Transcript Abandoned objects

 University of Belgrade, Faculty of Mining and Geology
 Provincial Secretariat for Energy and Mineral Resources
Goal
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Gathering informations about number, geographical position,
status and condition on abandoned mines
Gathering information on abandoned mines that are in need
of remediation, and the mines which were recultivated
We can say:
«The goal is to provide safe and reliable data needed for the
recultivation of abandoned mines in national parks and other
protected areas.»
Experience in the world

INSPIRE (Infrastructure for Spatial Information in Europe)
combines spatial data and web services across the continent,
usingISO 19115 and ISO 19119

GeoMine (USA) geoportal supports the decision-making
process in connection with activities related to surface mining of
coal by improving access to data, timely dissemination of data
and understanding of geospatial data on different scales and at
different levels

U.S. Geoscience Information Network provides storaging and
exchanging of data without commercial software.

Upper Midwest Environmental Sciences Center – developed
geodatabase for Ohio Valley Abandoned Mine Lands

Abandoned Mine Land Inventory System (e-AMLIS) (USA) –
includes information on abandoned mines that are in need of
remediation, and the mines which were recultivated.
Serbian practice
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One of the requirements in developing the new system was
to integrate it with the existing GIS application GeolIEP

GeolIEP represents a basis for archiving and efficient
handling of vector, raster and related thematic alphanumeric
content

The use of GeolIEP results in cost reduction in data storage
and archiving and accessibility of data to a wider circle of
users рисника

The system is implemented within the ESRI ArcGIS
technology framework as an ArcMap
Geodatabase model
The geodatabase model contains:
 The name and geographical location
 Administrative affiliation
 Owner (if exist)
 Geometry: polygon in space, height and number of floors,
overall depth or height, estimated volume
 Geological structure
 Status
 Field recording
 Photo Gallery
 ...
privredna_organizacija
Data model
ESRI Classes::Feature
genericki_atributi
+Shape : esriFieldTypeGeometry
povrsinski_kop
«SubtypeField» +tip_objekta = 0
+broj_etaza = -+visina_etaze = -+zapremina = -+efektivna_zapremina = -+dubina = -+max_zapremina_zapunjavanja = -+min_zapremina_zapunjavanja = -rudnik
«SubtypeField» +tip_objekta = 1
+zapremina = -+efektivna_zapremina = -+dubina = -+max_zapremina_zapunjavanja = -+min_zapremina_zapunjavanja = -jaloviste
«SubtypeField» +tip_objekta = 2
prerada
«SubtypeField» -tip_objekta = 3
-metapodatak_id : esriFieldTypeInteger
-komentar : esriFieldTypeString
objekat
-noid : esriFieldTypeString
+naziv_objekta : esriFieldTypeString
«SubtypeField» +tip_objekta : esriFieldTypeInteger = 0
+komentar : esriFieldTypeString
+reg_noid : esriFieldTypeString
+metapodatak_id : esriFieldTypeInteger
+izvorna_nadmorska_visina : esriFieldTypeDouble
+broj_etaza : esriFieldTypeInteger
+visina_etaze : esriFieldTypeDouble
+dubina : esriFieldTypeDouble
+zapremina : esriFieldTypeDouble
+efektivna_zapremina : esriFieldTypeDouble
+max_zapremina_zapunjavanja : esriFieldTypeDouble
+min_zapremina_zapunjavanja : esriFieldTypeDouble
-mineralna_sirovina : esriFieldTypeString
-pokrivenost_vegetacijom : esriFieldTypeString
-rekultivacija_i_mere_sanacije : esriFieldTypeString
-tip_rekultivacije : esriFieldTypeString
+nivo_podzemne_vode : esriFieldTypeString
-tip_dd : esriFieldTypeString
+X : esriFieldTypeDouble
+Y : esriFieldTypeDouble
1
1
registar_no
0..*
1
1
1
-objekat
-objekat
1
1..*
-svojstva_no
svojstva_no
radionica
«SubtypeField» -tip_objekta = 4
ostalo
«SubtypeField» -tip_objekta = 5
koordinate_objekta
+noid : esriFieldTypeString
+broj_tacke : esriFieldTypeInteger
+x_koordinata : esriFieldTypeDouble
+y_koordinata : esriFieldTypeDouble
+srs : esriFieldTypeString
+noid : esriFieldTypeString
+opis_kartirane_jedinice : esriFieldTypeString
+stepen_ugrozenosti_pv : esriFieldTypeString
+genetska_kategorija : esriFieldTypeString
+tip_poroznosti : esriFieldTypeString
+namena_zemljista : esriFieldTypeString
+udalj_reke_lin : esriFieldTypeDouble
+udalj_reke_pol : esriFieldTypeDouble
+udalj_naselja : esriFieldTypeDouble
1..*
+udalj_zasticenog_podr : esriFieldTypeDouble
+tip_zasticenog_podrucja : esriFieldTypeString
+br_stanovnika_buf_250m : esriFieldTypeDouble
-koordinate
+br_stanovnika_buf_500m : esriFieldTypeDouble
+br_stanovnika_buf_1000m : esriFieldTypeDouble
-naziv_organizacije : esriFieldTypeString
+kontakt_osoba : esriFieldTypeString
+telefon : esriFieldTypeString
+email : esriFieldTypeString
+adresa : esriFieldTypeString
+mesto : esriFieldTypeString
+druga_adresa : esriFieldTypeString
+web_adresa : esriFieldTypeString
+pib : esriFieldTypeString
+maticni_broj : esriFieldTypeString
+priv_org_iz_apr : esriFieldTypeString
-reg_noid : esriFieldTypeString
+naziv_objekta : esriFieldTypeString
+mesto : esriFieldTypeString
+opstina : esriFieldTypeString
+okrug : esriFieldTypeString
+adresa : esriFieldTypeString
+lokalitet : esriFieldTypeString
«SubtypeField» +tip_objekta : esriFieldTypeInteger = 0
+katastarska_parcela : esriFieldTypeString
+privredna_organizacija_id : esriFieldTypeInteger
+ima_titulara : esriFieldTypeString
+br_odobrenja : esriFieldTypeString
+god_pocetka_radova : esriFieldTypeInteger
+god_obustave_radova : esriFieldTypeInteger
+rastojanje_od_najblizeg_mesta : esriFieldTypeDouble
+povrsina_po_odobrenju : esriFieldTypeDouble
+lokalni_recipijent_voda : esriFieldTypeString
-mineralna_sirovina : esriFieldTypeString
-status_no : esriFieldTypeString
-pravni_status : esriFieldTypeString
-zahtev_za_rekultivaciju : esriFieldTypeString
-pok_katastarski_broj : esriFieldTypeString
-rep_katastarski_broj : esriFieldTypeString
-katalog : esriFieldTypeString
multi_medijalni_podatak
1..*
1..*
+reg_noid : esriFieldTypeString
+autor_i : esriFieldTypeString
+datum : esriFieldTypeDate
+lokalna_ili_url_adresa : esriFieldTypeString
+naziv : esriFieldTypeString
terenski_zapis
-reg_noid : esriFieldTypeString
-prezime_ime : esriFieldTypeString
-datum : esriFieldTypeDate
-izvor_podataka : esriFieldTypeString
0..*
Geodatabase content


