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ABSTRACT
The main objective of this project is to develop cross-border water
management in an urban area
Gorizia, (Italy),Nova Gorica (SLO) and Šempeter-Vrtojba (SLO). The
system includes surface water (flooding quality), groundwater
(availability, energy efficiency, quality and safety) and wastewater
(cleaning). Taking into account the in-depth knowledge of the water and
by recording the pressures that affect the system load and the associated
pollution of the aquatic environment, we will develop a common system
that will allow for efficient water management in line with EU requirements.
The task lasts 36 months.
Activities will be implemented in the watershed border cities: Gorizia
(I), Nova Gorica (SLO), Šempeter(SLO), Vrtojba(SLO).
Reasons for the
project
In accordance with the Operational Programme (paragraph 2b) water
resources represent significant opportunities for cross-border
cooperation, given the importance of their monitoring to prevent
environmental (pollution) and natural (flood) risks. SWOT analysis of the
shortcomings: a low level of cooperation between the institutions
providing public services (IRISACQUA Gorica and water and sewerage New
York), the presence of areas of flood risk; critical quantitative and
qualitative status of surface and ground water. All of this presents a
great opportunity for joint urban planning and development with special
emphasis on sustainable management of water resources to prevent natural
and ecological risks, and consequently achieve the objectives of the EU.
Hydrographic basins of the urban areas of cities Gorizia, Nova
Gorica, Šempeter, Vrtojba are
complex and in poor-quality condition, which is also evident from the
environmental report CBC Programme Italy - Slovenia 2007-2013. Criticism
of this cross-border area floods, although they occur in long intervals
(1681, 1703, 1890, 1935, 1983, 1987). This natural hazards (floods),
causing an immediate danger due to inefficient and inadequate containment
measures. Great importance is different root hydraulic flow stream in the
municipality of Gorizia and Nova Gorica. Slovenian territory, running on
agricultural land in an open channel, while in Italy running in an
underground channel that leads the city Gorizia. Limited capacity of the
channel for the entire natural water flow in the past caused major
flooding on the Slovenian side. From monitoring carried out in the past
and also from the University of Udine in Nova Gorica is clear that the
serious problems of pollution. Studies underline the strong criticism of
the environment (pollution) of water. Anthropogenic pressures are responsible
for long-term critical need for immediate action. Continuous pollution of
these waters has led to such changes in the aquatic ecosystem that has
established such a balance, which is harmful to biological life. Root
River, and Vertojbica Vipava currently have poor quality condition, and
this causes damage in addition to these, as well as a negative impact on
the quality of the Soca River, which is one of the most beautiful rivers
in the world. This leads to strong constraints on social and touristic
benefit of the population, including a significant pollution and
eutrophication in the Adriatic Sea. Another opportunity is the best use
of renewable energy sources or. reduction in energy consumption (use of
groundwater) . groundwater quality is often unsatisfactory due to
pollution (aquifer Vrtojba field). Given the strong pressure to reduce
energy consumption, this water could have been if it had not been
contaminated, appropriate to meet the residential and industrial energy
needs.
Lack of proper sewage treatment system is another critical unresolved
point, which will further affect the quality of surface water and
groundwater. In fact, in the border area of Gorizia and Nova Gorica
sewers are not suitable for the needs of both municipalities. Research
ARPA York showed some significant shortcomings with regard to fecal
microbial contamination. Also needed is a study of contamination of drug
residues. Water quality is deteriorating rapidly from the release point
of the stream root, which receives untreated waste waters from Nova
Gorica, collects and drains the area north of Gorizia, which can not be
diverted to the treatment plant because it is undervalued. Plans for new
water treatment plant in Nova Gorica and optimization of wastewater
treatment plant in Gorizia in progress and we hope that will be soon
completed. In optimal conditions may make re-use of treated water in
agriculture, to prevent re-use of low flows during droughts and promote
the re-naturalization of riparian and aquatic areas, and of course also the possibility of using sewage
sludge for land oljšanje in agriculture and energy production.
