LIST OF POTENTIAL PROTECTED AREAS THAT …minatura2020.eu/wp-content/uploads/2018/01/MINATURA2020...Ivana Raznatovic Bozica Jovanovic [email protected] [email protected]

Ref: MINATURA_DELIVERABLE_D4.1_Ver1_1_GeoZS

MINATURA DELIVERABLE D4.1

LIST OF POTENTIAL PROTECTED AREAS THAT SUIT THE

SELECTED SAFEGUARDING CRITERIA IN SELECTED

CASE STUDY COUNTRIES

Version 1.1

Summary:

Report focuses on creating the list of potential protected areas (MDoPI) in

selected case study countries. Slovenia, as one of them, was examined in

details, the survey of Slovenian MDoPI is described and the map of suggested

safeguarded mineral areas is created as well.

Authors:

Geological Survey of Slovenia

Duska Rokavec

Kim Mezga

Snjezana Miletic

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement nº 642139.

MINATURA_DELIVERABLE_D4.1_Ver1_1_GeoZS

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Lead beneficiary: GeoZS

Other beneficiaries: WP4 project partners (MinPol, GSER, MEERI PAS, CentroFuturo, UCC,

Iskriva, MFGI, UdL, MRPA, LTU)

Due date: 2016-08-31 (M19)

Nature: Report

Diffusion Public

Revision history Author Delivery date Summary of changes

Version 1.0 GeoZS 2016-08-12

Version 1.1 GeoZS 2016-08-31 Revised report considering some comments and

remarks received from Members of Advisory

Board and project partners (Meeri Pas and

FCUL).

Version 2.0

Approval status

Function Name Date Signature

Deliverable

responsible

Duska Rokavec

WP leader Duska Rokavec

Project leader Günter Tiess

Diffusion List

Organization Name e-mail

Minpol Günter Tiess

Horst Hejny

Irene Leischner

[email protected]

[email protected]

[email protected]

PERC /Pan - European

Reserves & Resources

Reporting Committee

Stephen Henley

Ruth Allington

[email protected]

[email protected]

IMA / Industrial Minerals

Association Europe

Michelle Wyart

Aurela Shtiza

[email protected]

[email protected]

EFG / European Federation

of Geologists

Éva Hartai

Anita Stein

Isabel Fernandez

Vítor Correia

[email protected]

[email protected]

isabel.fernandez@eurogeologists.

eu

[email protected]

ZGI / GS of Montenegro Slobodan Radusinovic

Ivana Raznatovic

Bozica Jovanovic

[email protected]

[email protected]

[email protected]

MG HBZ / Ministry of

Economic Affairs of

Herzegbosnian Canton

Vasilija Broceta

Jovanca Sabljic

[email protected]

[email protected]

Meeri Pas (Mineral&Energy

Economy Research Institute

of the Polish Academy of

Sciences )

Krzysztof Galos [email protected]

UCL / University College

London

Raimund Bleischitz

Chiara Armeni

[email protected]

[email protected]

mailto:[email protected]




















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LPR / La Palma Research

Centre for Future Studies

Balázs Bodó

Adrienn Csekő

[email protected]

[email protected]

UCC (UNIVERSITY COLLEGE

CORK, NATIONAL UNIVERSITY

OF IRELAND, CORK )

Gerry Sutton

Fiona O’Shea

[email protected]

[email protected]

ALTERRA, institute within the

legal entity Stichting DLO

Wageningen (NL)

Anouk Cormont

Marta Pérez-Soba

Michiel van Eupen

Irene Bouwma

[email protected]

[email protected]

[email protected]

[email protected]

ISKRIVA, Institute for

development of local

potentials / SLO

Mateja Softić

Zdravko Kozinc

[email protected]

[email protected]

MFGI (Geological and

Geophysical Institute of

Hungary)

Horváth Zoltán

Plank Zsuzsanna

Katalin Sári

[email protected]

[email protected]

[email protected]

UBU (University of Bucharest,

Geology and Geophysics

Faculty)

Mihai Marinescu

Sorin Udubasa

[email protected]

[email protected]

GeoZS (Geological Survey of

Slovenia)

Duška Rokavec

Snježana Miletić

Barbara Simić

Kim Mezga

[email protected]

[email protected]

[email protected]

[email protected]

FCUL (Universidade de

Lisboa)

António Mateus

Luís Martins

[email protected]

[email protected]

KKZ (Institute for Spatial

Planning of Koprivnica-

Križevci County)

Mladen Matica [email protected]

SGIDS (State Geological

Institute of Dionýz Štúr)

Dusan Wunder

Zoltan Nemeth

[email protected]

[email protected]

LTU (Luleå University of

Technology)

Linda Wårell [email protected]

DTV PO (Slovenian surface

Mining Association)

ŽeljkoPogacnik

[email protected]

GSBU (GS of Romania)

George Tudor

Gabriel Bindea

Octavian Coltoi

[email protected]

[email protected]

[email protected]

UoB (UNIVERSITY OF

BELGRADE, Faculty of Mining

and Geology)

Vladimir Simic

Dragana Zivotic

[email protected]

[email protected]

MRPA (Mineral Resources

Planning Associates Ltd)

John Cowley [email protected]

Regione Emilia-Romagna Christian Marasmi [email protected]

Romagna.it





























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TABLE OF CONTENTS

TABLE OF CONTENTS .............................................................................................................. 4

LIST OF TABLES ......................................................................................................................... 4

LIST OF FIGURES ....................................................................................................................... 5

LIST OF ABBREVIATIONS ......................................................................................................... 6

1. EXECUTIVE SUMMARY ..................................................................................................... 7

2. INTRODUCTION ............................................................................................................... 8

3. CASE STUDY COUNTRY SLOVENIA ................................................................................ 8

3.1 METHODOLOGY ........................................................................................................... 9

3.1.1 National level (non-metals RM) ..................................................................... 9

3.1.2 Local/regional level (aggregates) ............................................................. 13

3.1.3 Selection of MDoPI (description of the process) ...................................... 16

3.2 GOOGLE EARTH APPLICATION ................................................................................. 20

4. CASE STUDY COUNTRIES .............................................................................................. 22

5. CONCLUSIONS .............................................................................................................. 25

REFERENCES .......................................................................................................................... 26

APPENDIX A ........................................................................................................................... 28

A.1 Case study country ITALY (Emilia-Romagna Region) .......................................... 29

A.2 Case study country PORTUGAL............................................................................... 30

A.3 Case study country HUNGARY ................................................................................ 37

A.4 Case study country SWEDEN ................................................................................... 54

A.5 Case study country UK OFFSHORE .......................................................................... 55

A.6 Case study country UK ONSHORE .......................................................................... 56

A.7 Case study country POLAND................................................................................... 60

APPENDIX B ........................................................................................................................... 65

Appendix A:

Lists of MDoPI data provided by 7 case study countries (UK, Italy, Sweden, Portugal,

Hungary, Poland and Slovenia)

Appendix B:

Spatial data display of MDoPI for five case study countries (Portugal, Italy (Emilia-

Romagna Region), Slovenia, Poland and Hungary) on Google Earth

LIST OF TABLES

Table 1: List of potential areas of mineral deposites ...................................................... 10

Table 2: Statistical regions in Slovenia .............................................................................. 13

Table 3: Suggested regional supply centres ................................................................... 14

Table 4: List of potential safeguarded areas (MDoPI) – summary data by case study

countries ................................................................................................................................ 24


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LIST OF FIGURES

Figure 1: Suggested MDoPI areas in Slovenia (background used is Geological Map

of Slovenia 1:1 000 000 [Bavec et al. 2013]) .................................................................... 12

Figure 2: Geological Map legend of Slovenia 1:1 000 000 [Bavec et al. 2013] ......... 12

Figure 3: Statistical Regions in Slovenia [Website1 2016] ............................................... 13

Figure 4: Locations of aggregate centres for regional/local supply ........................... 15

Figure 5: Suggested MDoPI of karstic natural stone-limestone deposit ...................... 17

Figure 6: Suggested MDoPI of clay deposit in Ilirska Bistrica ......................................... 18

Figure 7: Suggested MDoPI of chert in Mirna valley ....................................................... 19

Figure 8: Screenshot of case study Slovenia in Google Earth (red – suggested MDoPI

areas) ..................................................................................................................................... 21

Figure 9: Case study areas in selected case study countries ....................................... 22


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LIST OF ABBREVIATIONS

GeoZS Geological Survey of Slovenia

DoW Description of Work

WP Work package

M Month

RM Raw materials

MD Mineral deposit

MDoPI Mineral Deposit of Public Importance

MzI Ministry of Infrastructure

N2000 Natura 2000

EIA Ecologically important area

VNF Valuable natural features

LP Landscape park

WPA Water protection area

nat. National level

mun. Municipal level

rec. Recent


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1. EXECUTIVE SUMMARY

The task focuses on determining “eligible” mineral deposits on national/regional level (in

case study countries) which fit into the framework of protecting policy with selection by

qualified conditions established in WP2. Since it was established in WP2 that each country

should safeguard the access to MD they consider as MDoPI, lists of “eligible” MDoPI were

created for case study countries by partners themselves. Seven case study countries were

selected (UK, Italy, Sweden, Portugal, Hungary, Poland and Slovenia) regarding to the

differences in territorial size, types of mineral endowment and national mineral policies. The

entire partner state territory or partial national areas were examined.

Slovenia as one of case study countries was examined in details, the survey of Slovenian

MDoPI is described and the map of suggested safeguarded mineral areas (1: 250,000) is

created as well. 30 deposits of MDoPI have been selected and designated on national

level. On local/regional level a max of 50 extraction sites were suggested as aggregates

supply centers as well. It is estimated that less than 0.3 % of national territory would be

dedicated to future mineral safeguarding.

The spatial data provided by five partner countries (Slovenia, Italy, Portugal, Poland and

Hungary) are designated in Google Earth application. The user friendly tool enables 3D

views at different scales and angles of observation and presents a proper visual show of

MDoPI layout in space.

The created list of MDoPI and the boarders of suggested mineral polygons are not closed

or final. It is a living structure that should be adopted referring to new geological research

and knowledge and social needs.

Several products are prepared:

- the list of potential protected areas in seven case study countries,

- the detailed survey of one of case study countries and its map of suggested MDoPI,

- the visual presentation of MDoPI for five case study countries in Google Earth as a

user-friendly tool.


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2. INTRODUCTION

2.1. MAIN OBJECTIVES

Acording the DoW the 4.1 activity is “Creating a list of potential protected areas at the

case study level” (GeoZS, M12-M19).

The first step is to create a list of potential protected areas in each case study country that

suit the selected safeguarding criteria developed in WP2. Seven case study countries were

selected (UK, Italy, Sweden, Portugal, Hungary, Poland and Slovenia) regarding to the

differences in territorial size (huge, middle size and small countries), types of mineral

endowment and national mineral policies. The entire state territory (in case of Slovenia) or

its selected area will be examined. The task will focus on determining “eligible” mineral

deposits on national/regional level (in case study countries) which fit into a framework of

protecting policy with selection by qualified conditions established in WP2.

Since it was established in WP2 that each country should safeguard the access to MD they

consider as MDoPI, the list of “eligible” MDoPI were created for case study countries by

partners themselves.

A map of proposed protected mineral areas will also be created in scale 1:250.000 for

Slovenian case study. Further on a percentage of safeguarding surface should be

estimated in Slovenian case study. Maps of proposed protected mineral areas will be

created for other pilots tests, where possible. Analogue to that, in the final consequence

certain mineral deposits of public importance all over the EU will be established and their

related maps will be created on national level (similar to Natura 2000 subject), which will of

course differ in percentage of safeguarding territory due to the speciality of their mineral

endowment.

3. CASE STUDY COUNTRY SLOVENIA

In spite of its small area (20.273 km²), Slovenia has numerous MR deposits. We have over

215 extraction sites (open pits) with mining rights/under concessions. While all metal mines

have been closed after a long mining period, the extraction of construction materials,

some industrial minerals and some energy raw material deposits (coal and hydrocarbons)

is an on-going activity.

Production of construction materials and industrial minerals is around 13 million tons per

year (aggregates, clays, dimension stone, etc) regardless the coal and hydrocarbons.

Estimation of reserves and resources within mining areas is around 840 million tons.

In Slovenia 37.16 % of the territory is covered by Natura 2000, not including 12.5 %

protected areas (1 national park, 3 regional parks, several landscape parks and hundreds

of natural monuments and monuments of designed nature). Furthermore, 3 sites in Slovenia

are listed on the UNESCO’s World Heritage list (e.g. Idrija Mercury mine).


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As established within WP3 (Multi-sectoral analysis of mineral policies and land use policies in

EU countries) Slovenia belongs to the group of the countries which apply “some kind” of

safeguarding regulative concept but where mineral deposits are included into land use

plans only through permitting process. This means that only areas with mining right are

being safeguarded. According to Slovenian Mining Act (in force), only energy raw

materials are of strategic importance and their mining areas can be

published/announced by Minister. On the other hand Slovenia is in a phase of adopting a

National Mining Strategy. By Mining Strategy certain types of mineral resources can be of

public importance if they are identified as unique or rare on the national level.

3.1 METHODOLOGY

Case study Slovenia (entire state territory): general map in scale 1: 250,000 and also detail

cadastral maps of suggested MDoPI have been prepared. Non-metal and aggregates

deposits have been put on the list due to lack of prospective metal deposit. Most of known

metal deposits were extracted and closed in the last decades, but the geological

knowledge of deep structures is pure poor so far due to lack of deep research

examination).

Two different aspects were taken into account:

(1) on national level where areas of certain non-metal deposits are selected and

(2) on local/regional level where regional aggregates supply centres are suggested.

3.1.1 National level (non-metals RM)

On national level 30 areas of non-metal deposits were designated. Those areas include

clays, natural stone (e.g. dimension stone), Q sand, chert, chalk, calcite, bentonite,

limestone for industrial purposes (e.g. for cement industry) and sea salt (Table 1, Figure 1).

These deposits are relatively rare and could be not replaced somewhere else due to

existing geological settings. They should have precedence over other land uses.


Page 10 / 66

Table 1: List of potential areas of mineral deposites

# Suggested areas

of MD (province) MDoPI Age

Estimated

surface of

MDoPI

(km2)

Type of minerals (mineral

commodity)

Arguments for MDoPI

selection

PROTECTED AREAS*

1 Ilirska Bistrica / Pl 0.53

Clay (brick and ball clay)

Base for existing and

future brick and roof tile

industry

Na2000, EIA

2

Vipavska

dolina/valley

Okroglica Ps 1.23

N2000, EIA

3 Renče Ps 0.06

4 Dolgi hrib Ps 0.11

5 Tomaški

hrib Ps 0.07

6 Savinjska dolina /

valley

Ljubečna Pl-Q

6.95 N2000, EIA

7 Hom 1.01 /

8 Pomurje area Boreci Ps 0.43 N2000, EIA, VNF, WPA

(mun.)

9 Podravje area Hardeška

šuma Ps 1.55 /

10 Jezersko / Pl-Q 0.005 Natural stone - travertine

(dimension stone) Unique

N2000, EIA, VNF

(travertine)

11 Pohorje Cezlak Tc 0.24 Natural stone - tonalite

(dimension stone) Unique N2000, EIA, VNF

12 Pohorje / Tc Natural stone - schist

gneiss

Unique, for traditional

buildings N2000, WPA (mun.), EIA

13 Hotavlje / T 0.19 Natural stone - limestone

(dimension stone) Unique /

14

Kras

Lipica

K 1.95

Natural stone - limestone

(dimension stone)

Used in natural heritage

buildings in karstic area

N2000, EIA, VNF Debela

Griža

15 Doline K 2.99 N2000, EIA

16

Tomaj

K 6.96 N2000, EIA, VNF, WPA

(mun.) Kazlje

Kopriva

17 Primorska region Milje Ec 0.18 Natural stone - flysch

sandstone Typical for region /

18 Globoko and

Bizeljsko / Pl 4.62 Quartz sand, clay Rare

N2000, EIA, VNF, WPA

(mun.), LP

19 Puconci / Pl, Ps 1.83

Quartz sand Rare

N2000, EIA, VNF, LP

20 Raka-Ravno / Pl 0.98 N2000, EIA, VNF

21 Moravče

synclinal / Mc 1.09

N2000, EIA, VNF, WPA

(mun.)

22 Mirna valley Jersovec

and other T3 0.75 Chert Unique VNF

23 Srpenica / Ps 0.15 Chalk Unique N2000, EIA, VNF

24 Stahovica / T3 0.84 Calcite Rare N2000, EIA, VNF (calcite),

WPA (mun.)

25 Zaloška Gorica / Ol 0.94 Bentonite, tuffa Unique /

26 Solkan / K 0.36 Limestone for cement

industry

Supports existing lime

and cement industry /

27 Kresnice / T 1.65 Limestone for lime

industry


and cement industry WPA (mun.)

28 Anhovo / Pc 2.72 Raw material for cement

industry


and cement industry VNF

29 Sečovlje / rec. 6.39

Sea salt Traditional salt-works,

natural heritage

N2000, EIA, VNF (halite), LP

30 Strunjan / rec. 0.19 N2000, EIA, VNF (halite), LP

*N2000 = Natura 2000, EIA = Ecologically important area, VNF = Valuable natural features, LP = Landscape park, WPA = Water protection area, nat. = national level, mun. = municipal level);

rec. – recent;


Page 11 / 66

Total surface of suggested polygons of MDoPI in case study Slovenia is 53.72 km2 which is

around 0.27 % of total state territory not including aggregates supply centres which need to

be safeguarded as well.

