
of economic scenarios (according to<br />
WFD 2000/60) which were the basis<br />
for analysing the policy for managing<br />
the water resources. The economic<br />
model analyses and calculates the<br />
economic result for each application<br />
of the management model. The development<br />
and assessment of scenarios<br />
and measures followed, as well as<br />
their future capacity.<br />
Finally, the Consultant proposed the<br />
institutional restructuring of the involved<br />
entities (regional units), human resources<br />
development proposals and training of<br />
their personnel, as well as dissemination<br />
measures for the best comprehensibility of<br />
the model among the public and other<br />
interested stakeholders.<br />
The Consultant also developed a web-site<br />
presenting the project and supported the<br />
authorities for the s/w managerial tool for<br />
at least 24 months after the project’s<br />
completion.<br />
Demetres Economides<br />
dec@hpc-paseco.gr