In conclusion, quality status of surface and groundwater reasons
mentioned above deviate from the objectives of the European Water Framework
Directive (2000/60/EC), which provides for the achievement of quality
standards by2015, and
of Directive 2006/44/EC of the European Parliament and of the Council on
the quality of fresh water to support fish life, and the Sixth
Environmental Action Programme "European Union (2001-2010). in this
area is therefore needed adekvat common system for managing transboundary
waters in accordance with the Operational Programme (point 2b, 2c and
7b). Such a system should prevent ecological risks related to natural and
anthropogenic pressures, thus allowing cross-border management of water
resources.
OBJECTIVES OF
THE PROJECT
The overall objective of the project is to create a professional
basis (guidelines) to develop a uniform system for the sustainable management
of transboundary waters: surface, ground and waste water in the area of
Gorizia and Nova Gorica. These guidelines are designed to protect and
joint management of water, improvement of their quality, their protection
in relation to biodiversity raznovrstnostostjo, use them for energy
purposes, and prevention of common natural and technological hazards and
the creation of a common sustainable territorial development. All this in
the light of effective citizen participation / public administration and
public companies operating in the border area. This general objective is
based on "a sustainable territorial integration", which refers
to the Axis 1 "Environment, Transport and Sustainable Territorial
Integration", whose operational objectives of the interest in this
project are: 1.1 Preserve biodiversity and ensure sustainable management
of natural resources; 1.2 Protection of the environment from natural and
technological disasters and pollution, reduce energy consumption and
increase the use of renewable energy sources; 1.4 Strengthening social
cohesion in cross-functional areas.
operational objectives of this project will include the following
measures:
1) Guidelines for the development of common strategies and plans for
preventing and reducing flood risk and to develop joint interventions in
emergency situations (DP3). This objective is in line with the
operational objective 1.2. 1 "Developing joint strategies and plans
for the prevention and reduction of natural (floods) and technological
disasters."
2) Development of methods and measures to improve the quantity and
quality of surface water basins and Koren Vrtojbca (DP4) and groundwater
aquifer Vrtojba (WP5) in accordance with the Water Framework Directive
(2000/60/EC). Methodology to develop appropriate systems to reduce
pollutant emissions, which will affect the transboundary waters and will
have a positive impact on the quality of the environment of the SIC
IT3330005 "Mouth of the River Soca." This is in line with the
operational objective 1.1. "Integrated solutions for the coordinated
management of transboundary watershed, groundwater and the marine
ecosystem ", and the operational objective 1.2. within"
Coordination of methods and systems for the management and protection of
the environment. "
3) Develop joint strategies and plans for the use of groundwater
Vrtojba fields to reduce energy consumption in private homes, public
buildings and businesses in the border area (WP5). This objective is in
line with the operational objective 1.2 "Pilot projects for
renewable energy and energy saving, including through awareness-raising,
information and promotional activities."
4) Guidelines for the development of strategies for the re-use of
waste water and the use of sewage sludge in agriculture and energy (WP6).
An updated and optimized sewer system and re-use of waste water for
irrigation and industry, are a great opportunity for the protection of
water resources for drinking purposes. In addition, it can also be used
to supply water rivers are threatened by drought and a series of other
works, which would contribute to improving the environmental quality
(ecoremediation). This objective is in line with the operational
objective 1.1. "Common dejavnsoti on varovannjem shared water
resources" and the operational objective 1.2. "Pilot projects
for renewable energy and energy saving.
5) Preparation of 'professional basis and to develop guidelines for a
common system of integrated management of transboundary waters, involving
the participation of policy makers, end-users and the general public
(WP7). This objective is in line with the operational objective 1.1.
"Integrated solutions for the coordinated management of
transboundary river basins and groundwater, iin objective 1.4"
Improving the coordination between administrations, public utilities and
public services and utilities aimed at improving the quality of life.
"
6) Implementation of information campaigns about the problems and
solutions concerning transboundary waters in areas of interest (WP8) is
in line with with the operational goal of 1.4 "for the promotion of
the opportunities for cross-border development through improved joint
policies".