Figure 1 presents 30 suggested MDoPI areas in Slovenia.


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Figure 1: Suggested MDoPI areas in Slovenia (background used is Geological Map of Slovenia 1:1 000 000 [Bavec et al. 2013]) Figure 2: Geological Map legend of

Slovenia 1:1 000 000 [Bavec et al.

2013]


Page 13 / 66

3.1.2 Local/regional level (aggregates)

Slovenia is divided into 12 statistical regions according to its geography [SORS 2014] (Table

2, Figure 3).

Table 2: Statistical regions in Slovenia

No. Statistical region

1. Central-Slovenian region

2. Coastal-Karstic region

3. Drava region

4. Gorenjska region

5. Goriška region

6. Koroška region

7. Notranjsko-karstic region

8. Pomurje region

9. Savinja region

10. Southeastern Slovenia

11. Spodnjeposavska region

12. Zasavje region

Figure 3: Statistical Regions in Slovenia [Website1

2016]

On local/regional level regional aggregates supply centres are suggested, optimally 1-5

locations per region. Those have been designated as points (not polygons) since we

wanted to stress that there should be some regional centres for aggregates supply without

giving priority to any particular location. Slovenia is endowed with aggregates (crushed

stone-carbonates and sand + gravel) regarding geological background, but there are

many issues referring to protected areas and other land uses. Therefore it is of great

importance to define locations for aggregates supply (extraction areas). Due to mass

production causing environmental impacts (noise and dust) these location are the most

questionable for incorporation into spatial plans. Therefore they should be carefully chosen.

Still there should be a note in legal regime that allows /enables to place them into local

spatial documents after a severe reconsideration/consideration concerning environmental

requirements, natural conservation and non-mineral land uses as well. Maximum of 50

extraction localities/sites for local/regional aggregates supply are suggested.


Page 14 / 66

Table 3: Suggested regional supply centres

No. Region

Production/

consumption in the

region (tons/year)*

MDoPI

Number of

appropriate

location

Mineral resource (aggregates)

1. Central-Slovenian

region

2.119,637 Verd

Sadinja vas

Pleše pri Škofljici

Lukovica

Godič

5

crushed stone - limestone

crushed stone – dolomite



sand and gravel

2. Coastal-Karstic

region

1.457,500 Črni Kal 1


3. Drava region 1.467,955 Pleterje

Selnica ob Dravi

Hoče

Dogoše

4

sand and gravel

sand and gravel

sand and gravel

sand and gravel

4. Gorenjska region 807,318 Graben

Bistrica pri Naklem

Kamna Gorica

3

sand and gravel

sand and gravel

crushed stone - dolomite and silicates (quartz keratophyre)

5. Goriška region 71,611 Solkan 1 limestone for industrial purposes

6. Koroška region 281,533 Sele pri Slovenj Gradcu

Gorče pri Libeličah 2


sand and gravel

7. Notranjsko-karstic

region

280,556 Razdrto / Laže

Podskrajnik

Gabrovec

4




8. Pomurje region 1.524,404 Babinci / Krapje (Prlekija)

Bakovska cesta

Sotina (Goričko)

4

sand and gravel

sand and gravel

crushed stone - silicates

9. Savinja region 1.761,303 Podgora

Paka pri Velenju

Velika Pirešica

3




10. Southeastern

Slovenia

485,435 Dolenjska region:

Cerov Log (Gorjanci)

Brezovica

Bela Krajina region:

Hrast pri Vinici

Kočevski Rog:

Mozelj

4



crushed stone – limestone


11. Spodnjeposavska

region

581,230 Gunte

Starti Grad / Vrbina

Bizeljsko

4


sand and gravel


12. Zasavje region 84,110 Boben 1 crushed stone - dolomite

* [GeoZS 2015]


Page 15 / 66

Figure 4: Locations of aggregate centres for regional/local supply


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3.1.3 Selection of MDoPI (description of the process)

Slovenian shallow geological structures are relatively well-researched and known.

Lithological composition and detailed research work represents the base of

determining the MDoPI. 30 sites of non-metals were selected as MDoPI due its

uniqueness, rareness and importance for existing industry or traditional housing use as

construction material).

Suggested MDoPI deposits are located outside the urbanized areas, many times

close to the mining right areas where the industrial interest demands detailed

research work. We should keep in mind the suggested list is a work in progress still to

be completed, improved and adopted when necessary.

These areas are mostly forest, agricultural or built-up areas (regarding to their land

use) in few cases they also stretch into protected areas (e.g. Natura 2000,

Ecologically important area, Valuable natural features, Landscape park ...).

Regardless to the existing land use the mineral commodity and its geological

component should be a priority in spatial plans and therefor they should be

safeguarded for the future potential access. Geological settings cannot be moved

to other location, while most of human activities can (industrial objects, agriculture,

housing …). That is also why the Natura 2000 directive does not exclude or prohibit

mineral exploration and extraction, but sets certain limits.

The MDoPI were designated on detailed cadastral maps and transferred to Google

Earth maps as such. Three of case study detailed maps are attached bellow (Figure

5-Figure 7) and 3 MDoPI have been exposed to show the selecting process.

Data on selected MDoPI were gathered from Slovenian Mining Cadastre and

Register [MzI & GeoZS 2015], bulletins Mineral resources in Slovenia [GeoZS 2014,

2015], papers and monographies [Dimkovski & Rokavec 2001, Rokavec 2014] and

expert reports [Jerše et al. 1986, Šolar 1994, Skaberne 2003, Novak 2015, etc].


Page 17 / 66

1) Karstic natural stone-limestone deposits in Slovenian Karstic region (Table 1,

serial No. 14-16)

Cretaceous limestone as the primary building material has played a crucial role in

constructing a common human history in the Adriatic area. Both massive and platy

limestone are recognizable linking elements of the cultural landscape along the

Adriatic karstic coast [Vesel 1980, Novak 2015]. Blocks of Limestone have been used

for housing and as ornamental stone, platy limestone also as roof tiling, for

construction of dry walls, shepherd cottages and similar objects. Besides being an

important element of cultural heritage, it is also important as natural heritage, with

often rich and diverse fossil fauna e.g. well-preserved vertebrate fossils. For centuries

it has been excavated in regional quarries, some of them were also located in

backyards or in small delves in the vicinity of the villages. The white limestone with

specific polished surface was also used in broader trans-border areas (e.g. in Italy) as

world known architectural and ornamental stone.

Figure 5: Suggested MDoPI of karstic natural stone-limestone deposit


Page 18 / 66

2) Ilirska Bistrica clay deposit in Southwest region (Table 1, serial No. 1)

It is the biggest clay deposit in Slovenia, developed on Eocene flysch of Reka

synclinal (Figure 6). The thickest layer of Plio-Pleistocene clay in Slovenia was

discovered and drilled through the 3 km long synclinal, over 60 m of rather

homogenous clays, used for brick and ball clays [Jerše et al. 1986, Jerše 1990,

Rokavec 2014]. The mineral composition is muscovite-illite-montmorillonite, with

particle size 25-53 % of clay particles under 2 µm. In the last century the entire region

was dedicated to brick production in small brick factories, nowadays no industry is

related to clay deposits and the large reserves remain intact although Slovenia

imports this building material from international companies.

Figure 6: Suggested MDoPI of clay deposit in Ilirska Bistrica


Page 19 / 66

3) Chert in Mirna valley in Central – South Slovenia (Table 1, serial No. 22)

Chert occurs in the Mirna valley, Lower Carniola, in Jersovec, Ogorelke and

Gabrovka as well as in several smaller deposits. Mirna chert deposit [Šolar 1994,

Skaberne 2003] (Figure 7) is unique in the country. Primary chert occurs in Triassic

limestones and dolomites, and as weathered out secondary chert which is extracted

in breccias with loamy cement. The entire production of washed chert is being

exported. The mineral commodity is of good quality and is used for production of

refractories (bricks and masses). Reserves are sufficient for several years.

Figure 7: Suggested MDoPI of chert in Mirna valley


Page 20 / 66

3.2 GOOGLE EARTH APPLICATION

For the purposes of this project we have prepared and displayed spatial data on

MDoPI data in the Google Earth [Google Earth 2016] (Figure 8 and Appendix B). This

program is not only free of charge but its use is widespread and easy compared to

GIS tools, such as ArcInfo and QGIS. By completing the program and increasing the

transparency and resolution of maps and terrain, the importance of Google Earth

application is growing. In the case of Google Earth application, maps are not tied to

the scale. Instead, the program enables 3D views at different scales and angles of

observation. The preparation in this program is also very simple; data is presented in

the form of polygons and centroids. To those objects the attribute data in the form of

simple tables are added.


Page 21 / 66

Figure 8: Screenshot of case study Slovenia in Google Earth (red – suggested MDoPI areas)


Page 22 / 66

4. CASE STUDY COUNTRIES

7 case study countries were selected (UK, Italy, Sweden, Portugal, Hungary, Poland

and Slovenia; Figure 9) regarding to the differences in territorial size (huge, middle

size and small countries), mineral endowment and national mineral policies. Lists of

potential protected mineral areas of these countries were prepared. In most case

study countries parts of national territories have been divided/selected (certain

provinces were chosen), only in Slovenian case the entire state territory was

examined due to its relatively small size. On and off shore areas have been taken

into consideration as well (UK case study). Metal, non-metal and aggregate deposits

have been suggested for future safeguarding regime on different levels: national,

regional and local depending on the national mineral policy and ownership of

minerals.

Figure 9: Case study areas in selected case study countries


Page 23 / 66

Lists of selected case study countries contain series of attributes, such as: type of

mineral endowment, host rock, age, use, permit, etc). Some provided attributes

have got spatial component, in others it is missing. Five case study countries provided

spatial data (coordinates): Slovenia, Italy, Poland, Portugal and Hungary. Other

partners provided lists of potential protected MDoPI with no spatial data.

MDoPI data directly provided by project partners are presented in Appendix A.

Data referring to potential safeguarded MDoPI provided by case study countries

(short overview, Table 4):

Slovenia:

Entire state territory: 25 areas/deposits of non-metals (brick and ball clays, natural

stone (e.g. dimension stone), Q sand, chert, chalk, calcite, bentonite, limestone for

industrial purposes (e.g. for cement industry) and sea salt. Besides the access to ca

40 sites of crushed stones and gravel pits should be assured. These sites (quarries and

open pits) represent local and regional aggregates supply and should be spread

evenly over the entire country, which is unofficially divided into 12 Slovenian “statistic

regions”.

Italy:

Emilia Romagna Region: 11 deposits of aggregates (alluvial sands and gravels,

coastal sands, sandstones and conglomerates, limestones, siliceous rocks).

Portugal:

Tungsten province (national level): 38 deposits of metal ores (W, Sn, Pb, Au, Mo, Ag).

Rio Maior (local level): Mineral deposit of special Quartz kaolinite-rich sands (Special

sands).

Hungary:

Borsot-Aubauj-Zemplen, Hajdu-Bihar, Heves, Szabolcs-Szatmar-Berek: 402 deposits

of non-metals (sand, gravel, crushed stone, clay and perlite).

Sweden:

Norrbotten Country: 24 deposits of metal ores (Pb, Ag, Cu, Au, Fe) and non-metals

(graphite, dolomite and limestone for industrial purpose, kaolin, magnesite,

wollastonite, quartz).


Page 24 / 66

UK:

South West England & South Wales: 40 deposits on shore (sand and gravel, crushed

stone, dimension stones, ball cay, pottery clay, china clay, brick clay, slates, metals),

10 deposits off-shore in Celtic and Irish seas (sand and gravel, undersea salt and

potash, metals in seabed nodules, crust and extinct smokers).

Poland:

Dolnoslaskie Province: 142 deposits with indicated and measured resources (copper-

silver ore, nickel ore, barite and fluorite, bentonite, clays (brick, ceramic and fire

clays), dimension stone, crushed stone, feldspar, gypsum and anhydrite, kaolin,

magnesite, quartzite, aggregates (sand and gravel), sand for lime, sand for glass

production.

Table 4: List of potential safeguarded areas (MDoPI) – summary data by case study

countries

Case

study

country

Province

∑No. MDoPI

(potential

areas)

Level

Type of Mineral

Endowment

metals non-

metals aggregates

SI Entire state territory

30 national x

max 50 local,

regional x

I Emilia Romagna R. 11 regional x

PT

Tungsten province 38 national x

Rio Maior 1 local x

H

Borsot-Aubauj-Zemplen,

Hajdu-Bihar, Heves,

Szabolcs-Szatmar-Berek

402 regional x x

S Norrbotten country 24 national x x

UK

South West England &

South Wales (on shore)

40

regional x x x

South West England +

South Wales (off-shore in

Celtic and Irish seas)

10

regional x x

PL Dolnoslaskie Province 142 x x x

Italy, Portugal, Poland, Hungary and Slovenia have also provided spatial data that

enable graphic/visual presentation on map. A step forward was made by creating a

MDoPI presentation on the background/base of Google Earth application which

actually exceeds the DoW framework (Appendix B).


Page 25 / 66

5. CONCLUSIONS

Within WP4.1 further conclusions were drawn and several deliverables were

produced aligned with DoW.

A list of potential protected areas (MDoPI) was created.

Each partner from case study countries (UK, Italy, Sweden, Portugal, Hungary,

Poland and Slovenia) has provided its own selection of suggested MDoPI, 4 of

them provided spatial data as well.

Case study Slovenia was examined in details, the entire national territory was

taken into account for the project survey and the map in a scale 1:250,000 was

created. Two aspects were taken into consideration: 30 deposits of MDoPI have

been chosen and designated on national level. On local/regional level a max of

50 extraction sites were suggested as aggregates supply centres as well. The % of

protected national territory was estimated regarding to future mineral

safeguarding.

The spatial data (provided by Slovenia, Italy, Portugal, Poland and Hungary) are

designated and displayed in Google Earth application that provides a clear visual

presentation.

The list of MDoPI and the boarders of suggested mineral polygons are not closed

or final, it is a live structure that should be adopted referring to new geological

research and knowledge.

All 7 case study countries were Minerals4EU project partners so they include/provide

most of their national MD data into a common mineral infrastructure system

(interactive database).

Further steps/activities are proposed in WP4 for our following short term period.

Each partner from case study countries should provide arguments for

selection of their designated MDoPI other than geological (e.g. market value,

jobs, encroaching urbanization, etc) as it is for case study country Slovenia in

the Table 1.

In order to complete the scheme of case study countries areas we suggest

that each MINATURA consortium partner provides/designates at least some

MDoPI in its country/region.


Page 26 / 66

REFERENCES

[Bavec et al. 2013] Bavec M., Novak, M., Poljak, M. “Geological Map of Slovenia in

scale 1: 1 000 000”, Map, GeoZS, Ljubljana, 2013.

[Dimkovski & Rokavec 2001] Dimkovski T. & Rokavec D., “Nahajališča

nekovinskih mineralnih surovin v Sloveniji: površinski kopi. 1. del

(Non-metal mineral deposits in Slovenia, open pits and quarries,

Part 1) “, Report, GeoZS, Ljubljana, 2001.

[GeoZS 2014] GeoZS, “Bulletin Mineral resources in Slovenia 2013”, Bulletin,

GeoZS, Ljubljana, 2014.

[GeoZS 2015] GeoZS, “Mineralne surovine v letu 2014 (Mineral resources in

Slovenia in year 2014)”, Bulletin, GeoZS, 2016, http://www.geo-

zs.si/?option=com_content&view=article&id=174

[Google Earth 2016] Google Earth Inc., “Google Earth application”,

https://www.google.com/earth/, 2016

[Jerše et al. 1986] Jerše Z., Grad K., Štern J., Mišič M., “Raziskave glin na območju

Ilirske Bistrice 1986 (Research of clays in the area of Ilirska Bistrica

1986)”, Report, GeoZS, 1986.

[Jerše 1990] Jerše Z. “Pregled lastnosti gline pri Ilirski Bistrici (Survey of clay

characteristics in Ilirska Bistrica)”, Report, GeoZS, 1990.

[MzI & GeoZS 2015] MzI & GeoZS, “Mining cadastre and register (in Slovenian)”,

Databse, GeoZS, Ljubljana, 2016.

[Novak 2015] Novak M. (Ed.), “Limestone as the common denominator of

natural and cultural heritage along the karstified part of the

Adriatic coast - RoofOfRock”, Final thematic Report

RoofOfRock, http://www.roofofrock.eu/publication/, 2015.

[Rokavec 2014] Rokavec D., “Gline v Sloveniji (Clays in Slovenia)”, Monography,

GeoZS, Ljubljana, 2014.

[Skaberne 2003] Skaberne D., “Poročilo o geološkem popisu jeder vrtin v

površinskem kopu Jersovec II pri Mirni (Report on geological

records of borehole cores in the surface excavations of

Jersovec II at Mirna)”, Report, GeoZS, Ljubljana, 2003.

[SORS 2014] Statistical Office of the Republic of Slovenia (SORS), “Slovene

Regions in Figures”, publication,

https://www.stat.si/doc/pub/REGIJE-2014.pdf, 2014.