EFFECTS AND
RESULTS OF THE PROJECT
The main effects of the project are:
- Establish a high level of cooperation within the partnership (joint
production and application of all project activities in accordance with
the financial plan, the opuštevanjem equal opportunities).
- proper sustainable development of the border region in the field of
water protection and the prevention of natural and man-made risks to the
environment;
- Promote the implementation of joint infrastructure (prevention of
environmental risks);
- Promoting R & D and innovation network partnership;
- Optimizing the integration of different groups in the field of water
policy (two utilities in urban water management, regulatory authorities,
research institutions and the general public)
- Promote the use of renewable energy sources (use of groundwater for
heating and cooling buildings);
- Promote water management in relation to the prevention of natural and
anthropogenic hazards and their exploitation for energy purposes, the
exchange of best practices in similar environments.
Expected results of the project are:
- Total unique and innovative cross-border database (hydrology and water
quality)
- Total unified and innovative monitoring system;
- Guidelines for improving the quality and quantity of surface and
underground transboundary waters;
- Guidelines for the use of groundwater to reduce spending could be
standardized;
- Guidelines for re- the use of treated wastewater and sewage sludge;
- An action plan for re-naturalization of certain critical areas of the
stream root;
- Guidelines for a common system of integrated management of transboundary
waters.
target groups of the project are:
- End users: cross-border municipalities and utility companies - Politics
: administration, responsible for law and water management and spatial
planning - Research institutions operating in these areas - general
public: people who benefit from border regions
WORKPACKAGES
WORKING GROUP 1
(COORDINATION AND MANAGEMENT PROJECT)
1.1.
coordination
and monitoring of the project's progress (LP-JTS)
Coordination of the project after the
work packages and their objectives:
-
setting up coordination structures;
-
Preparation of the Project Manual;
-
coordination of cooperation between
partners.
The coordination of the project is the
one person - Project Manager (LP). Determination of project progress by work
packages in comparison with milestones. Organization meetings for
coordination of joint work on the project, project workshops moderation. Documenting the results of the project and
submission of the summary for each milestone (milestone or two. annual
reports). Summary three interdisciplinary part of a broader group of
different specialists in the field of water management in the two countries. Final report of the
project description and results of operations.
1.2. coordination of the financial cost
of the project (LP-JTS)
Creating a transparent system of
control spending. For the coordination of the finance cost is the one
person - the financial manager (LP). Coordination and control spending
according to the time schedule of the project, the activities and project
partner. The financial position of the project workshops. The preparation
of financial statements for each milestone (2 briefings per year) and
annual financial reports.
1.3. reporting partners (LP-PP)
Reporting on activities and progress of
the project each project partner for each milestone (2 briefings per
year). Reports are the basis for the preparation of joint reports on the
implementation of the project for each milestone and prepare the final
report. Reporting on the use of individual project partners for
individual milestones. Participation in the project workshops. Individual
reports are the basis for the preparation of financial reports for the
individual milestones and annual financial reports.
WORKING GROUP 2
(preparatory activities)
2.1. preparatory
activities
Periodic meetings (LP and PP4) to
determine the content of the project management of transboundary waters
and the realization of the project proposal. Determination of required
indicators for the proper evaluation of the environmental status as well
as state waters. Organization of two meetings of all partners for final
concept of the project and preparation of the project application.
Preparation and finalization of the application.
WORKING GROUP 3
(hydrology, watershed streams ROOT AND VRTOJBICA)
3.1. database
of existing cross-border hydrological data
Collection of data (rainfall, drains
into streams and Koren Vrtojbica and other data) to produce water balance
of river basins and Korn Vrtojbice. Creating a common base of
hydrological data on the basis of publicly available information.
Creating Joint GIS hydrographic areas. Organisation of meetings to share
knowledge and work together on these activities (thematic meetings
between experts).
3.2. Hydrological
monitoring watershed streams and Koren Vrtojbica
Checked the existing hydrological
monitoring system implementation. Proposal for improvement and
optimization of the monitoring system. Optimization and layout dežemerov
and limnigrafov with a link in an effective notification system of Civil
Protection. Implementation of the hydrological monitoring, maintenance,
measurement stations, collection of data. Organisation of meetings to
share knowledge and work together on these activities (thematic meetings
between experts).