[Vesel 1980] Vesel J., “Geološke raziskave naravnega okrasnega kamna v

Sloveniji: poročilo o geoloških raziskavah nahajališč Mali

Medvedjak, Lipica in Kopriva ter prospekcije Krasa (Geological

exploration of natural decorative stone in Slovenia: report on

http://www.geo-zs.si/?option=com_content&view=article&id=174

http://www.geo-zs.si/?option=com_content&view=article&id=174

https://www.google.com/earth/

http://www.roofofrock.eu/publication/


Page 27 / 66

Mali Medvedjak, Lipica and Kopriva deposits and prospectives

of the Karst)”, Report, Ljubljana, 1980.

[Šolar 1994] Šolar S. “Elaborat o kategorizaciji, klasifikaciji in izračunu rezerv

roženca v ležišču Jersovec II pri Mirni na Dolenjskem, stanje

31.12.1992. Dopolnilo k elaboratu - Jersovec III pri Mirni, stanje

31.12.1992 leta (Report on categorization, classification and

calculation of chert bed Jersovec II reserves in Mirna in

Dolenjska, status 31.12.1992. Appendix to report - Jersovec III in

Mirna status 31.12.1992)”, Report, GeoZS, Ljubljana, 1994.

[Website1 2016] Travel Slovenia, “Slovenia”, Website, http://www.travel-

slovenia.si/slovenia/, 2016.

http://www.travel-slovenia.si/slovenia/

http://www.travel-slovenia.si/slovenia/


Page 28 / 66

APPENDIX A


Page 29 / 66

A.1 Case study country ITALY (Emilia-Romagna Region)

Figure: Potential deposits of MDoPO – Emilia-Romagna Region

Shapefiles of MDoPI 2016_04_21: MDoPI_EmiliaRomagnaRegion.mxd, Regions.shp,

MDoPI_ER_etrs89_f32.shp and MDoPI_ER_etrs89_f32.lyr

Report: WP4_Report_EmiliaRomagnaRegion.pdf

Table: MDoPI_ER_etrs89_f32

# Class Lithology Sup_ha

1

Quaternary

sediments

Alluvial clays and gravels of the Apennine

margin 25077,3060

2

Quaternary

sediments

Alluvial gravels and sands of the

Apennine rivers 110555,2739

3 Carbonate rocks Calcarenites and micrite limestones 1018,4358

4 Siliceous rocks Feldspathic sandstone 8600,2219

5 Siliceous rocks Sandstone and conglomerates 54349,8716

6

Quaternary

sediments Coastal sands 15562,3483

7

Quaternary

sediments Alluvial gravels and sands of the Po river 33713,2675

8 Siliceous rocks Jasper and other siliceous rocks 179,8641

9 Siliceous rocks Partially cemented sandstone/mudstone 133949,8218

10 Carbonate rocks mudstone/limestones/sandstone 164684,7603

11 Siliceous rocks Well cemented sandstone/mudstone 95750,6363


Page 30 / 66

A.2 Case study country PORTUGAL

Short report: Portuguese case studies.doc

Portuguese proposed case studies

Tungsten provinces in the Portuguese territory (national scale case study)

Tungsten ore-forming systems are mainly located in the north and northeast regions

of mainland Portugal. Tungsten is one of the 21 minerals included in the EU critical

raw materials list - in Portugal there are several mineral deposits of tungsten, one

being exploited (Panasqueira) and others under evaluation or exploration. Tungsten

occurrence areas often overlap with Natura 2000 and other environmentally

sensitive zones which need to be harmonized with economic activities such as the

mining industry, and this can prove challenging for land use planners and

stakeholders. For the project we have the Portuguese Geological Survey (LNEG)

inventory of tungsten occurrences at the national level and the layers provided by

the General Directorate for Energy and Geology (DGEG) - the Portuguese mining

authority - representing the current mining contract areas, experimental exploitation

areas and prospecting and exploration areas. For now, we will use these layers as the

first draft list of potential protected areas, in combination with some attributes from

the national inventory of tungsten occurrences.

The Quartz, kaolinite-rich sands (Special Sands) of Rio Maior (local scale case study)

In this case the mineral resource is used for the supply of glass and ceramics

industries. The mining sites are located close to the city of Rio Maior and nearby

urban expansion areas, and therefore constitute a challenge for the municipal land

use plan which aims at harmonizing the existing conditions and the urban,

environmental and social areas, considering the economic importance of these

resources. This is an example of how to mitigate land use conflicts and harmonize

different land occupations.

As for the Tungsten case study, we will use the layers representing the current mining

contract areas, experimental exploitation areas and prospecting and exploration

areas provided by DGEG, as the first draft list of potential protected areas.


Page 31 / 66

Figure: Tungsten and special sands case studies


Page 32 / 66

Figure: Mining and prospecting and exploration contracts and applications –

Rio Maior


Page 33 / 66

Table: Portugal_Potential_areas_W_final_draft_24082016 (Potential areas W 2016) N_CADASTRO Substances_co

ntract

Mining_Contract_T

ype (March 2016)

Code_Mining

_Contract_Ty

pe

Name Main

Substances

Primary

Mineralization

Host Rock area x_centroi

d

y_centroi

d

Historical

Production

Deposit

Dimension*

Potential Reserves Observations

MNPP01413 W, Sn, Ag e Pb Prospection and

exploration

contract

PE Campo

Mineiro de

Vale das

Gatas

WSn Wolframite,

Cassiterite

Schist,

Greywacke

, Granite

219309443,89 48215,20 182263,41 Between 1960

and 1986 it

produced

1100t of

concentrates

with 781t of

WO3.

Medium Proved reserves - 210t WO3

Probable reserves - 260t WO3

Possible reserves - 340t WO3.

It can also produce Sn and

some Ag.

MNCE00139 W, Sn and Au Experimental

exploitation

contract

EEP Campo

Mineiro de

Covas

(Serra de

Arga)

W Scheelite,

Wolframite,

Ferberite

Schist,

Quartzite

19489534,01 -49154,63 244721,49 Historical

production of

370.000 ton

with 0,61 %

WO3

Big Campo Mineiro de Covas

(Serra d’Arga) - > Existence

of 690.000 t of Indicated

Resources with 0,86 % WO3 +

233.000 t of inferred resources

with 0,56 % WO3

Evaluation from

Union Carbide in

1975

MNPPP0274 W, Sn, Au, Ag,

Nb and Ta

Prospection and

exploration

contract

PE Estorãos WSn Wolframite,

Cassiterite

Schist 249862132,27 -47866,63 233010,25 Small

MNPP03312 W, Sn and Mo Prospection and

exploration

contract

PE Campo

Mineiro da

Borralha

WSn Wolframite,

Scheelite,

Cassiterite,

Chalcopyrite

MicaSchist,

Quatzite,

Schist,

Liditos,

calc–

silicate

rocks,

Granite

92734178,12 13980,65 221084,93 Between 1904

and 1983 it

produced it 18.

505t of

Wolframite and

Scheelite

Big Proved tonnage - 31000 t

containing 40t of WO3.

Tonnage not immediately

available - 128.000t with 160t

of WO3

Probable Reserves - 440.000t

with 575t of WO3.

It can produce Mo in Venice

and St. Helena Breccias and

in some quartz veins, and

some Cu and Ag.

MNPP01711 Sn, W, Au, Ag,

Cu and

associated

sulphides

Prospection and

exploration

contract

PE As casas WSn Wolframite,

Cassiterite

Schist 25106639,74 113769,73 224933,23 Small

MNPP01711 Sn, W, Au, Ag,

Cu and

associated

sulphides

Prospection and

exploration

contract

PE Argozelo SnW Cassiterite,

Wolframite and

Scheelite

Schist 80311990,58 125828,75 221336,88 Medium (Sn),

Small (W)


Pb, Zn and Cu

Prospection and

exploration

contract

PE Ribas W Wolframite Phyllites 250884389,56 61648,66 207237,09 Small

MNPP00613 Sn, Au, Ag, Cu,

Zn, Pb, As, Sb

and W

Prospection and

exploration

contract

PE Castanheir

a

W Wolframite Schist 95665737,13 -42402,64 192993,03 Small

MNPPP0382 Au, Ag, Cu, Pb,

Zn, Sn, W, Ta,

Nb, Li, other

minerals

Prospection and

exploration

contract

PE Monte ou

Serra de S.

Domingos

W Wolframite Schist 244938291,44 59563,29 190852,44 Small

MNPPP0366 W, Sn, Au e

outros

depósitos

minerais

Prospection and

exploration

contract

PE Lagoaça/

Fonte Santa

W Scheelite Schist,

Psammite,

Quartzite

97832220,51 106790,71 175632,67 Between 1955

and 1983 it

produced 629 t

of

concentrates

of scheelite.

Big Total of 60.000.000 t of

Possible Reserves with grades

from 0.024% to 0.056% with 33

000t of WO3

It can be

exploited at

open sky

MNPPP0381 Au, Ag, W, Sn,

Sb, Ta, Nb, Cu,

Pb, Zn, As and

associated

minerals

Prospection and

exploration

contract

PE Lagoaça/

Fonte Santa

W Scheelite Schist,

Psammite,

Quartzite

306151547,47 113516,41 177687,66

MNPCE0708 Au, Ag, Pb, Zn,

Cu, Sb, Sn and

W

Experimental

exploitation

contract

EEP Vale de

Navalho e

Seixas

(Minas do

WSn Wolframite,

Cassiterite

Phyllites 45430282,06 71907,41 161562,73 Small


Page 34 / 66

Vesúvio)

MNPP00914 Au, Ag, Cu, Pb,

Zn, Sn, Sb, W

and associated

minerals

Prospection and

exploration

contract

PE Senhora da

Guia

W Wolframite Schist,

Greywacke

252751886,98 4141,82 46689,78 Small

MNC000018 W, Sn, Cu, Ag,

Zn and As

Mining contract MC Campo

Mineiro da

Panasqueir

a

WSnCu Wolframite,

Cassiterite,

Chalcopyrite

Schist,

Quartzite,

Greywacke

19135725,66 32579,59 53889,60 It produced

more than

50.000t of W

over 100 years

Big Proved and probable

reserves, along with the

indicated resources totaling

5.130.000 t with 0.26% grade

WO3 (total 13,338 t WO3)

MNPP00812 Sn, W, Li, Cu,

Pb, Zn, Au, Ag

and Pyrite

Prospection and

exploration

contract

PE Campo

Mineiro da

Panasqueir

a

WSnCu Wolframite,

Cassiterite,

Chalcopyrite

Schist,

Quartzite,

Greywacke

16343261,87 32494,73 55892,64

MNPPP0331 W, Sn and

other metal

Prospection and

exploration

contract

PE Campo

Mineiro de

Alvarenga


Granite

328120409,15 839,94 138278,88 Small

MNPP00712 W, Sn, Au, Cu

and accessory

minerals

Prospection and

exploration

contract

PE Minas de

Tarouca

(Santo

Antão)

W Scheelite Schist,

Greywacke

11622324,60 26968,38 145202,86 It produced 50

t of WO3

between 1977

and 1980.

Medium Probable Reserves between

50.000 and 100.000t of Skarn

and calc–silicate rocks with

0.3% to 0.5 % of WO3.

MNCE00142 W, Sn, Au, Cu

and accessory

minerals

Experimental

exploitation

contract

EEP Minas de

Santo

Adrião

W Scheelite MicaSchist 4749934,43 40207,42 162659,52 Small

MNCE00138 Au, Ag, Cu, Zn,

Pb, Sb, W, Mo,

Ta, Nb and Sn

Experimental

exploitation

contract

EEP Turgueira W Wolframite Granite 35340677,66 55934,90 150591,21 Small

MNPPP0355 Au, Ag, Pb, Cu,

Zn, W and

other metal

ores

Prospection and

exploration

contract

PE Castelo

(Lombo da

Veiga)

WAuAg Wolframite,

Scheelite, Gold

Schist,

Quartzo

168000000,00 86000,00 195000,00 Small

MNPP01115 W, Sn, Au, Ag,

Cu, Pb, Zn, and

associated

minerals

Prospection and

exploration

contract

PE Vale

Godinho


Greywacke

206687274,01 74844,08 45231,22 Small

MNCE00137 Sb, As, Band, Bi,

Pb, Co, Cu, Sn,

Li, Mo, Nb, Ni,

Au, Ag, Ta, W

and Zn

Experimental

exploitation

contract

EEP S. Pedro

das Águias

(Tabuaço)

WSn Scheelite,

Cassiterite

Schist,

Limestone

45127844,43 50861,93 157606,31 Medium Tonnage “in situ” of 1000000t

with 9000t of WO3 and 800t of

Sn

Never been

exploited

MNPPP0370 Au,Sb, W and

other metal

ores

Prospection and

exploration

contract

PE Galdins

(Pomar)

WSbAu Wolframite,

Antimonite, Gold

Schist,

Greywacke

264000000,00 39000,00 23000,00 Small


Cu, Pb and Zn

Prospection and

exploration

contract

PE Campo

Mineiro de

Bejanca e

Bodiosa

SnW Cassiterite,

Wolframite

Granite,

Greisen

119024823,12 8731,45 112851,92 It produced

184t of SnO2

and 178t of

WO3.

Medium (Sn and

W)

5000000t with 2350t of WO3

and 3070t of Sn.

Evaluation in

1985


Cu, Zn, Pb, As

and Sb

Prospection and

exploration

contract

PE Portela das

Cabras

WSn Wolframite,

Cassiterite

Corneanas,

Schist

46812038,90 -17734,33 237781,95 Small

MNPP04312 W, Pb, Zn, Cu,

Au and Ag

Prospection and

exploration

contract

PE Portela das

Cabras

WSn Wolframite,

Cassiterite

Corneanas,

Schist

4817429,93 -28679,17 227072,53

MNPP04312 W, Pb, Zn, Cu,

Au and Ag

Prospection and

exploration

contract

PE Portela das

Cabras

WSn Wolframite,

Cassiterite

Corneanas,

Schist

6559904,60 -26004,26 230872,55

MNPP04712 Au, Ag, W and

Sn

Prospection and

exploration

contract

PE Portela das

Cabras

WSn Wolframite,

Cassiterite

Corneanas,

Schist

38947871,94 -29937,76 225263,64

MNPP04712 Au, Ag, W and

Sn

Prospection and

exploration

contract

PE Portela das

Cabras

WSn Wolframite,

Cassiterite

Corneanas,

Schist

31545270,46 -24415,38 230258,93

MNPCE1507 Sn and W Experimental

exploitation

contract

EEP Vale

Grande I

W Scheelite Schist 13364798,59 86791,97 228350,36 Small

MNPP04812 Au, Ag, W and Prospection and PE Melgaço / AuW Gold, Wolframite Granite, 44630171,24 -7463,66 267063,22 Small


Page 35 / 66

Sn exploration

contract

Casa dos

Mouros

Migmatitos


Nb and Ta

Prospection and

exploration

contract

PE Vilar de

Mouros /

Castelhão

SnW Cassiterite Schist 95804433,79 -48316,89 247443,18 Small

MNPP04612 W and Sn Prospection and

exploration

contract

PE Campo

Mineiro de

Bessa

SnW Cassiterite,

Wolframite

MicaSchist,

Schist,

Granite

16496212,01 34929,24 229963,15 Small


exploration

contract

PE Campo

Mineiro de

Bessa

SnW Cassiterite,

Wolframite

MicaSchist,

Schist,

Granite

6758357,26 36244,64 235146,13


exploration

contract

PE Campo

Mineiro de

Bessa

SnW Cassiterite,

Wolframite

MicaSchist,

Schist,

Granite

13829670,83 38779,79 238043,44

MNC000055 Sn and W Mining contract MC Minas de

Paredes /

Teixugueira

s

SnW Cassiterite,

Wolframite

Schist 895932,85 116796,43 225027,51 Small

MNPPP0352 Sn, Ta, Nb, Li,

W, Au, Ag and

other minerals

Prospection and

exploration

contract

PE Campo

Mineiro de

Codeçoso

e Aboim

SnW Cassiterite,

Wolframite

Schist 49631687,74 11698,01 182390,57 Small

MNPPP0368 Au, Ag, Cu, Pb,

Zn, Sn, W, Ta,

rare earth and

accessory

minerals

Prospection and

exploration

contract

PE Santa

Eulália

(Fontalvo)

SnW Cassiterite,

Wolframite,

Ilmenite

Granite 535545759,84 75625,84 -68480,55 Small

Table: Portugal_Potential_areas_W_final_draft_24082016 (Resources W)

Mineral Deposit

Name

Main

Susbtances Historical Production Dimension Potential Reserves Observations

Present (mining)

situation

1- Panasqueira

(Fundão) Tungsten,

It produced more than 50.000t

of W over 100 years Big

Proved and probable reserves, along with the indicated

resources totaling 5.130.000 t with 0.26% grade WO3 (total 13,338 t

WO3)

Mining Contract C-18

2- Borralha

(Montalegre) Tungsten

Between 1904 and 1983 it

produced it 18. 505t of

Wolframite and Scheelite

Big

Proved tonnage - 31000 t containing 40t of WO3. Tonnage not

immediately available - 128.000t with 160t of WO3

Free Probable Reserves - 440.000t with 575t of WO3.

It can produce Mo in Venice and St. Helena Breccias and in

some quartz veins, and some Cu and Ag.

3- Vale das Gatas

(Sabrosa)

Tungsten and

Tin


produced 1100t of

concentrates with 781t of WO3.

Medium

Proved reserves - 210t WO3

Free Probable reserves - 260t WO3

Possible reserves - 340t WO3.

It can also produce Sn and some Ag.

4- Fonte Santa

Lagoaça

(Mogadouro)

Tungsten

Scheelite


produced 629 t of concentrates

of scheelite.

Big Total of 60.000.000 t of Possible Reserves with grades from 0.024%

to 0.056% with 33 000t of WO3

It can be exploited

at open sky

Free Recognized with18

drillholes

5-Campo mineiro da

Serra d’Arga (Covas,

Cerdeirinha,

Valdarcas, Fervença,

Lapa Grande,

Telheira)

Tungsten

Scheelite and

Wolframite

Historical production of 370.000

ton with 0,61 % WO3 Big

Campo Mineiro de Covas (Serra d’Arga) - > Existence of 690.000 t

of Indicated Resources with 0,86 % WO3 + 233.000 t of inferred

resources with 0,56 % WO3

Evaluation from

Union Carbide in

1975

Free


Page 36 / 66

6-Minas de Sta

Leocádia (Tabuaço)

Tungsten

Scheelite Medium

Tonnage "in situ" of 500000t containing 1500t of WO3 with an

average grade of 0.6%.

Never been

exploited Free

7-S. Pedro das

Águias (Tabuaço)

Tungsten

Scheelite and

Tin

Medium Tonnage “in situ” of 1000000t with 9000t of WO3 and 800t of Sn Never been

exploited Free

8-Bejanca-Bodiosa Tungsten and

Tin

It produced 184t of SnO2 and

178t of WO3. Medium 5000000t with 2350t of WO3 and 3070t of Sn. Evaluation in 1985 Free

9-Murçós (Bragança) Tungsten and

Tin

It produced 183t of WO3

between 1973 and 1975 Medium

648.500t of Possible Reserves with grades between 0.06% and

0.1%. Open Sky

Prospection and

exploration contract

10-Vale de Porros (

Figueira Castelo

Rodrigo)

Tungsten

Scheelite and

Tin and

Fluorine

Medium 347.600t of Possible Reserves with 1.840t of WO3 Free

11- Tarouca

Tungsten

Scheelite and

Tin

It produced 50 t of WO3

between 1977 and 1980. Medium

Probable Reserves between 50.000 and 100.000t of Skarn and

calc–silicate rocks with 0.3% to 0.5 % of WO3. Free

Table: Special sands N_CADASTRO DENOMINACA CONCESSION SUBSTANCIA SITUACAO_1 EXPERIMENT centroid_x centroid_y area

MNC000103 VIA-VAI SIFUCEL -

S├ŹLICAS, S.A.

Caulino e

Qz Concedido -66900,10 -38181,15 289005,77

MNC000109 QUINTA DA

ROSA

SIBELCO

PORTUGUESA,

LDA.

Caulino e

Qz Concedido N├ú -67738,43 -38001,16 908830,43


Page 37 / 66

A.3 Case study country HUNGARY

Maps: 3 maps in the file MIN_WP4_test_area_Hungary.pptx

Figure: Prognostic areas for sand

Figure: Prognostic areas for construction stones (crushed stones)


Page 38 / 66

Figure: Prognostic areas for gravels


Page 39 / 66

Table: Másolat eredetijeWP4_lista_vegleges-1.xlsx

Prognostic

area ID

Name of

area County Main Substances

Primary

Mineralizati

on Host Rock (type, age) Area/m2 x_centroid (EOV) y_centroid (EOV)

POINT_X (UTM -

WGS1984_Zone33N)

POINT_Y (UTM -

WGS1984_Zone33N)

Mining

Contract

Historical

Production

Potential Reserves (D1

and m3)

Environmental, land use or other constrains (NP=national park

N2000=Natura2000 NON=national okonetwork WPA=water protection area) Observations

5_1 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel35961708,6 776686,3597 355984,9759 925315,8451 5391762,904 no 181.532.942,9 N2000, near NP, NON, WPA


5_4 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel 85543,5 760823,4188 328647,5484 910911,3175 5363574,148 no 353.582,8 N2000, NON

5_5 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel138364,8 758231,8749 324590,2508 908535,4478 5359378,428 no 441.383,7 N2000, NON

5_7 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel1054629511 762811,0562 322400,4042 913231,7754 5357431,91 no 13.303.822.236,9 NP, N2000, NON, WPA


5_12 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel 201250 804162,5 289681,8803 956339,3429 5326895,231 no 9.999,9 NON, WPA

5_13 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel 45000 802775 288675 955004,218 5325814,082 no 14.000,0 N2000

5_14 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel 50000 802700 287950 954967,5852 5325084,591 no 10.000,0 N2000

5_15 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel3217094,1 759838,5951 286738,5391 912149,4435 5321604,635 no 46.647.864,5 NON

5_16 Borsod-Abaúj-Zemplén gravel holocene and pleistocene fluvial and proluvial gravel41682160,2 766029,1902 283965,8715 918488,3961 5319158,194 no 410.271.542,3 NP, N2000, WPA



5_1 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 38980,4 825818,505 356544,8925 974438,2219 5394962,945 no 156.701,2 N2000, NON

5_2 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 101545,3 824658,0305 356508,3675 973278,9298 5394863,899 no 408.212,1 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 3624027,1 811845,1763 356247,4879 960472,4536 5393913,309 no 18.844.940,9 NON, WPA

5_4 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 40193,5 825252,1672 355634,4907 973920,5241 5394021,425 no 161.577,9 near NP, N2000, NON

5_5 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 11864,4 826222,5917 355170,2849 974916,6107 5393609,152 no 47.694,9 near NP, N2000, NON

5_6 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 16137145,6 814343,9497 352949,8775 963149,9163 5390748,25 no 8.865.215,3 near NP, N2000, NON, WPA

5_7 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 4906791,1 810876,5865 352176,3258 959722,2078 5389787,912 no 4.833.763,3 N2000, NON


5_9 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand567850856,4 787961,5534 338753,0832 937516,5464 5375130,341 no 687.309.073,2 near NP, N2000, NON, WPA

5_12 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand253576245,6 765710,0894 337184,2744 915343,5149 5372372,46 no 165.472.954,1 near NP, N2000, NON, WPA

5_13 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 2600666,4 849121,862 336452,6227 998842,7466 5376106,929 no 10.454.678,9 /

5_14 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 3663925,2 808493,36 334829,1722 958267,9937 5372303,136 no 14.728.979,3 near NP, near N2000, NON

5_15 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 26058763,1 854046,7846 333160,3923 1003949,93 5373075,708 no 137.816.693,8 near N2000, NON, WPA

5_20 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 388672,2 862451,8801 327780,5229 1012653,982 5368140,818 no 1.562.462,2 /, WPA

5_21 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 53231603,3 839912,182 327645,6747 990096,2773 5366796,791 no 127.803.649,9 near NP, near N2000, NON

5_23 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 1094318,2 822603,3149 325387,0324 972892,9599 5363609,468 no 4.399.159,2 N2000, NON

5_24 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 4382788,1 845292,8303 323725,4919 995692,4746 5363160,871 no 17.618.808,2 /, WPA

5_25 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 9729667,6 852003,171 323301,074 1002432,984 5363095,509 no 39.113.263,8 near NP, near N2000, NON, WPA


5_30 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 72022379,7 799630,6423 320411,847 950170,5165 5357403,963 no 2.160.671.391,0 near NP, near N2000, NON, WPA

5_31 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 5688702 779226,2854 317475,0944 929913,3414 5353378,804 no 7.468.002,8 N2000, NON

5_32 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 84638508,6 764835,4338 317437,4617 915520,4714 5352575,704 no 2.539.155.258,0 near NP, N2000, NON, WPA

5_35 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 28948,5 794729,9576 310776,7253 945780,4119 5347502,465 no 22.800,0 NON, WPA

5_36 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 241614 793749,8954 310721,0269 944802,7856 5347394,59 no 190.296,9 NON, WPA



5_39 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 3586987,4 779485,6152 302018,8837 930994,1089 5337930,432 no 41.921.362,1 near N2000, NON, WPA

5_40 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 3368764,4 820835,3955 300723,7397 972439,1582 5338831,309 no 13.542.432,9 N2000, NON, WPA

5_41 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 73767 789034,4623 297124,1554 940807,1525 5333539,962 no 737.670,0 /

5_42 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 7634391,3 780553,5271 296979,5114 932329,7443 5332945,532 no 83.859.001,7 NON

5_43 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 13027214,2 789456,0115 295308,3055 941325,2294 5331745,49 no 228.627.609,2 N2000, NON, WPA




5_47 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 427814,5 787052,6904 288132,277 939300,8019 5324438,228 no 374.137,9 /

5_48 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 58517,5 790227,3997 287909,1212 942489,1045 5324383,028 no 145.999,9 NON, WPA

5_49 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 4999927,8 765457,0933 284361,092 917895,2287 5319523,323 no 347.034.063,8 near NP, N2000, NON

5_50 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 16226340 787279,221 283609,284 939766,7958 5319924,727 no 82.754.334,0 near NP, N2000, NON




5_54 Borsod-Abaúj-Zemplén sand holocene and pleistocene fluvial and aeolian sand 126801,2 790669,8584 280084,6861 943345,7888 5316577,364 no 228.447,6 NON


9_1 Hajdú-Bihar sand holocene and pleistocene fluvial and aeolian sand 3494162,3 836438,789 285878,4274 988846,861 5324800,47 no 8.335.306,7 NON, WPA

9_2 Hajdú-Bihar sand holocene and pleistocene fluvial and aeolian sand 1639781,3 825133,4825 282889,117 977688,3017 5321208,366 no 10.035.461,6 near N2000, NON, WPA

9_3 Hajdú-Bihar sand holocene and pleistocene fluvial and aeolian sand 167454,5 831066,4798 282026,2815 983673,0909 5320659,168 no 736.799,8 /, WPA

15_23 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 1895217,5 849920,6738 311349,4848 1000987,632 5351018,598 no 9.267.613,6 /, WPA

15_28 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 1150360,5 853225,1028 309061,7078 1004418,254 5348904,63 no 5.625.262,8 NON


15_32 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 383804,9 858494,4666 306937,6626 1009807,72 5347059,393 no 1.876.806,0 /

15_33 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 1395285,9 844890,6016 306411,7213 996215,4156 5345806,555 no 6.822.948,1 NON

15_35 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 1182694,5 850666,7622 305433,7237 1002050,519 5345135,639 no 5.783.376,1 NON, WPA




15_50 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 910599,9 828550,7994 300267,736 980185,9026 5338785,418 no 2.433.301,4 N2000, NON, WPA


15_54 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 416623 844538,6636 299682,3389 996221,8523 5339050,714 no 2.037.286,5 /

15_55 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 57145 829989 299648,5532 981658,4544 5338242,174 no 152.702,6 /, WPA

15_56 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 4455598 855747,6261 299458,7442 1007456,436 5339424,211 no 17.506.173,8 /

15_60 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 4104262,5 825713,4005 297021,3941 977518,4969 5335385,044 no 20.069.843,6 near N2000, NON, WPA



15_66 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 16828671,7 809698,1676 294808,202 961607,1759 5332319,052 no 23.952.921,6 near NP, N2000, NON, WPA


15_72 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 38068744 829661,3197 293027,8923 981682,5347 5331597,519 no 304.549.952,0 near NP, near N2000, NON, WPA

15_76 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 6098072,7 858128,9204 292153,4104 1010230,048 5332236,094 no 28.383.040,3 N2000, NON


15_79 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 167250 831950,1345 291237,2448 984068,8254 5329926,662 no 1.254.375,0 /, WPA

15_81 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 6273125,6 817487,1902 290786,1099 969616,0694 5328707,119 no 30.675.584,2 near N2000, NON, WPA

15_82 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 148956,5 856332,9116 290547,8719 1008517,078 5330532,823 no 728.397,3 /

15_84 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 745033 845256,3429 290255,4371 997442,0598 5329650,92 no 3.643.211,4 NON

15_87 Szabolcs-Szatmár-Bereg sand holocene and pleistocene fluvial and aeolian sand 5536749,8 848330,2914 288859,1474 1000593,98 5328416,34 no 9.852.136,9 N2000, NON, WPA





5_1 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 7667837,7 823023,1135 358121,104 971556,0837 5396389,643 no 3.993.662,9 NP, N2000, NON, WPA

5_2 Borsod-Abaúj-Zemplén clay miocene variegated clay 3628705,4 811845,8426 356247,8623 960473,1001 5393913,72 no 4.717.317,0 NON, WPA

5_3 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 768761,9 830506,0331 355190,3201 979202,0519 5393859,887 no 23.062.857,0 N2000, NON

5_4 Borsod-Abaúj-Zemplén clay miocene clay 5865753,1 833175,191 354557,9298 981907,3058 5393370,801 no 5.302.365,1 NP, N2000, NON

5_5 Borsod-Abaúj-Zemplén clay miocene clay 2233896,4 814910,8856 351544,3546 963792,7308 5389372,39 no 67.016.892,0 N2000, NON

5_6 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 110638,2 816117,0199 350317,6578 965065,508 5388209,784 no 217.465,7 N2000, NON, WPA



5_9 Borsod-Abaúj-Zemplén clay miocene variegated clay 4886171,8 807733,6018 346338,0682 956891,0225 5383777,781 no 30.782.882,3 N2000, NON, WPA

5_10 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 7763947,2 840853,7155 345083,3896 990102,4006 5384301,629 no 34.638.570,9 N2000, NON, WPA


5_13 Borsod-Abaúj-Zemplén clay miocene variegated clay 778999 805231,4763 340952,8135 954676,3195 5378255,515 no 12.510.723,9 NON

5_15 Borsod-Abaúj-Zemplén clay miocene variegated clay 9396391,5 798460,1047 340047,512 947950,0942 5376987,077 no 150.906.047,5 NON

5_19 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 476373,9 837142,8508 337600,7784 986790,3213 5376612,758 no 19.341.302,0 near NP, N2000, NON


5_22 Borsod-Abaúj-Zemplén clay miocene andesite tuff 19997,5 828199,4179 336482,5342 977899,2373 5375013,594 no 364.999,9 N2000, NON




5_27 Borsod-Abaúj-Zemplén clay holocene and pleistocene fluvial clay 536804,7 838168,4728 332224,768 988105,3927 5371286,815 no 2.093.538,3 /



5_31 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 813587,5 834129,2575 330947,924 984130,9139 5369792,216 no 9.600.332,5 /

5_32 Borsod-Abaúj-Zemplén clay miocene clay 23746,3 819055,1186 330009,0994 969094,7523 5368045,213 no 493.592,8 N2000, NON

5_33 Borsod-Abaúj-Zemplén clay miocene clay 1507550,6 817909,5456 329963,7204 967950,7764 5367938,489 no 43.828.607,0 near NP, N2000, NON, WPA

5_35 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 104194,9 819749,5096 329214,8 969832,1674 5367287,492 no 116.167,7 N2000, NON



5_39 Borsod-Abaúj-Zemplén clay miocene variegated clay 8408834,3 771723,9571 325240,5248 921995,3082 5360747,098 no 93.338.060,7 near N2000, NON, WPA

5_42 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 295505,1 809957,4464 322658,3257 960383,7284 5360202,93 no 1.182.020,4 N2000 , NON, WPA


5_46 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff and clay 12024807,3 814336,0494 320526,3481 964879,2029 5358303,293 no 52.300.877,2 N2000 , NON, WPA




5_53 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 257293,3 813838,9402 317836,1703 964525,3369 5355584,635 no 4.132.130,4 /, WPA

5_54 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 87488 806020,92 317665,36 956711,0948 5354996,639 no 37.500,0 NON

5_55 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff and clay 1745623,2 812584,0403 317471,8668 963288,9734 5355153,109 no 52.368.696,0 NON, WPA

5_56 Borsod-Abaúj-Zemplén clay miocene brown coal 1226189,7 774748,1808 316886,8501 925465,053 5352552,097 no 36.785.691,0 NON



5_61 Borsod-Abaúj-Zemplén clay miocene brown coal 684360,1 766576,8402 314479,5537 917419,4762 5349709,699 no 8.143.885,2 NON

5_62 Borsod-Abaúj-Zemplén clay miocene brown coal 4786552,3 775406,3633 314178,1683 926267,5003 5349877,558 no 143.596.569,0 N2000, NON

5_63 Borsod-Abaúj-Zemplén clay miocene rhyolite tuff 198723,7 822553,9198 313942,1189 973454,9254 5352152,567 no 695.533,0 near NP, NON



5_69 Borsod-Abaúj-Zemplén clay miocene clay 159981,8 774995,7234 303697,5798 926413,4007 5339371,545 no 39.375,0 N2000, NON, WPA

5_70 Borsod-Abaúj-Zemplén clay miocene variegated clay 62964,2 778634,9558 303396,5236 930069,9976 5339263,493 no 1.011.205,1 /, WPA

5_71 Borsod-Abaúj-Zemplén clay miocene variegated clay 7700054 779234,969 301392,9984 930776,5658 5337290,989 no 134.857.298,1 near N2000, NON, WPA

5_72 Borsod-Abaúj-Zemplén clay 203636,7 768847,742 298817,1118 920522,1167 5334163,427 no 3.270.405,4 near NP, N2000, NON, WPA

5_73 Borsod-Abaúj-Zemplén clay 221192 768827,8095 298311,3 920528,9788 5333656,398 no 3.552.343,5 near NP, N2000, NON, WPA



5_76 Borsod-Abaúj-Zemplén clay miocene variegated clay 50311 777019,6878 291135,3332 929103,9561 5326911,605 no 503.110,0 /








5_84 Borsod-Abaúj-Zemplén clay miocene variegated clay 9081754,5 764706,6147 280495,6036 917348,6359 5315616,915 no 272.452.635,0 /