3.3 Threats
to the two border urban areas due to floods
The water balance. Statistical
evaluation of data to determine the maximum flow rate in order to obtain
possible extreme flood flows. Assessment of potential effects and
proposed solutions and actions. Determination of common strategies for
systems intervention in emergency situations. Organisation of meetings to
share knowledge and work together on these activities (thematic meetings
between experts).
Work Package 4 (
SURFACE WATER QUALITY IN URBAN AREA Gorizia and Nova Gorica)
4.1. Establishment
of a base of existing data on the quality of transboundary surface waters
Collection of publicly available data on
surface water quality segment Koren - Soca; Vrtojbica - Vipava - Soca
state and municipal monitoring and previous projects. Creating a common
harmonized cross-border database of publicly available data. Upgrade GIS
project JEDIS a link to the database. Statistical evaluation of data by
setting trends. Organisation of meetings to share knowledge and work
together on these activities (thematic meetings between experts).
4.2. Border Monitoring the quality of
surface waters
Review of the existing monitoring
system. Proposal update, improve and optimize the monitoring system.
Optimizing the location of sampling sites for better evaluation of water
quality. Sampling and analysis of water samples (COD, BOD, phosphorus,
nitrates, toxicity, drug residues, etc..) And evaluating the results.
Implementation of monitoring sites for continuous measurement of
individual quality indicators. Mapping of invasive species, monitoring of
butterflies and evaluation of measurements. Organisation of meetings to
share knowledge and work together on these activities (thematic meetings
between experts).
4.3. determination of anthropogenic
sources of pollution and risk assessment
The statistical analysis of data on the
quality of surface waters. Identification of sources of pollution
(industry, sewage, etc.). Production and online sources of pollution in
an urban area. Evaluation indicators of pollution and their origin (COD,
BOD, phosphorus, nitrates, pharmaceutical ingredient ...). The impact of
existing pollutant concentrations in the cross-border environment and
biološkego risk (people animals and plants). Proposal of methods and
measures to reduce existing pollution.
ecoremediation overview of best practices and draft action plan
ecoremediation channel Korn and Vrtojbice. Organisation of meetings to
share knowledge and work together on these activities (thematic meetings
between experts).
Work Package 5
(GROUNDWATER AND THEIR energy utilization)
5.1. quantitative and qualitative status of transboundary aquifer
Vrtojbensko box
Determining the area of cross-border aquifers (coordination
limits). Collecting data on the volume (level) and quality of groundwater
for prior periods for cross-border aquifers Vrtojbensko Mirna field.
Production of common cross-border database on the basis of publicly
available information. Determination of statistical evaluation and trend
analysis. Organisation of meetings to share knowledge and work together
on these activities (thematic meetings between experts).
05.02 Protection of transboundary aquifer Vrtojba field
Vulnerability assessment and threat of cross-border aquifers. Creating
the aquifer water balance. Review of existing land-use aquifer.
Evaluation indicators of pollution and their origin and production of
online sources. Proposal for effective cross-protection aquifer.
Organisation of meetings to share knowledge and work together on these
activities (thematic meetings between experts).
5.3 The use of transboundary aquifer
Vrtojba field
Assessment of the potential use of the
aquifer as a renewable energy source - the use of heating and cooling
systems, particularly in terms of reducing energy consumption.
Determination of the energy potential of the water source - the
determination of sampling quantities, enabling the exploitation of
renewable water source. Assessment of the potential use of groundwater as
a source of water for trade, industry and agriculture, in terms of
reducing the consumption of drinking water.
Assessment of the ability of the aquifer
abstraction with respect to the volume, thermal and chemical recovery or
source. aquifer.
Organisation of meetings to share
knowledge and work together on these activities (thematic meetings
between experts).