5_87 Borsod-Abaúj-Zemplén clay miocene variegated clay 999791,2 789499,4999 278995,372 942232,303 5315425,531 no 651.581,9 near N2000, NON

9_1 Hajdú-Bihar clay pleistocene fluvial clay, loess 356751 803139,7717 281060,5833 955772,4883 5318213,453 no 820.527,3 NON, WPA

9_2 Hajdú-Bihar clay pleistocene fluvial clay, loess 275769,7 804676,9448 281009,3393 957313,5247 5318243,514 no 551.539,4 NON, WPA

9_3 Hajdú-Bihar clay pleistocene fluvial clay, loess 96169,5 806774,6958 280702,3668 959429,1361 5318047,32 no 207.201,0 NON, WPA

9_4 Hajdú-Bihar clay pleistocene fluvial clay, loess 10197330,9 826161,6385 280375,5341 978850,6848 5318746,77 no 21.349.448,1 N2000, NON, WPA

9_5 Hajdú-Bihar clay pleistocene fluvial clay, loess 80273,1 804040,2539 279998,3606 956729,8463 5317198,082 no 72.466,6 N2000, NON, WPA

15_2 Szabolcs-Szatmár-Bereg clay miocene rhyolite tuff 274588,1 836605,6938 317389,0192 987335,4716 5356353,044 no 1.227.408,8 N2000, NON, WPA

15_3 Szabolcs-Szatmár-Bereg clay miocene rhyolite tuff 101083,5 844645,0485 316357,3271 995438,3405 5355750,096 no 451.843,2 N2000, NON, WPA

15_7 Szabolcs-Szatmár-Bereg clay miocene variegated clay 4683226,8 809196,6669 296052,5186 961039,2244 5333537,689 no 936.645,4 near NP, WPA

15_9 Szabolcs-Szatmár-Bereg clay miocene rhyolite tuff 69525 830546,6133 291271,6062 982662,0375 5329886,496 no 24.068,0 /, WPA

15_10 Szabolcs-Szatmár-Bereg clay miocene rhyolite tuff 8155464,6 825372,7206 290784,0189 977508,9228 5329123,635 no 93.939.697,7 NON, WPA

5_1 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 1478539,1 778320,5202 359457,201 926764,0545 5395323,298 no 20.589.019,2 NP, N2000, NON, WPA




5_5 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 938231 781866,426 357043,4106 930440,078 5393099,297 no 18.260.849,1 N2000, NON, WPA


5_7 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 387530 778247,3194 356062,0363 926872,9266 5391923,658 no 13.253.526,0 NON, WPA

5_8 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 1230013,6 782905,1882 355649,2354 931553,8381 5391760,544 no 23.939.832,2 NON, WPA



5_11 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 2296278 764111,8149 354368,8691 912826,6773 5389473,085 no 76.236.429,6 NP, N2000, NON, WPA







5_18 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 1,4 775776,71 352100,004 924614,217 5387828,573 no 46,5 NP, N2000, NON, WPA



5_22 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 8627300,4 769071,0406 349677,527 918037,3165 5385046,8 no 286.426.373,3 N2000, NON, WPA








5_31 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 2304922,5 778247,1042 345719,5652 927426,6541 5381579,159 no 26.482.937,2 NON, WPA





5_36 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 43403,5 776476,2914 343484,6714 925775,0063 5379249,059 no 309.812,8 NON, WPA


5_38 Borsod-Abaúj-Zemplén biogenic triassic limestone and dolomite 64424,3 774089,7854 334908,5314 923846,1686 5370543,535 no 839.786,7 NON, WPA




































10_5 Heves biogenic triassic limestone and dolomite 17914936 757951,823 304174,0476 909339,5506 5338944,271 no 895.746.800,0 NP, N2000, NON, WPA

5_1 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 1224156,4 830888,3937 349077,4482 979913,7704 5387762,947 no 2.761.650,3 N2000, NON

5_2 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 31120,1 827624,3531 342197,3724 977016,9982 5380702,088 no 979.866,4 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 26383,7 827987,8062 341833,8077 977400,2575 5380357,759 no 509.199,8 NP, N2000, NON

5_4 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 1643797 777891,9835 340607,5381 927344,842 5376446,965 no 20.876.221,9 near N2000, NON, WPA

5_5 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 2370851 777278,2465 337202,5221 926912,898 5373008,322 no 30.109.807,7 N2000, NON, WPA

5_6 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 2209964,3 775340,2571 337014,1862 924984,5034 5372716,434 no 28.066.546,6 near N2000, NON, WPA

5_7 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 2678718,3 773815,0587 336376,2817 923493,0264 5371996,945 no 34.019.722,4 NON, WPA

5_9 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 991355,1 762339,5884 328815,4031 912418,7405 5363822,777 no 26.370.045,7 N2000, NON, WPA

5_10 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 866,2 756925,6185 328226,3149 907035,5484 5362945,328 no 42.207,6 NON, WPA

5_12 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 10609470,3 762252,5483 323650,4087 912606,6672 5358652,399 no 401.037.977,3 NON, WPA


5_15 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 892814,3 767734,8341 319821,0271 918293,7421 5355113,974 no 33.004.368,9 near N2000, NON, WPA


5_17 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 101613,3 809515,1618 318185,4802 960179,8908 5355703,485 no 368.283,0 N2000, NON

5_19 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 21959,6 817878,7427 317500,8115 968586,0636 5355464,632 no 148.187,2 N2000, NON, WPA





5_25 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 943455 775054,2708 314498,1084 925898,282 5350178,88 no 11.981.878,5 N2000, NON


5_28 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 21696465,4 775398,4343 297043,8173 927169,093 5332736,634 no 793.656.704,3 NP, N2000, NON





5_34 Borsod-Abaúj-Zemplén pyroclastic miocene rhyolitic, andesite tuff, dacite 6475982,8 762007,733 287019,0685 914304,3588 5321999,862 no 323.799.140,0 NP, near N2000, NON

5_1 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 2145910,3 827657,7138 360468,0382 976067,2886 5398987,877 no 29.356.052,9 NP, N2000, NON, WPA

5_2 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 1405471,5 829127,2505 360119,6236 977556,6277 5398718,449 no 19.226.850,1 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 463834,1 819827,7667 358146,1519 968357,3922 5396242,626 no 6.345.250,5 N2000, NON, WPA



5_6 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 599331,3 821538,0774 357018,1429 970129,4973 5395206,008 no 8.198.852,2 N2000, NON

5_7 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 2834389,2 831977,1378 356765,4787 980589,3888 5395515,485 no 38.774.444,3 near NP, N2000, NON, WPA

5_8 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 842337 829228,9022 356596,8315 977848,2155 5395198,628 no 11.523.170,2 N2000, NON










5_18 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 1406314,9 835120,2144 351729,9847 984006,1928 5390645,366 no 19.238.387,8 near NP, N2000, NON






5_24 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 372727 824620,6175 348519,4147 973671,3431 5386867,425 no 10.585.446,8 NP, N2000, NON











5_35 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 1222691 817556,5431 344610,8635 966812,4457 5382576,734 no 16.726.412,9 NP, N2000, NON










5_45 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 656532,9 840876,8076 340059,672 990395,6391 5379274,497 no 889.285,0 N2000, NON, WPA









5_54 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 14373,8 834865,5179 334978,885 984651,6656 5373866,276 no 49.481,6 N2000, NON





5_59 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 913564,3 834799,5891 331666,277 984763,3423 5370547,153 no 15.481.953,1 /, WPA






5_65 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 826245,5 808195,0411 329648,9474 958246,6427 5367103,829 no 11.303.038,4 NON





5_70 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 563968,4 807779,5155 327712,7319 957934,3723 5365144,21 no 7.715.087,7 /










5_80 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 613899,6 805831,1164 319382,6183 956429,5735 5356704,863 no 8.398.146,5 NON

5_81 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 468370,7 817032,2806 318526,5922 967684,1961 5356446,013 no 6.407.311,2 N2000, WPA



5_84 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 76109,9 804098,8746 317670,658 954787,5586 5354899,445 no 380.549,5 NON




5_88 Borsod-Abaúj-Zemplén extrusive miocene rhyolite, andesite, dacite 137611,1 767095,4292 288511,9076 919314,7211 5323762,111 no 914.988,7 N2000, NON

5_1 Borsod-Abaúj-Zemplén quartzite miocene vulcanic sediment 3738599,8 832466,2273 353813,4879 981237,8928 5392587,593 no 61.352.800,5 NP, N2000, NON

5_2 Borsod-Abaúj-Zemplén quartzite miocene rhyolitic tuff 101731,2 837224,1721 337859,3015 986857,8348 5376875,882 no 3.718.636,5 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén quartzite miocene rhyolitic tuff 298859,2 835653,4579 337199,163 985321,1519 5376130,819 no 2.957.916,2 N2000, NON

5_4 Borsod-Abaúj-Zemplén quartzite miocene vulcanic sediment 19641,2 837441,3733 335969,5799 987176,6867 5374996,098 no 95.456,2 N2000, NON

5_5 Borsod-Abaúj-Zemplén quartzite miocene rhyolitic tuff 7620169,4 814081,063 321262,4047 964584,7282 5359026,261 no 17.793.354,6 N2000, NON

5_1 Borsod-Abaúj-Zemplén silica miocene rhyolite, dacite 1920000 823400 358800 971896,6431 5397089,277 no 76.800,0 NP, N2000, NON

5_2 Borsod-Abaúj-Zemplén silica miocene rhyolite, dacite 9123216,2 818203,9039 329360,9331 968277,6058 5367351,019 no 30.053.507,2 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén silica miocene rhyolite, rhyolitic tuff 190585,7 820834,6232 328904,1001 970934,7236 5367034,632 no 3.487.718,3 N2000, NON

5_4 Borsod-Abaúj-Zemplén silica miocene andesite 45243,1 812923,8756 325510,0953 963199,7995 5363215,096 no 18.097,2 N2000, NON

5_5 Borsod-Abaúj-Zemplén silica 23611648,7 802439,2775 310168,2765 953526,6364 5347303,962 no 340.007.741,3 N2000, NON

5_1 Borsod-Abaúj-Zemplén gypsum permian evaporite 68592709 770338,3625 350681,6016 919251,0504 5386118,803 no 755.891.653,2 NP, N2000, NON, WPA

5_1 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 159824,8 822732,3094 349909,8403 971706,9686 5388157,295 no 7.048.273,7 NP, N2000, NON

5_2 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 642911 828793,2134 348918,0799 977825,5563 5387490,753 no 10.067.986,3 NP, N2000, NON

5_3 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 1224156,4 830996,9405 349190,3504 980016,3277 5387881,776 no 2.754.351,9 N2000, NON

5_4 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 24573,5 831574,5418 348309,3712 980641,7751 5387031,178 no 282.595,3 N2000, NON

5_5 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 130592 831835,1973 346103,2762 981021,2817 5384837,343 no 2.551.767,7 N2000, NON




5_9 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 9364507,3 823062,1121 321856,8664 973540,8749 5360100,998 no 221.002.372,3 near NP, N2000, NON

5_10 Borsod-Abaúj-Zemplén perlite miocene rhyolitic tuff 646960,1 818120,7672 319014,2429 968747,4784 5356992,15 no 15.268.258,4 N2000, NON, WPA

5_1 Hollóháza, ÖrdögvárBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 824300 357800 972851,0969 5396137,107 no 3.620.472,2 NP, N2000, NON

5_2 Gönc, PotácsházBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 819251,4605 350991,364 968165,6805 5389052,385 no 0,1 NP, N2000, NON

5_3 Pálháza É, KányahegyBorsod-Abaúj-Zemplén pumicite miocene rhyolitic tuff explored point 831140,5385 350688,443 980079,4274 5389388,759 no 2 N2000, NON

5_4 Nagybózsva CsoszotatetőBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 825147,4088 350459,5757 974094,1797 5388837,285 no NP, N2000, NON

5_5 Telkibánya, CserhegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 820858,7503 350097,8325 969822,0476 5388244,684 no 2 NP, N2000, NON

5_6 Kishuta, Ork, Kis-térhegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 824126,8733 349579,3752 973120,2627 5387901,585 no 5,5 NP, N2000, NON

5_7 Kishuta, SenyővölgyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 825937 349541,88 974933,6885 5387961,401 no 2,3 NP, N2000, NON

5_8 Telkibánya, Ósvavölgy, régi csoport malomBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 822900 349250 971910,249 5387506,019 no 0,1 NP, N2000, NON

5_9 Kishuta, Fekete-hegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 827050 348850 976084,7053 5387328,872 no 2,4 NP, N2000, NON

5_10 Gönc-Magastér, Nagypatak-völgyeBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 820234,6965 347812,0396 969320,4318 5385923,841 no 0,1 NP, N2000, NON

5_11 Kishuta, LackóhegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 829235,6871 347569,5029 978340,8912 5386164,946 no 3,4 NP, N2000, NON

5_12 Kishuta 1.sz fúrásBorsod-Abaúj-Zemplén green perlite ignimbrite rhyolitic tuff explored point 826497,3 346760,8 975643,9185 5385208,417 no NP, N2000, NON

5_13 Kovácsvágás, Kopcsa-tetőBorsod-Abaúj-Zemplén pumicite miocene rhyolitic tuff explored point 831952,5019 346376,8521 981123,9705 5385117,446 no 2 N2000, NON

5_14 Nagyhuta -GilevárBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 829500 346000 978689,7902 5384608,442 no 1,7 NP, N2000, NON

5_15 Gönc, Hemzsőkő aljaBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 820547,3711 345812,0396 969740,756 5383939,299 no 0,3 NP, N2000, NON

5_16 Regéc ÖrdögvölgyBorsod-Abaúj-Zemplén green perlite ignimbrite rhyolitic tuff explored point 824918,5027 345267,2834 974144,2196 5383628,965 no 0 NP, N2000, NON

5_17 Nagyhuta-Taricskahegy, nyíres gerincBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 830700 344500 979971,3598 5383171,759 no 3,2 NP, N2000, NON

5_18 Háromhuta, Mlaka-rétBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 824650 342800 974008,0373 5381145,452 no 1,1 NP, N2000, NON

5_19 Nagy-Farkas-hegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 822000 338500 971586,8531 5376700,094 no 0,3 NP, N2000, NON

5_20 Sárospatak -SomlyódBorsod-Abaúj-Zemplén green perlite ignimbrite rhyolitic tuff explored point 838905,7697 337971,2174 988534,9624 5377078,205 no N2000, NON

5_21 Erdőhorváti, Nagy Páca DNYBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 824400 330200 974433,488 5368522,407 no 1 N2000, NON

5_22 Erdőhorváti, Szokolya ÉKBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 824300 330000 974344,1184 5368316,893 no 1 N2000, NON

5_23 Abaújszántó -BányahegyBorsod-Abaúj-Zemplén green perlite ignimbrite rhyolitic tuff explored point 814405,304 328763,6989 964508,2787 5366550,135 no 0 N2000, NON

5_24 Abaújszántó, Krakkó-hegyBorsod-Abaúj-Zemplén perlite miocene rhyolitic lava flow explored point 810900 326650 961113,6434 5364247,591 no 0,2 N2000, NON

5_25 Mád 78 fúrásBorsod-Abaúj-Zemplén green perlite ignimbrite rhyolitic tuff explored point 817880,4 318689 968524,2922 5356653,824 no N2000, NON, WPA

5_26 Tokaj, Lebuj kocsmaBorsod-Abaúj-Zemplén perlite miocene rhyolitic tuff explored point 823150 314150 974040,4162 5352392,429 no 0,1 NON

Martonyi-polymetallic oreBorsod-Abaúj-Zemplén iron ore triassic dolomite 450040,1 777254,088 350946,579 926153,6278 5386754,072 no NP, N2000, NON, WPA

Rudabánya-polymetallic oreBorsod-Abaúj-Zemplén iron, lead, zink and copper triassic limestone and dolomite 6148951,9 768061,0469 340071,1341 917540,6867 5375385,216 no NP, N2000, NON, WPA

Telkibánya - precious metalBorsod-Abaúj-Zemplén miocene vulcanic sediment 95364,7 822545,0394 354033,756 971297,7492 5392273,898 no N2000, NON, WPA


Page 40 / 66

Table: WP4_list_final_MFGI.xlsx

Prognostic area

ID County Main Substances Host Rock (type, age)