Work Package 6
(WASTE WATER IN URBAN AREA Gorizia and Nova Gorica)
6.1. possibility of using treated
waste water
Update and optimize sewer network is the
subject of various interventions in the preparation, re-use of treated
waste water for irrigation and industry presents a great opportunity for
the protection of water resources (especially in terms of reducing the
consumption of drinking water). Strict control of wastewater treatment
plants to ensure full security in terms of health and hygiene by the fact
that they do not appear dangerous pollutants. These waters can be a
source of water for the river in times of drought, which can thus be
re-renaturalizirale. Currently it is possible to analyze the waste water
treatment plant in Gorizia. At the outlet of the treatment plant is
controlled classical quality parameters of treated wastewater, but does
not control the other, more complex contaminants, such as drug residues,
etc.. This will be carried out further chemical analysis of treated
wastewater. Produced will look at the potential uses of treated
wastewater in obravnavanm border area. Organisation of meetings to share
knowledge and work together on these activities (thematic meetings
between experts).
6.2. possibility of the use of sludge
Ruga occasion, sewage sludge for farming
or composting, as well as the possible use of energy (incineration). Its
use should provide complete security to health, so in this case allows a
temporary solution for the disposal of these materials, it also brings
important elements to the soil.
Created by the inventory and
classification of sewage sludge from wastewater treatment plants, the
current state of sludge disposal and the potential use of sewage sludge
it. Therefore, the sludge will be carried out sampling and chemical
analysis for the determination of heavy metals, trace elements, etc..
Organisation of meetings to share
knowledge and work together on these activities (thematic meetings
between experts).
Work Package 7
(A BASIS FOR THE BORDER SYSTEM FOR TOTAL WATER MANAGEMENT)
7.1. Sociological aspect of public involvement
Public involvement in the implementation
of the integrated management system for transboundary waters, including:
the identification of interested parties (stakeholders) and their
interests, conduct focus groups with local players, draft strategy, which
implements the principle of public participation in the management of
transboundary waters. Organisation of meetings to share knowledge and
work together on these activities (thematic meetings between experts).
7.2. Experts basis for a common
system for managing transboundary waters
Preparation of expert recommendations
and guidelines for a system of joint management of transboundary waters,
comprising: a) a proposal for effective quantitative and qualitative
monitoring of surface and groundwater, b) measures to prevent the risk of
hydrological systems and strategies for intervention in emergency
situations, c) proposal and implementation measures to improve water
quality, d) a proposal for the effective protection of the aquifer
Vrtojba field, e) the potential use of the aquifer Vrtojba fields to reduce
energy consumption, f) a proposal for the re-use of cleaned wastewater
from sewage treatment plants and sewage sludge, g) for joint and
coordinated integrated environmental solutions problems with the use of
best available technologies. Organisation of meetings to share knowledge
and work together on these activities (thematic meetings between
experts).
WORKING GROUP 8 (
communication plan)
8.1. Web site
Creating web pages for communication
within the project (non-public part of the exchange of documents within
the project partners) and komunikacujo the professional and the general
public. On the project website will be presented
to the general public project, project partners, and will also project
results.
8.2. communication with professionals
and general public
Organization of round tables and final
conference with the theme of the project for the professional public,
students, stakeholders and users. Production of leaflets about the
project for the professional and the general public. Organization of
student field trips to the field work for students frontier universities.
8.3. Publishing
Preparation of texts will be accessible,
thematic maps covering the border area of the achievements obtained with all
activities included in the work packages. The assumption is that the
guidelines issued in printed form with the aim of integration and
education of the population, institutions and companies. These guidelines
can be used to disseminate best practices in similar contexts, and thus
emphasizes the good reproducibility of the project. Participation in
national and international conferences.
ACTIVITIES
1 - Networking
To achieve the main objective of the project, production bases and
professional development of guidelines for the implementation of a common
system of unified management of transboundary waters in the urban area of
Gorizia and Nova Gorica is necessary broad participation of all
interested partners in the two countries and cooperation supported by
scientific institutions and advisors that can help solve the problems
that exist in the area and the area. The partnership will allow the
companies to take the necessary structural measures, municipalities
publication of results, and striving for a common policy appropriate for
the effective and sustainable cooperation with the population. This is a
strong synergy between the partners will enable the partner network
operation after the completion of a joint project.
2 - common database and GIS
Output two common databases. One base of information for the evaluation
of watershed hydrologic balance Korn and
Vrtojbice and second base for the evaluation of surface water
quality.
3 - Studies
Guidelines for the development of strategies, methodologies and joint
plans for preventing and reducing flood risk, to protect surface and
groundwater, to reduce consumption energy (use of groundwater) and, after
completion of structural works,
re-use of treated wastewater and sewage sludge.
4 - Meetings
suppose there are two annual meetings for all partners, coordinated by
the lead partner, to cooperate in the field of knowledge and thematic
professional meetings for the implementation of work packages WP3, WP4,
WP5, WP6 and WP7.
5 - Communication
Output interactive web portal. Lectures and round table discussions
between experts and policy-makers, involving citizens / the public.
6 - Visits
Guided tours are carried out in collaboration with experts and students
to critically evaluate the existing problems and possible solutions
indication and verification of results.
LP - Universitŕ di New York
Lead Partner LP, Universitŕ di New York
Prof. Dr.. Danilo Zavrtanik - Rector
Head of the
Professor. Dr.. Polonca Trebše
Contact
Dott.ssa Tanja Prebil - Tanja.Prebil @ ung.si
Activities
Activity at the University of Nova Gorica covers undergraduate and
graduate education, research and development work and the transfer of
technologies in an enterprise environment. Within the University of Nova
Gorica has five faculties and one high school, and five research
laboratories and three research centers and one research institute.
University of Nova Gorica is the co-founder of Primorska Technology Park
University and founder of the Foundation "Edvard Rusjan". The
latter raises funds for financing development activities of the
University of Nova Gorica.
PP1 - Plumbing
and Kanalizacjia New York
PP1, water
and sewerage Nova Gorica dd
Miran Lovrič
Head of the Task Force to partner
Mitja Gorjan
Contact
Mitja Gorjan
- mitja.gorjan @ vik-ng.si
Activities
- Supplying the population of Nova Gorica, Šempeter Vrtojba Calm
Kostanjevica, Clare and Renče Vogrsko and partly Gorica municipality
with water.
- Management of
sewage, waste water and water treatment plants.
PP2: The municipality of Nova Gorica
PP2, the City of New York
Matej Arcon - Mayor
Head of the
partner in
Vanda Mezgec
Contact
Vanda Mezgec - vanda.mezgec @ new-gorica.si
Activities
Municipality under the Constitution and the law alone governs and
performs a matter of public importance relating to residents of the
municipality and functions of state powers are transferred by law. In
addition to these activities, the municipality also performs spatial
development planning and spatial planning documents take, care for the
protection of air, soil, water resources, noise protection, collection
and disposal of waste, maintain and regulate local public roads, areas
for pedestrians and cyclists, public parking spaces, parks, squares and
other public spaces, governed by public transport in the municipality.
Municipality for its area and
preparing programs for the protection of the environment where the necessary
measures to promote the care and protection of the environment. Have
sufficient trained personnel in the field of environmental protection and
adequate staffing to manage the financial part of the project.
PP3, Municipality
Šempeter-Vrtojba
PP3, Municipality Šempeter-Vrtojba
Milan Turk - Mayor
Head of the partner in
Anita Manfred
Contact
Anita Manfred - anita.manfreda
@ Šempeter-vrtojba.si
Activities
Municipality Šempeter-Vrtojba as a local community covers a very
broad range of topics, as reflected in its organizational structure (see
experience in project management ...) The municipality independently
manages local affairs of public importance (original work), in accordance
with law and the statute of the municipality. Management and
decision-making by the competent authorities of the municipality: the
municipal council, the mayor and the SC community. Municipal
Administration in accordance with the law, statutes and general acts of
the municipal organizational, administrative, administrative,
professional, promotional and development tasks and duties in connection
with the provision of public services in the municipal jurisdiction, Jani
officials in municipal government are professionally trained and
qualified according to the requirements to perform tasks.