5_1 Borsod-Abaúj-

Zemplén

gravel holocene and pleistocene fluvial and

proluvial gravel

5_2 Borsod-Abaúj-

Zemplén


proluvial gravel

5_4 Borsod-Abaúj-

Zemplén


proluvial gravel

5_5 Borsod-Abaúj-

Zemplén


proluvial gravel

5_7 Borsod-Abaúj-

Zemplén


proluvial gravel

5_10 Borsod-Abaúj-

Zemplén


proluvial gravel

5_12 Borsod-Abaúj-

Zemplén


proluvial gravel

5_13 Borsod-Abaúj-

Zemplén


proluvial gravel

5_14 Borsod-Abaúj-

Zemplén


proluvial gravel

5_15 Borsod-Abaúj-

Zemplén


proluvial gravel

5_16 Borsod-Abaúj-

Zemplén


proluvial gravel

5_17 Borsod-Abaúj-

Zemplén


proluvial gravel

5_18 Borsod-Abaúj-

Zemplén


proluvial gravel

5_1 Borsod-Abaúj-

Zemplén

sand holocene and pleistocene fluvial and

aeolian sand

5_2 Borsod-Abaúj-

Zemplén


aeolian sand

5_3 Borsod-Abaúj-

Zemplén


aeolian sand

5_4 Borsod-Abaúj-

Zemplén


aeolian sand

5_5 Borsod-Abaúj-

Zemplén


aeolian sand

5_6 Borsod-Abaúj-

Zemplén


aeolian sand

5_7 Borsod-Abaúj-

Zemplén


aeolian sand

5_8 Borsod-Abaúj-

Zemplén


aeolian sand

5_9 Borsod-Abaúj-

Zemplén


aeolian sand

5_12 Borsod-Abaúj-

Zemplén


aeolian sand

5_13 Borsod-Abaúj-

Zemplén


aeolian sand

5_14 Borsod-Abaúj-

Zemplén


aeolian sand

5_15 Borsod-Abaúj-

Zemplén


aeolian sand

5_20 Borsod-Abaúj-

Zemplén


aeolian sand

5_21 Borsod-Abaúj-

Zemplén


aeolian sand

5_23 Borsod-Abaúj-

Zemplén


aeolian sand

5_24 Borsod-Abaúj-

Zemplén


aeolian sand

5_25 Borsod-Abaúj-

Zemplén


aeolian sand


Page 41 / 66

5_27 Borsod-Abaúj-

Zemplén


aeolian sand

5_30 Borsod-Abaúj-

Zemplén


aeolian sand

5_31 Borsod-Abaúj-

Zemplén


aeolian sand

5_32 Borsod-Abaúj-

Zemplén


aeolian sand

5_35 Borsod-Abaúj-

Zemplén


aeolian sand

5_36 Borsod-Abaúj-

Zemplén


aeolian sand

5_37 Borsod-Abaúj-

Zemplén


aeolian sand

5_38 Borsod-Abaúj-

Zemplén


aeolian sand

5_39 Borsod-Abaúj-

Zemplén


aeolian sand

5_40 Borsod-Abaúj-

Zemplén


aeolian sand

5_41 Borsod-Abaúj-

Zemplén


aeolian sand

5_42 Borsod-Abaúj-

Zemplén


aeolian sand

5_43 Borsod-Abaúj-

Zemplén


aeolian sand

5_44 Borsod-Abaúj-

Zemplén


aeolian sand

5_45 Borsod-Abaúj-

Zemplén


aeolian sand

5_46 Borsod-Abaúj-

Zemplén


aeolian sand

5_47 Borsod-Abaúj-

Zemplén


aeolian sand

5_48 Borsod-Abaúj-

Zemplén


aeolian sand

5_49 Borsod-Abaúj-

Zemplén


aeolian sand

5_50 Borsod-Abaúj-

Zemplén


aeolian sand

5_51 Borsod-Abaúj-

Zemplén


aeolian sand

5_52 Borsod-Abaúj-

Zemplén


aeolian sand

5_53 Borsod-Abaúj-

Zemplén


aeolian sand

5_54 Borsod-Abaúj-

Zemplén


aeolian sand

5_55 Borsod-Abaúj-

Zemplén


aeolian sand

9_1 Hajdú-Bihar sand holocene and pleistocene fluvial and

aeolian sand


aeolian sand


aeolian sand

15_23 Szabolcs-Szatmár-

Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand

15_36 Szabolcs-Szatmár- sand holocene and pleistocene fluvial and


Page 42 / 66

Bereg aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand


Bereg


aeolian sand

5_1 Borsod-Abaúj-

Zemplén

clay miocene rhyolite tuff

5_2 Borsod-Abaúj-

Zemplén

clay miocene variegated clay

5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén

clay miocene clay

5_5 Borsod-Abaúj-

Zemplén

clay miocene clay

5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén

clay miocene clay

5_8 Borsod-Abaúj-

Zemplén

clay miocene clay

5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj-

Zemplén



Page 43 / 66

5_12 Borsod-Abaúj-

Zemplén

clay miocene clay

5_13 Borsod-Abaúj-

Zemplén


5_15 Borsod-Abaúj-

Zemplén


5_19 Borsod-Abaúj-

Zemplén


5_21 Borsod-Abaúj-

Zemplén


5_22 Borsod-Abaúj-

Zemplén

clay miocene andesite tuff

5_23 Borsod-Abaúj-

Zemplén


5_24 Borsod-Abaúj-

Zemplén


5_26 Borsod-Abaúj-

Zemplén


5_27 Borsod-Abaúj-

Zemplén

clay holocene and pleistocene fluvial clay

5_28 Borsod-Abaúj-

Zemplén

clay miocene clay

5_30 Borsod-Abaúj-

Zemplén


5_31 Borsod-Abaúj-

Zemplén


5_32 Borsod-Abaúj-

Zemplén

clay miocene clay

5_33 Borsod-Abaúj-

Zemplén

clay miocene clay

5_35 Borsod-Abaúj-

Zemplén


5_36 Borsod-Abaúj-

Zemplén

clay miocene clay

5_37 Borsod-Abaúj-

Zemplén


5_39 Borsod-Abaúj-

Zemplén


5_42 Borsod-Abaúj-

Zemplén


5_43 Borsod-Abaúj-

Zemplén


5_46 Borsod-Abaúj-

Zemplén

clay miocene rhyolite tuff and clay

5_47 Borsod-Abaúj-

Zemplén


5_48 Borsod-Abaúj-

Zemplén


5_52 Borsod-Abaúj-

Zemplén


5_53 Borsod-Abaúj-

Zemplén


5_54 Borsod-Abaúj-

Zemplén


5_55 Borsod-Abaúj-

Zemplén

clay miocene rhyolite tuff and clay

5_56 Borsod-Abaúj-

Zemplén

clay miocene brown coal

5_58 Borsod-Abaúj-

Zemplén


5_60 Borsod-Abaúj-

Zemplén


5_61 Borsod-Abaúj-

Zemplén


5_62 Borsod-Abaúj-

Zemplén


5_63 Borsod-Abaúj-

Zemplén


5_67 Borsod-Abaúj- clay miocene variegated clay


Page 44 / 66

Zemplén

5_68 Borsod-Abaúj-

Zemplén


5_69 Borsod-Abaúj-

Zemplén

clay miocene clay

5_70 Borsod-Abaúj-

Zemplén


5_71 Borsod-Abaúj-

Zemplén


5_72 Borsod-Abaúj-

Zemplén

clay

5_73 Borsod-Abaúj-

Zemplén

clay

5_74 Borsod-Abaúj-

Zemplén


5_75 Borsod-Abaúj-

Zemplén


5_76 Borsod-Abaúj-

Zemplén


5_77 Borsod-Abaúj-

Zemplén


5_78 Borsod-Abaúj-

Zemplén


5_79 Borsod-Abaúj-

Zemplén


5_80 Borsod-Abaúj-

Zemplén


5_81 Borsod-Abaúj-

Zemplén


5_82 Borsod-Abaúj-

Zemplén


5_83 Borsod-Abaúj-

Zemplén


5_84 Borsod-Abaúj-

Zemplén


5_85 Borsod-Abaúj-

Zemplén


5_86 Borsod-Abaúj-

Zemplén


5_87 Borsod-Abaúj-

Zemplén


9_1 Hajdú-Bihar clay pleistocene fluvial clay, loess






Bereg



Bereg



Bereg



Bereg



Bereg


5_1 Borsod-Abaúj-

Zemplén

biogenic triassic limestone and dolomite

5_2 Borsod-Abaúj-

Zemplén


5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén


5_5 Borsod-Abaúj-

Zemplén



Page 45 / 66

5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén


5_8 Borsod-Abaúj-

Zemplén


5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj-

Zemplén


5_11 Borsod-Abaúj-

Zemplén


5_12 Borsod-Abaúj-

Zemplén


5_13 Borsod-Abaúj-

Zemplén


5_14 Borsod-Abaúj-

Zemplén


5_15 Borsod-Abaúj-

Zemplén


5_16 Borsod-Abaúj-

Zemplén


5_17 Borsod-Abaúj-

Zemplén


5_18 Borsod-Abaúj-

Zemplén


5_19 Borsod-Abaúj-

Zemplén


5_21 Borsod-Abaúj-

Zemplén


5_22 Borsod-Abaúj-

Zemplén


5_23 Borsod-Abaúj-

Zemplén


5_25 Borsod-Abaúj-

Zemplén


5_26 Borsod-Abaúj-

Zemplén


5_27 Borsod-Abaúj-

Zemplén


5_28 Borsod-Abaúj-

Zemplén


5_29 Borsod-Abaúj-

Zemplén


5_30 Borsod-Abaúj-

Zemplén


5_31 Borsod-Abaúj-

Zemplén


5_32 Borsod-Abaúj-

Zemplén


5_33 Borsod-Abaúj-

Zemplén


5_34 Borsod-Abaúj-

Zemplén


5_35 Borsod-Abaúj-

Zemplén


5_36 Borsod-Abaúj-

Zemplén


5_37 Borsod-Abaúj-

Zemplén


5_38 Borsod-Abaúj-

Zemplén


5_42 Borsod-Abaúj-

Zemplén


5_43 Borsod-Abaúj-

Zemplén


5_44 Borsod-Abaúj-

Zemplén


5_47 Borsod-Abaúj- biogenic triassic limestone and dolomite


Page 46 / 66

Zemplén

5_48 Borsod-Abaúj-

Zemplén


5_49 Borsod-Abaúj-

Zemplén


5_50 Borsod-Abaúj-

Zemplén


5_51 Borsod-Abaúj-

Zemplén


5_53 Borsod-Abaúj-

Zemplén


5_54 Borsod-Abaúj-

Zemplén


5_55 Borsod-Abaúj-

Zemplén


5_57 Borsod-Abaúj-

Zemplén


5_58 Borsod-Abaúj-

Zemplén


5_59 Borsod-Abaúj-

Zemplén


5_60 Borsod-Abaúj-

Zemplén


5_61 Borsod-Abaúj-

Zemplén


5_62 Borsod-Abaúj-

Zemplén


5_63 Borsod-Abaúj-

Zemplén


5_64 Borsod-Abaúj-

Zemplén


5_65 Borsod-Abaúj-

Zemplén


5_66 Borsod-Abaúj-

Zemplén


5_67 Borsod-Abaúj-

Zemplén


5_68 Borsod-Abaúj-

Zemplén


5_69 Borsod-Abaúj-

Zemplén


5_70 Borsod-Abaúj-

Zemplén


5_71 Borsod-Abaúj-

Zemplén


5_72 Borsod-Abaúj-

Zemplén


5_73 Borsod-Abaúj-

Zemplén


5_74 Borsod-Abaúj-

Zemplén


5_75 Borsod-Abaúj-

Zemplén


5_76 Borsod-Abaúj-

Zemplén


5_77 Borsod-Abaúj-

Zemplén


5_78 Borsod-Abaúj-

Zemplén


5_79 Borsod-Abaúj-

Zemplén


5_80 Borsod-Abaúj-

Zemplén


10_5 Heves biogenic triassic limestone and dolomite

5_1 Borsod-Abaúj-

Zemplén

pyroclastic miocene rhyolitic, andesite tuff, dacite

5_2 Borsod-Abaúj-

Zemplén



Page 47 / 66

5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén


5_5 Borsod-Abaúj-

Zemplén


5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén


5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj-

Zemplén


5_12 Borsod-Abaúj-

Zemplén


5_14 Borsod-Abaúj-

Zemplén


5_15 Borsod-Abaúj-

Zemplén


5_16 Borsod-Abaúj-

Zemplén


5_17 Borsod-Abaúj-

Zemplén


5_19 Borsod-Abaúj-

Zemplén


5_20 Borsod-Abaúj-

Zemplén


5_21 Borsod-Abaúj-

Zemplén


5_22 Borsod-Abaúj-

Zemplén


5_23 Borsod-Abaúj-

Zemplén


5_25 Borsod-Abaúj-

Zemplén


5_27 Borsod-Abaúj-

Zemplén


5_28 Borsod-Abaúj-

Zemplén


5_29 Borsod-Abaúj-

Zemplén


5_30 Borsod-Abaúj-

Zemplén


5_31 Borsod-Abaúj-

Zemplén


5_32 Borsod-Abaúj-

Zemplén


5_34 Borsod-Abaúj-

Zemplén


5_1 Borsod-Abaúj-

Zemplén

extrusive miocene rhyolite, andesite, dacite

5_2 Borsod-Abaúj-

Zemplén


5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén


5_5 Borsod-Abaúj-

Zemplén


5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén


5_8 Borsod-Abaúj-

Zemplén


5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj- extrusive miocene rhyolite, andesite, dacite


Page 48 / 66

Zemplén

5_11 Borsod-Abaúj-

Zemplén


5_12 Borsod-Abaúj-

Zemplén


5_13 Borsod-Abaúj-

Zemplén


5_14 Borsod-Abaúj-

Zemplén


5_15 Borsod-Abaúj-

Zemplén


5_16 Borsod-Abaúj-

Zemplén


5_17 Borsod-Abaúj-

Zemplén


5_18 Borsod-Abaúj-

Zemplén


5_19 Borsod-Abaúj-

Zemplén


5_20 Borsod-Abaúj-

Zemplén


5_21 Borsod-Abaúj-

Zemplén


5_22 Borsod-Abaúj-

Zemplén


5_23 Borsod-Abaúj-

Zemplén


5_24 Borsod-Abaúj-

Zemplén


5_25 Borsod-Abaúj-

Zemplén


5_26 Borsod-Abaúj-

Zemplén


5_27 Borsod-Abaúj-

Zemplén


5_28 Borsod-Abaúj-

Zemplén


5_29 Borsod-Abaúj-

Zemplén


5_30 Borsod-Abaúj-

Zemplén


5_31 Borsod-Abaúj-

Zemplén


5_32 Borsod-Abaúj-

Zemplén


5_33 Borsod-Abaúj-

Zemplén


5_34 Borsod-Abaúj-

Zemplén


5_35 Borsod-Abaúj-

Zemplén


5_36 Borsod-Abaúj-

Zemplén


5_37 Borsod-Abaúj-

Zemplén


5_38 Borsod-Abaúj-

Zemplén


5_39 Borsod-Abaúj-

Zemplén


5_40 Borsod-Abaúj-

Zemplén


5_41 Borsod-Abaúj-

Zemplén


5_42 Borsod-Abaúj-

Zemplén


5_43 Borsod-Abaúj-

Zemplén


5_44 Borsod-Abaúj-

Zemplén



Page 49 / 66

5_45 Borsod-Abaúj-

Zemplén


5_46 Borsod-Abaúj-

Zemplén


5_47 Borsod-Abaúj-

Zemplén


5_48 Borsod-Abaúj-

Zemplén


5_49 Borsod-Abaúj-

Zemplén


5_50 Borsod-Abaúj-

Zemplén


5_51 Borsod-Abaúj-

Zemplén


5_52 Borsod-Abaúj-

Zemplén


5_53 Borsod-Abaúj-

Zemplén


5_54 Borsod-Abaúj-

Zemplén


5_55 Borsod-Abaúj-

Zemplén


5_56 Borsod-Abaúj-

Zemplén


5_57 Borsod-Abaúj-

Zemplén


5_58 Borsod-Abaúj-

Zemplén


5_59 Borsod-Abaúj-

Zemplén


5_60 Borsod-Abaúj-

Zemplén


5_61 Borsod-Abaúj-

Zemplén


5_62 Borsod-Abaúj-

Zemplén


5_63 Borsod-Abaúj-

Zemplén


5_64 Borsod-Abaúj-

Zemplén


5_65 Borsod-Abaúj-

Zemplén


5_66 Borsod-Abaúj-

Zemplén


5_67 Borsod-Abaúj-

Zemplén


5_68 Borsod-Abaúj-

Zemplén


5_69 Borsod-Abaúj-

Zemplén


5_70 Borsod-Abaúj-

Zemplén


5_71 Borsod-Abaúj-

Zemplén


5_72 Borsod-Abaúj-

Zemplén


5_73 Borsod-Abaúj-

Zemplén


5_74 Borsod-Abaúj-

Zemplén


5_75 Borsod-Abaúj-

Zemplén


5_76 Borsod-Abaúj-

Zemplén


5_77 Borsod-Abaúj-

Zemplén


5_78 Borsod-Abaúj-

Zemplén


5_79 Borsod-Abaúj- extrusive miocene rhyolite, andesite, dacite


Page 50 / 66

Zemplén

5_80 Borsod-Abaúj-

Zemplén


5_81 Borsod-Abaúj-

Zemplén


5_82 Borsod-Abaúj-

Zemplén


5_83 Borsod-Abaúj-

Zemplén


5_84 Borsod-Abaúj-

Zemplén


5_85 Borsod-Abaúj-

Zemplén


5_86 Borsod-Abaúj-

Zemplén


5_87 Borsod-Abaúj-

Zemplén


5_88 Borsod-Abaúj-

Zemplén


5_1 Borsod-Abaúj-

Zemplén

quartzite miocene vulcanic sediment

5_2 Borsod-Abaúj-

Zemplén

quartzite miocene rhyolitic tuff

5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén

quartzite miocene vulcanic sediment

5_5 Borsod-Abaúj-

Zemplén


5_1 Borsod-Abaúj-

Zemplén

silica miocene rhyolite, dacite

5_2 Borsod-Abaúj-

Zemplén

silica miocene rhyolite, dacite

5_3 Borsod-Abaúj-

Zemplén

silica miocene rhyolite, rhyolitic tuff

5_4 Borsod-Abaúj-

Zemplén

silica miocene andesite

5_5 Borsod-Abaúj-

Zemplén

silica

5_1 Borsod-Abaúj-

Zemplén

gypsum permian evaporite

5_1 Borsod-Abaúj-

Zemplén

perlite miocene rhyolitic tuff

5_2 Borsod-Abaúj-

Zemplén


5_3 Borsod-Abaúj-

Zemplén


5_4 Borsod-Abaúj-

Zemplén


5_5 Borsod-Abaúj-

Zemplén


5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén


5_8 Borsod-Abaúj-

Zemplén


5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj-

Zemplén


5_1 Borsod-Abaúj-

Zemplén


5_2 Borsod-Abaúj-

Zemplén


5_3 Borsod-Abaúj-

Zemplén

pumicite miocene rhyolitic tuff

5_4 Borsod-Abaúj-

Zemplén



Page 51 / 66

5_5 Borsod-Abaúj-

Zemplén


5_6 Borsod-Abaúj-

Zemplén


5_7 Borsod-Abaúj-

Zemplén


5_8 Borsod-Abaúj-

Zemplén


5_9 Borsod-Abaúj-

Zemplén


5_10 Borsod-Abaúj-

Zemplén


5_11 Borsod-Abaúj-

Zemplén


5_12 Borsod-Abaúj-

Zemplén

green perlite ignimbrite rhyolitic tuff

5_13 Borsod-Abaúj-

Zemplén

pumicite miocene rhyolitic tuff

5_14 Borsod-Abaúj-

Zemplén


5_15 Borsod-Abaúj-

Zemplén


5_16 Borsod-Abaúj-

Zemplén


5_17 Borsod-Abaúj-

Zemplén


5_18 Borsod-Abaúj-

Zemplén


5_19 Borsod-Abaúj-

Zemplén


5_20 Borsod-Abaúj-

Zemplén


5_21 Borsod-Abaúj-

Zemplén


5_22 Borsod-Abaúj-

Zemplén


5_23 Borsod-Abaúj-

Zemplén


5_24 Borsod-Abaúj-

Zemplén

perlite miocene rhyolitic lava flow

5_25 Borsod-Abaúj-

Zemplén


5_26 Borsod-Abaúj-

Zemplén


Borsod-Abaúj-

Zemplén

iron ore triassic dolomite

Borsod-Abaúj-

Zemplén

iron, lead, zink and

copper

triassic limestone and dolomite

Borsod-Abaúj-

Zemplén

miocene vulcanic sediment


Page 52 / 66

File: MINATURA2020_WP4_Tallya_template

Table: Summa

mineral deposit prognostic

area active mine

explored

area (point)

gravel 13 50

sand 77 32

clay 75 35

biogenic (limestone, dolomite) 72 12

pyroclastic (rhyolitic tuff, potash tuff) 27 11

extrusive (andesite, dacite, rhyolite) 88 8

quartzite 5 1

silica 5 1

gypsum 1

perlite 11 4 27

Table: Prognostic area Prognostic

area ID

County mineral

resource

Level Natural

Protected

area

POINT_X POINT_Y estimated

thickness

5_1 Borsod-

Abaúj-

Zemplén

gravel local N2000, near

National

park,

Nat.Okonet

776686,3597 355984,9759 5,047951

5_2 Borsod-

Abaúj-

Zemplén

gravel local N2000, near

National

park,

Nat.Okonet

773471,301 344383,5748 1,700346

5_4 Borsod-

Abaúj-

Zemplén

gravel local N2000,

Nat.Okonet

760823,4188 328647,5484 4,133368


Page 53 / 66

Table: Perlite site (investigated) PT_ID type subtyp

e

formatio

n

locality_nam

e

exploratio

n

borehol

e

resourc

e

em3_

m

rem_d1_mm

3

POINT_X POINT_Y Natural

Protected

area

5_1 perlite and

pumice

and lava

flow

perlite MS1 Sp Hollóháza,

Ördögvár

explored Holl-4 C2 0,2 824300 357800 Nat.park,

N2000,

Nat.Okonet

5_2 perlite and

pumice

and lava

flow

perlite MS1Sp Gönc,

Potácsház

outcrop C2 100000 0,1 819251,5 350991,36

4

Nat.park,

N2000,

Nat.Okonet

Table: Coal inferred remenybeli atlasz_nev POINT_X POINT_Y Natural Protected

area

2702 Borsodi-

medence

774110 317916,1 N2000, Nat.Okonet

2703 Borsodi-

medence

779049,1 299018,3 N2000, Nat.Okonet

Table: Coal areas in the inventory MINE_CODE NAME POINT_X POINT_Y level of

development

Natural Protected

area

12752 Borsodi-medence 762951,1 325290,8 indication only Nat.Okonet

12756 Borsodi-medence 765011 324275,4 indication only Nat.Okonet

Table: Ores NAME MINE_CODE name_raw_material POINT_X POINT_Y Natural Protected area

Martonyi-

polymetallic

777254,088 350946,579 Nat.park, N2000, Nat.Okonet

95803 martonyi-ankerit

95802 martonyi-

barnavasérc

95101 martonyi-pátvasérc


Page 54 / 66

A.4 Case study country SWEDEN

Table: List_WP 4_LTU-Norbotten Case study area: Norrbotten County - Sweden

Name of MD Municipality Resource Definition For details regarding coordinates and other

information

Laisvall Arjeplog Galena,

Silver

Mineral substance according to the

Minerals Act

http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Aitik* Gällivare Copper,

Gold

Mineral substance according to the

Minerals Act


Malmberget* Gällivare Iron ore Mineral substance according to the

Minerals Act


Kiruna* Kiruna Iron ore Mineral substance according to the

Minerals Act


Phatohavare* Kiruna Chalcopyrite Mineral substance according to the

Minerals Act


Viscaria* Kiruna Chalcopyrite Mineral substance according to the

Minerals Act


Nunasvaara Kiruna Graphite Fillers, lubricants, refractory products http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Masugnsbyn* Kiruna Dolomite Alloy in iron ore pellets http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Masungsbyn Pajala Graphite Fillers, lubricants, refractory products http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Lautakoski Pajala Soapstone Raw material for pulp and paper industry http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Äpartjåkka Jokkmokk Magnesite Raw material for firebricks http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Rakas Jokkmokk Magnesite Raw material for firebricks http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Lantanjarkka Jokkmokk Wollastonite Fillers, ceramic raw material http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Norvijaur Jokkmokk Limestone Suitable for the iron, steel and paper

industries


Raitajärvi Övertorneå Graphite Electrode manufacturing http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Pajeb* Arjeplog Quartz Raw material optic cables, fiber optics http://apps.sgu.se/kartvisare/kartvisare-riksintressen-en.html

Eva-Svartliden* Arvidsjaur Sulphide Mineral substance according to the

Minerals Act


Pellivuoma* Pajala Iron ore Mineral substance according to the

Minerals Act


Sahavaara* Pajala Iron ore Mineral substance according to the

Minerals Act


Tapuli* Pajala Iron ore Mineral substance according to the

Minerals Act


Svappavaara* Kiruna Iron ore Mineral substance according to the

Minerals Act


Mertainen* Kiruna Iron ore Mineral substance according to the

Minerals Act


Kallak* Jokkmokk Iron ore Mineral substance according to the

Minerals Act


Laver* Älvsbyn Copper ore Mineral substance according to the

Minerals Act


* Area is mapped


Page 55 / 66

A.5 Case study country UK OFFSHORE

Table: MINATURA WP4 Table – UK – Celtic & Irish Seas – V2 – DRAFT

No Resource Mineral Age Coords Permit Constraints MDOPI? 1 Sand & Gravel Aggregate Q Y A1,2,3; C1,2,3; F,

I,W,T

1 or 2

2 Sand Aggregate Q Y A1,2,3; C1,2,3; F, I,

W,T

3

3 Metal Placers Metals Q/Anthro N A1,2,3; C1,2,3; F,

I,W,T

1

4 Industrial Mineral

Placers

Various

Industrial

Q/Anthro N A1,2,3; C1,2,3; F,

I,W,T

1 or 2

5 Undersea Metal

Ores

Metals Various Y A1,2,3; C1,2,3; F,

I,W,T

1

6 Undersea Salt Salt P Y A1,2,3; C1,2,3; F,

I,W,T

2

7 Undersea

Evaporites

Potash P Y A1,2,3; C1,2,3; F,

I,W,T

1

8 Seabed Nodules

(none)

Metals Various N A1; C1; F 1

9 Seabed Crusts Metals Various N A1; C1; F 1

10 Seabed Extinct

Smokers

Metals Various N A1; C1; F 1

CONSTRAINTS

(1 = International; 2 = UK/National; 3 = Local)

Ecology/Habitat

A1 Natura 2000/Ramsar/etc

A2 SSSI/etc

A3 SINC/RIG

Cultural/Historic

C1 World Heritage

C2 SAM/War grave/etc

C3 Other archaeology/etc

Other

F Fisheries

I Infrastructure

W Wind turbines

T Tourism

MDOPI – (highest level)

1 International

2 National

3 Sub-national


Page 56 / 66

A.6 Case study country UK ONSHORE

Table: MINATURA WP4 Table – UK – South West England & South Wales – V5 –

DRAFT

No Resource Mineral Age Coords Permit Constraints MDOPI? 1 Terrace Sand &

Gravel

Aggregate Q Y A1,2,3; B2,3;

C2,3; W,H,U

3

2 ‘Glacial’ Sand &

Gravel

Aggregate Q Y A1,2,3; B2,3;

C2,3; W,H,U

3

3 Bedrock Sand &

Gravel

Aggregate P Y A1,2,3; B2,3;

C2,3; W,H

3

4 Bedrock Sand Aggregate P/T/J/K/Pg Y A1,2,3; B2,3;

C2,3; W,H,U

3

5 Bedrock Sand Industrial

Sand

T/K/Pg Y A1,2,3; B2,3;

C2,3; W,H,U

2

6 Sandstone Silica Rock C Y

(Inactive)

A1,2,3; B2,3;

C2,3;

2

7 Sandstone High PSV

Aggregate

O/D/C Y A1,2,3; B2,3;

C2,3;

1

8 Sandstone Aggregate O/D/C Y A1,2,3; B2,3;

C2,3;

3

9 Sandstone Dimension

Stone

O/D/C/K/Pg Y A1,2,3; B2,3;

C2,3;

3

10 Chalk Lime K Y A1,2,3; B1,2,3;

C2,3; W

2

11 Chalk Cement K Y

(Inactive)

A1,2,3; B2,3;

C2,3; W

2

12 Chalk Dimension

Stone

K Y A1,2,3; B1,2,3;

C2,3; W

3

13 Chalk Aggregate K Y A1,2,3; B2,3;

C2,3; W

3

14 Limestone Lime D/C Y A1,2,3; B2,3;

C2,3; W,U

1

15 Limestone Cement D/C Y A2,3; B3; C2,3;

W,H,U

2

16 Limestone Dimension

Stone

D/C/J Y A1,2,3; B1,2,3;

C2,3; W,U

1

17 Limestone Aggregate D/C/J Y A1,2,3; B2,3;

C2,3; W,U

2

18 Limestone

(Dolomitic)

Dolomite C Y A1,2,3; B2,3;

C2,3; W,U

2

19 Limestone

(Dolomitic)

Rail Ballast C Y A1,2,3; B2,3;

C2,3; W,U

2

20 Limestone

(Dolomitic)

Aggregate C Y A1,2,3; B2,3;

C2,3; W,U

2

21 Granite China Clay P – K/Pg Y A1,2,3; B2,3;

C2,3; W

1

22 Granite China

Stone

P Y

(Inactive)

A2,3; B2,3; C2,3;

W

2

23 Granite Dimension

Stone

P Y A1,2,3; B2,3;

C2,3; W

1

24 Granite Aggregate P Y A1,2,3; B2,3;

C2,3; W

3

25 Clay Ball Clay Pg Y A1,2,3; B1,2,3;

C1,2,3; W,H,U

1

26 Clay Pottery

Clay

Pg Y A1,2,3; B2,3;

C2,3; W,H,U

1

27 Clay Brick & Tile

Clay

C/T/K/Pg/Q Y A1,2,3; B2,3;

C2,3; W,U

2

28 Clay Cement T Y

(Inactive)

A1,2,3; B2,3;

C2,3; W

3

29 Clay Other Y A1,2,3; B2,3;

C2,3; W

3

30 Other Igneous Dimension

Stone

S/D/C/P Y A1,2,3; B2,3;

C2,3; W

3

31 Other Igneous High PSV S/D/C Y A1,2,3; B2,3; 2


Page 57 / 66

Aggregate C2,3; W

32 Other Igneous Rail Ballast D/C Y

(inactive)

A1,2,3; B2,3;

C2,3; W

2

33 Other Igneous Aggregate S/D/C/P Y A1,2,3; B2,3;

C2,3; W,U

2

34 Metamorphic Slate D/C Y A1,2,3; B2,3;

C2,3; W,U

2

35 Metamorphic Aggregate D/C Y A1,2,3; B2,3;

C2,3; W,U

3

36 Evaporites Salt P/T N A1,2,3; B2,3;

C2,3; W,H

2

37 Vein/Replacement Metals P Y A1,2,3; B2,3;

C2,3; W

1

38 Vein/Replacement Non-metals P N A1,2,3; B2,3;

C2,3; W

1

39 Disseminated Metals P N A1,2,3; B2,3;

C2,3; W

1

40 Bedded

Sedimentary

Metals P N A1,2,3; B2,3;

C2,3; W

1

41 Bedded

Sedimentary

Non-metals P N A1,2,3; B2,3;

C2,3; W

1

40 Placer Metals P N A1,2,3; B2,3;

C2,3; W

1

CONSTRAINTS

(1 = International; 2 = UK/National; 3 = Local)

Ecology/Habitat

A1 Natura 2000/Ramsar/etc

A2 SSSI/Ancient Woodland/etc

A3 SINC/RIG

Landscape

B1 World Heritage landscape

B2 National Park/AONB/etc

B3 AGLV/Country Park

Cultural/Historic

C1 World Heritage historic

C2 SAM/Battlefield/etc

C3 Conservation Areas/Historic Parks/etc

Other

W Groundwater/etc

H High Grade Agricultural Land

U Urban

MDOPI – (highest level)

1 International

2 National

3 Sub-national

Maps: 2 maps (BGS somerset Map [1] and MidWalesSouth)


Page 58 / 66

Figure: Map - BGS somerset Map [1]


Page 59 / 66

Figure: Map - MidWalesSouth


Page 60 / 66

A.7 Case study country POLAND

Shapefile: potential MDoPI in Dolnośląskie Province (boundary of deposits - cbdg_midas_kontury_2015_11_02.shp)

Table: Dolnośląskie Potential MDoPI Indicated & Measured Resources

Potential MDoPI deposits with Indicated&Measured Resources in Dolnośląskie Province, Poland

Name of deposit

Mineral resources

Indicated+Measured

(kt)

County Commune Deposit valorization

in 2012 done ID number

COPPER-SILVER ORE

1 Gaworzyce 54 389 ore, 1 283 Cu,

2 Ag

Głogów,

Polkowice

Gaworzyce,

Radwanice,

Żukowice

NO

27

2 Retków 137 288 ore, 2 151

Cu, 11 Ag

Głogów, Lubin,

Polkowice

Głogów,

Grębocice,

Polkowice, Rudna

NO

6751

3 Wartowice 79 316 ore, 1 165 Cu,

4 Ag Bolesławiec

Bolesławiec, Warta

Bolesławiecka NO

32

NICKEL ORE

4 Szklary 17 212 ore, 125 Ni Zabkowice

Śląskie

Ciepłowody,

Ząbkowice Śląskie NO

17219

BARITE AND FLUORITE

5 Stanisławów 5 156 barite, 542

fluorite Jawor Męcinka NO

263

BENTONITE

6 Jawor-Męcinka 871 Jawor Męcinka YES 941

CLAYS, CERAMIC (STONEWARE CLAYS)

7 Anna-Włodzice Małe 7.528 Lwówek Śląski Lwówek Śląski YES 523

8 Ocice II 4.015 Bolesławiec Bolesławiec YES 517

CLAYS FOR BUILDING CERAMICS

9 Strzelin 2.369 Strzelin Strzelin YES 2462

10 Żerniki 2.247 Wrocław Wrocław YES 2468

CLAYS, REFRACTORY (FIRECLAYS)

11 Lusina-Udanin p.

Południowe 29.016 Środa Śląska Udanin YES

502

12 Lusina-Udanin p.

Północne 6.117 Środa Śląska Udanin YES

1300

13 Różana 6.961 Środa Śląska Udanin YES 501

CLAYS, WHITE FIRING (BALL CLAYS)