PP4 Universitŕ
Udine, Dipartimento di ingegneria Civile e Architettura
PP4, Universitŕ Udine,
Dipartimento di ingegneria Civile e Architettura
Prof. Gaetano Russo
Head of the partner in
Prof. Fabio
Miani
Contact
miani@uniud.it
Activities
University of
Udine coordinates a number of research projects, either at the national
and international level (EU FP VII, INTERREG et al.). Coordinates 40% of
Italian projects funded by the European Community's Tempus program with
the Balkan countries. Her staff has administrative, economic, legal and
planning abilities. Its technical and scientific activities taking place
with the support of the Office for Research and Technology Transfer,
which is responsible for the administration of complex projects,
protection of intellectual property and the transfer of research results
to the territory.
PP5, IRISACQUA SRL
PP5, IRISACQUA
SRL
Mirio Bolzano
Head of the partner
in
Ing. Furio
Pillan
Contact
Ing. Furio
Pillan - fpillan@irisacqua.it
Activities
IRISACQUA srl
control water supply and sewerage for the entire province of Gorizia.
Supplying the population with drinking water and collect wastewater and
discharge to a sewage treatment plant. In addition, Irisacqua player
controlled ATO, and has an investment plan of more than 160 million by
2035 for adaptation and extension of networks of objects.
PP6, Comune di Gorizia
PP6, Comune di
Gorizia
dott. Ettore Romoli,
Mayor
Head of the
partner in
Arch. Clara
Sgubin
Contact
Dott. Andrea Bais - andrea.bais @
comune.gorizia.it
Activities
Activities
related to the field of local public administration, as determined by
state and provincial laws and regulations and statuti.Strokovno knowledge
needed for the management and provision of public services to local
skupnost.Občina York is very pro-European (Article 9 of the Statute).
Odborništvo of International and European policy responds directly to the
mayor. The local community has a special Department for Environment and
managerial services and the Office of International Politics, European
and interregional funds.
PP7, Universitŕ di Ferrara, Dipartimento di Scienza della Terra
PP7, Universitŕ
di Ferrara, Dipartimento di Scienza della Terra
Prof.ssa Franca
Siena
Head of the
partner in
Prof.ssa
Carmela Vaccaro
Contact
Prof.ssa Carmela Vaccaro - vcr@unife.it
Activities
University of
Ferrara deals with the qualitative and quantitative analysis of surface
and groundwater resources and the degradation of water resources due to
human impact and competitive use of water resources, the processes of
desertification and soil-water interactions and geochemical problems
related to water supply aquifers. University of Ferrara utterly
methodology for integrated geophysical surveys, geochemical lithological
and physical properties of underground and define the geometry of
groundwater bodies. Department of Earth Science uses the latest
techniques and analytical methodology for the analysis of trace elements
in water and soil.
PP8, Institute of Public
Health New York
PP8, Institute
of Public Health New York
mag.
Tatjana Vončina, BSc. univ. Econ.
Head of the
partner in
Clear Koglot,
Univ. graduate. ko.
Contact
Clear Koglot - jasna.koglot @ zzv-go.si
Activities
PP8 activity: the pursuit of health
and ecological, socio-medical, hygienic and epidemiological activities
for UE Ajdovščina, Nova
Gorica and Tolmin.
Experience in
project work in the domestic or international partneskih projects. The
lead partner in the project JEDIS-Joint Environmental Decision Support
Information System, in the context of the Community Initiative INTERREG
IIIA Italy-Slovenia 2000-2006.
PP9, geotenologijo Institute of Mining Environment (IRGO)
PP9,
geotenologijo Institute of Mining Environment (IRGO)
Bojan Jelen
Head of the partner in
Melhior Pregl
Contact
Melhior Pregl - melhior.pregl @ irgo.si
Activities
Institute for
Mining, Geotechnology and Environment produces environmental impact
assessments, risk analysis, hydrogeological studies, geological and
engineering geological survey, design of wells, production and
implementation of monotoringov groundwater research in the field of waste
management, the design of new surface and underground waste repositories,
remediation and closure of existing landfills, modeling groundwater flow
and transport materials, laboratory and "in-situ"
investigation.
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