14 Bolko II 404 Bolesławiec Nowogrodziec YES 526

15 Janina 150 Bolesławiec Bolesławiec YES 516

16 Janina-Zachód 567 Bolesławiec Bolesławiec YES 527

17 Nowe Jaroszowice 41.187 Bolesławiec Bolesławiec YES 529

18 Ocice 14.702 Bolesławiec Bolesławiec YES 518

CRUSHED AND DIMENSION STONE - BASALT

19 Gronów 20.041 Zgorzelec Zgorzelec YES 12275

20 Liściasta Góra 18.780 Lubań Platerówka, Leśna YES 824

21 Mszana-Obłoga 67.822 Jawor Paszowice, Męcinka YES 942

22 Paszowice 8.500 Jawor Paszowice YES 945

23 Sichów 11.193 Jawor Męcinka YES 940

24 Targowica-Wschód 16.516 Ząbkowice Śl. Ciepłowody YES 9570

CRUSHED AND DIMENSION STONE - GABBRO/DIABASE

25 Ząbkowice Śląskie 28.132 Ząbkowice Śl. Ząbkowice Śl. YES 12282

CRUSHED AND DIMENSION STONE - GRANITE, GRANODIORITE, SYENITE

26 Brodziszów I 10.600 Ząbkowice Śl. Ząbkowice Śl. YES 1051

27 Chwalisław 40.990 Ząbkowice Śl. Ząbkowice Śl. YES 1038

28 Gniewków I 20.898 Świdnica Dobromierz YES 13806

29 Karpniki-Strużnica 78.228 Jelenia Góra Mysłakowice YES 5334

30 Kostrza Jerzy-Wschód 2.645 Świdnica Strzegom YES 10382

31 Łażany 12.554 Świdnica Żarów YES 1042

32 Michałowice 10.987 Jelenia Góra Piechowice YES 846

33 Morawa-Wschód 14.088 Świdnica Strzegom YES 13756

34 Mrowiny 10.966 Świdnica Żarów YES 1045

35 Mrowiny I 40.715 Świdnica Żarów YES 8470

36 Mrowiny II 25.252 Świdnica Żarów YES 13757

37 Mrowiny III 39.602 Świdnica Żarów YES 14379

38 Piekielnik 13.370 Dzierżoniów Niemcza YES 980

39 Rogoźnica-Południe 12.267 Świdnica Rogoźnica YES 6731

40 Rogoźnica 105.739 Świdnica Rogoźnica NO 1028

41 Rogówka 30.405 Kłodzko Kłodzko YES 1015


Page 61 / 66

42 Strzegów I 28.251 Strzelin Strzelin YES 12145

43 Wiciarka 8.733 Jelenia Góra Szklarska Poręba YES 607

44 Zamczysko 12.344 Kłodzko Kłodzko YES 1014

45 Żółkiewka II 12.116 Świdnica Strzegom YES 1033

CRUSHED AND DIMENSION STONE - PORPHYRY, MELAPHIRE

46 Chełmczyk 406.570 Kamienna Góra Kamienna Góra,

Lubawka YES 847

47 Chełmczyk I 76.736 Kamienna Góra Kamienna Góra YES 14234

48 Czarny Bór 44.920 Wałbrzych Czarny Bór YES 12278

49 Lubawka I 69.660 Kamienna Góra Lubawka YES 14219

50 Lubawka II 40.677 Kamienna Góra Lubawka YES 828

51 Lubrza 51.365 Jawor Bolków YES 842

52 Rybnica I 48.878 Wałbrzych Mieroszów YES 9478

53 Rybnica 5.869 Wałbrzych Mieroszów YES 977

54 Świerki 32.811 Kłodzko Nowa Ruda NO 981

CRUSHED AND DIMENSION STONE - AMHPIBOLITE, SERPENTINITE

55 Jordanów I 15.103 Wrocław Jordanów Śląski NO 15245

56 Jurczyce 27.924 Złotoryja Świerzawa YES 13823

57 Koziniec 5.778 Ząbkowice Śl. Ząbkowice Śl. YES 13822

58 Tomice 36.221 Ząbkowice Śl. Ciepłowody YES 12281

59 Wieściszowice 35.491 Kamienna Góra Kamienna Góra YES 833

CRUSHED AND DIMENSION STONE - GNEISS, MIGMATITE

60 Kluczowa 16.856 Ząbkowice Śl. Ząbkowice Śl. YES 10889

61 Padole 40.390 Świdnica Świdnica YES 1037

62 Stankowice 47.484 Lubań Leśna YES 12277

CRUSHED AND DIMENSION STONE - MARBLE, DOLOMITIC MARBLE

63 Kletno IV 4.370 Kłodzko Stronie Śl. YES 1020

64 Lipa 7.026 Jawor Bolków YES 12233

65 Nowy Waliszów 2.090 Kłodzko Bystrzyca Kłodzka YES 1004

66 Podgórki 7.370 Złotoryja Wojcieszów YES 841

67 Różanka 7.568 Kłodzko Międzylesie YES 978

68 Słupiec 80.485 Kłodzko Kłodzko YES 1012

69 Czarnów 5.625 Jelenia Góra Kowary YES 839

CRUSHED AND DIMENSION STONE - SANDSTONE

70 Niwnice 6.137 Lwówek Śląski Lwówek Śl. YES 843

71 Słupiec Kościelec-pole B 2.987 Kłodzko Nowa Ruda YES 5686

72 Szczytna Śląska 4087 Kłodzko Szczytna YES 707

73 Wartowice IV 7.983 Bolesławiec Bolesławiec YES 8467

74 Zbylutów II 11.055 Lwówek Śląski Lwówek Śl. YES 8602

75 Zbylutów III 2.311 Lwówek Śląski Lwówek Śl. YES 8768

FELDSPAR RAW MATERIALS

76 Góra Sośnia (Dziwiszów) 25.476 Jelenia Góra Jeżów Sudecki YES 121

77 Kamienica Mała 21.695 Jelenia Góra Stara Kamienica YES 10878

78 Kopaniec 13.823 Jelenia Góra Stara Kamienica YES 122

79 Maciejowa 35.907 Jelenia Góra Janowice Wielkie YES 120

80 Maciejowa II 18.021 Jelenia Góra Jelenia Góra YES 11642

81 Proszowa-Kwieciszowice 7.597 Lwówek Śląski Mirsk YES 10318

82 Karpniki 10.377 Jelenia Góra Mysłakowice NO 845

GYPSUM AND ANHYDRITE

83 Nawojów Śląski 2.119 Lubań Lubań YES 74

KAOLINS

84 Antoni (Kalno) 19.904 Świdnica Żarów YES 1102

85 Gola 1.324 Świdnica Marcinowice YES 1101

86 Julia (Dzierżków-Roztoka) 6.900 Świdnica Dobromierz YES 1096

87

Kazimierz

(Godzieszówek-

Tomkowice)

36.755 Świdnica Strzegom YES

1100

88 Michał (Dzierżków-

Roztoka) 20.980 Świdnica Dobromierz YES

1097

89 Monika 2.968 Strzelin Wiązów YES 1105

90 Stefan (Bolesławiec) 3.641 Świdnica Jaworzyna Śl. YES 1098

91 Śmiałowice 12.234 Świdnica Marcinowice YES 1099*

92 Zofia (Czerwona Woda) 14.456 Zgorzelec Węgliniec YES 1095

93 Żarów 4.298 Świdnica Żarów YES 1103

MAGNESITES

94 Grochów 2.718 Ząbkowice Śl. Ząbkowice Śl. YES 111

95 Wiry 4.110 Świdnica Marcinowice YES 109

96 Wiry-Gogołów 1.700 Świdnica Marcinowice YES 108

97 Wiry-Tąpadła 1.206 Świdnica Marcinowice YES 107

QUARTZITES

98 Kowalskie 701 Strzelin Kondratowice YES 106


Page 62 / 66

99 Milików 797 Bolesławiec Nowogrodziec YES 99

100 Borowniany 132 Bolesławiec Nowogrodziec YES 1084

101 Przeworno 249 Strzelin Przeworno YES 1089

102 Wolbromów 415 Lwówek Śląski Gryfów Śląski YES 94

SAND & GRAVEL AGGREGATES

103 Bartniki III 5.442 Ząbkowice Śl. Kamieniec

Ząbkowicki YES

1754

104 Bielanka (pole E) 62.674 Lwówek Śląski,

Złotoryja

Lwówek Śląski,

Pielgrzymka YES

4384

105 Bielanka (pole W) 28.740 Lwówek Śląski Lwówek Śląski YES 4386

106 Bielawa Dolna 41.220 Zgorzelec Pieńsk NO 16969

107 Dunino (zbiornik) 17.606 Legnica Krotoszyce YES 1402

108 Dunino-Wschód 12.166 Legnica Krotoszyce NO 16468

109 Dunino-Zachód 8.447 Legnica Krotoszyce NO 16467

110 Gniewomierz 5.576 Legnica Legnickie Pole YES 1405

111 Grochowiska 7.217 Ząbkowice Śl. Ząbkowice Śl. YES 14586

112 Jagodnik 7.667 Świdnica Świdnica YES 1762

113 Kamionna 5.989 Wrocław Kąty Wrocławskie YES 1779

114 Laskowice 15.249 Bolesławiec Bolesławiec YES 4399

115 Lasów N 5.288 Zgorzelec Pieńsk YES 8457

116 Legnica - pole E 295.993 Legnica Kunice, Legnica,

Prochowice YES

1416

117 Lenartowice 68.262 Środa Śląska Miękinia YES 1788

118 Mokry Dwór 46.317 Wrocław Siechnice YES 1785

119 Nowa 50.664 Bolesławiec,

Lwówek Śląski

Bolesławiec,

Lwówek Śl. YES

4397

120 Nowica I 8.639 Oleśnica Dobroszyce NO 15121

121 Ocice-Mierzwin II 19.510 Bolesławiec Bolesławiec NO 16427

122 Otok 41.364 Bolesławiec Bolesławiec YES 4400

123 Rzymówka 45.690 Legnica,

Złotoryja Krotoszyce, Złotoryja YES

1403

124 Raszowice 13.725 Trzebnica Prusice NO 1784

125 Siedlce 80.866 Oława, Wrocław Oława, Św.

Katarzyna YES

1791

126 Siekierzyce 10.889 Jawor Paszowice,

Mściwojów YES

1414

127 Słup (zbiornik) 12.825 Jawor Męcinka YES 1408

128 Stoszyce II 19.797 Wrocław Kąty Wrocławskie NO 16277

129 Śmiałowice 14.500 Świdnica Marcinowice YES 1099*

130 Trzebień-Zbiornik 86.346 Bolesławiec Bolesławiec YES 4396

131 Wierzbno 9.156 Świdnica Żarów, Świdnica YES 1753

132 Winna Góra 26.868 Lwówek Śląski Lwówek Śląski YES 4388

133 Włodzice Wielkie 42.764 Lwówek Śląski Lwówek Śląski YES 4401

134 Zbylutów 12.632 Lwówek Śląski Lwówek Śląski YES 4387

SAND FOR LIME-SAND PRODUCTS

135 Bystrzyca Oławska I 7.548 Oława Oława YES 12344

136 Kozików 5.070 Środa Śląska Kostomłoty YES 2776

137 Załęcze-Wodniki 3.390 Góra Wąsosz YES 2717

SAND FOR GLASS PRODUCTION

138 Ołobola 11.679 Bolesławiec Osiecznica YES 1223

139 Osiecznica-Stanisława 2.082 Bolesławiec Osiecznica YES 1225

140 Parowa 17.302 Bolesławiec Osiecznica YES 1224

141 Parowa 1 - Pole II, IV 21.549 Bolesławiec Osiecznica NO 16281

142 Władysława 14.519 Bolesławiec Osiecznica YES 1221

* It is the same deposits. Sand and gravel are accompanying mineral in the kaolin deposit


Page 63 / 66

Table: Dolnośląskie Potential MDoPI Inferred Resources

Prognostic areas with inferred resources in Dolnośląskie Province

(Source: Geo-environmental map of Poland, 2015)

Name of area 000 t, '000 m3* County Commune Area (ha)

COPPER-SILVER ORE

0613_001 463.300 Głogów, Nowa

Sól, Wschów

Głogów, Kotla, Siedlisko,

Sława 13200,7

0615_003 377.650 Głogów, Lubin,

Polkowice

Głogów, Pęcław, Jemielno,

Niechlów, Rudna, Grębocice 9100

0652_001 103.200 Lubin Rudna 1614

0721_001 43.500

Bolesławiec,

Lwówek Śląski

Bolesławiec, Warta

Bolesławiecka, Lwówek Śląski 593

0721_002 3 932* Bolesławiec Warta Bolesławiecka 93

BARITE AND FLUORITE

0834_001 12.5* Wałbrzych Głuszyca 0.6

0834_002 21 Wałbrzych Głuszyca 0.8

BENTONITE

0756_003 3.020 Lubań Leśna 14

CLAYS, CERAMIC (STONEWARE CLAYS)

0719_001 502 Zgorzelec Węgliniec 7.5

CLAYS FOR BUILDING CERAMICS

0723_001 119 671* Legnica, Lubin Miłkowice, Lubin 273

0723_002 437 553*

Legnica, miasto

Legnica

Kunice, Miłkowice, masto

Legnica 1245

0837_515 2 100* Strzelin Wiązów 55.7

Dąbrowa Dolna 7 576* Lubin Ścinawa 72

Cegielniany las 4 799* Lubin Ścinawa 51.5

CRUSHED AND DIMENSION STONE - BASALT

0756_001 2.696 Zgorzelec Sulików 6

0756_002 1.796 Zgorzelec Sulików 6.7

0758_001 4.444 Lwówek Śląski Lwówek Śląski 8.6

0759_002 2.108 Złotoryja Złotoryja 3.12

0901_001 59000* Kłodzko Kłodzko 47

0901_002 1172086* Kłodzko Kłodzko 665

CRUSHED AND DIMENSION STONE - MARBLE, DOLOMITIC MARBLE

0758_002 1.466 Lwówek Śląski Lwówek Śląski 2

0837_510 23.551.775

Strzelin,

Ząbkowice

Śląskie

Przeworno, Strzelin, Ziębice 7543

0901_003 12 176* Kłodzko Bystrzyca Kłodzka, Kłodzko 7.6

0901_004 3.336 Kłodzko Kłodzko 2

0901_005 25 020* Kłodzko Bystrzyca Kłodzka, Kłodzko 15

0901_006 19 349* Kłodzko Bystrzyca Kłodzka 11.2

0902_512 4.000 Kłodzko Lądek Zdrój 5.8

0933_001 10 008* Kłodzko Bystrzyca Kłodzka 6


0934_001 3 336* Kłodzko Bystrzyca Kłodzka 2


FELDSPAR RAW MATERIALS

0795_001 12.521 Jelenia Góra Stara Kamienica 22

QUARTZITES

0794_001 228,0 Lubań Leśna 0,8

SAND & GRAVEL AGGREGATES

0615_002 1 097* Góra Góra 12

0616_001 1 362* Góra Góra 13.6

0653_001 535* Góra Jemielno 6.2

0653_002 2 445* Góra Jemielno, Wąsosz 18

0684_001 504

Bolesławiec,

Żagań Osiecznica, Żagań 6.2

0684_002 12.000 Bolesławiec Osiecznica 70

0685_001 3.628 Bolesławiec Bolesławiec 9



0685_004 2.425 Bolesławiec Bolesławiec 18.6

0687_001 328* Lubin Rudna 6.5

0688_002 27* Lubin Rudna 6.8

0720_001 113* Bolesławiec Nowogrodziec 2.7

0962_001 92* Kłodzko Międzylesie 2.4

Bukowice 834 Milicz Krośnice 7


Page 64 / 66

Klonów 7.979 Oleśnica Międzybórz 26.8

Dziesławice 4.276 Oleśnica Międzybórz 20

Hołdrychowice 51.160 Oleśnica Międzybórz, Syców 202

Pierwoszów 28.271 Trzebnica,

Wrocław

Trzebnica, Wisznia Mała,

Długołęka 105

Boguszyce 3.674 Oleśnica Oleśnica 29

Sokołowice 2.941 Oleśnica Oleśnica 31

Hajdany 23.942 Oleśnica Oleśnica 235

Nowy Dwór 6.892 Oleśnica Syców 35

Nosocice 36.070 Głogów Głogów 146

Wojszyn 29.201 Głogów Głogów, Pęcław 128

Białołęka 34.234 Głogów Głogów, Pęcław 138

Proszówek 28.099 Polkowice Grębocice 162

Studzionki 10.070 Lubin Rudna 90

Kębłów 43.864 Lubin Rudna 258

Wilkocin 10.329 Bolesławiec,

Polkowice Gromadka, Przemków 42

Juszowice 11.403 Lubin Rudna 106

Biskupin 9.528 Legnica Chojnów 59

Kozów 6.706 Złotoryja Złotoryja 41

Międzyrzecze 1.865 Świdnica Strzegom 24

Radosław 8.334 Góra Góra, Niechlów 55

Wronów 10.211 Góra Niechlów 64

Wioska 5.402 Góra Góra, Niechlów 42

Czernina 6.792 Góra Góra 45

Kowalowo 22.205 Góra Jemielno, Wąsosz 150

Stryjno 5.405 Wołów Wińsko 35

Trzcinica 8.663 Wołów Wińsko 64

SALT

0613_002 37.769.834

Głogów, Nowa

Sól

Głogów, Kotla, Żukowice,

Bytom Odrzański, Siedlisko 15747

0613_003 8.740.833

Głogów,

Polkowice

Żukowice, Gaworzyce,

Radwanice 4509

0614_001 12.981.866

Głogów,

Polkowice

Głogów, Jerzmanowa,

Pęcław, Żukowice,

Grębocice

7106

0650_001 1.208.775

Głogów,

Polkowice

Jerzmanowa, Polkowice,

Radwanice 1260

Red - verified area


Page 65 / 66

APPENDIX B


Page 66 / 66

Figure: Selected MDoPI for five case study countries presented in Google Earth (Portugal, Emilia-Romagna Region, Poland, Slovenia and Hungary)

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