The geodatabase model was developed using UML (Unified
Modeling Language) and CASE (I) tool Microsoft Visio
Database contains some of the next tables :
 Economic organization– contain basic informations about

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economic organizations. Usualy, they are also the owners.
Register of abandoned objects– contain basic informations
about registers
Abandoned objects - contain basic informations about objects
Multimedia– contain photos of abandoned objects
Field records– descriptions about abandoned objects during
field visits
Software solution
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The first software of this kind developed in our country

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Software is developed in accordance with SDI-а (spatial
data infrastructure)
Application is available at: http://kanakov.vojvodina.gov.rs/
It represents a good base for an upgrade, analyze and
display data from other areas (environmental protection,
agriculture, hydrology, urban planning ...)
The accent is on the function of reporting that allows
management of sustainable development, spatial planning
and environmental security.
Contains
information
which
are
obtained
by
systematization and analysis of all electronic and paper
documents
There are two part of application:
 First, that has public access
 And second, which purpose is to adding data and
manage with available resources...
Used technology


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PostgreSQL (basic database) + PostGIS (postgresql
extension for geospatial data)
GeoServer – used for generating and publishing WMS (Web
Map Service), WFS (Web Feature Service), KML (Keyhole
Markup Language), and every other elements needed for
WebGis application.
Java – The essential element for the functioning of
GeoServer is the latest version of Java.
ArcGis software is used for creating maps(maps are saved
with .gdb extension).
OpenLayer, GeoExt, PHP, HTML – some of the used
technology for web programming
Home page
System log in
Informations about
selected object
Menu
Search results
Menu block and log in
Link for log in
Menu block contains 6 parts:
1.
Search
2.
Legend
3.
Project goal
4.
Authors
5.
Contact
6.
Guidleines
Menu block - Search
Users can search portal in to ways:
1. Full database search, where
user insert word/part of word
and then system search the
whole database and gives
results to users
2. Advanced search provides user
to choose group of polygons,
status, owner or municipalities,
and then system will search
database, using selected
values.
Menu block – Legend, Project goal
Legend contains
list of all object types:
* Underground mine
* Surface mine
* Other facility
* Maintenance workshop
* processing
* tailings
Block – Project goal –
contains basic information
abou project, such as:
* What is expected?
* What is the main goal and idea?
* Who are authors?
Menu block – Authors, Contact, Guidelines
Contact: Contact
informations about
application owner
Authors: List of
application authors
Guidleines: Link for
online guidliness in .pdf
format.
Search result block
When search is done, in the bottom of application, users can se
search results, that match specified conditions.
For each object,
municipalities
there
are
informations
like
name
or
At the end of each row, there are two links: first, that allows user
to see detailed informations about object, and secont that allows
user to see all photos of object.
Detailed information block
Choosen polygon
For each choosen
polygon on the map, in
the right block
“Information about
object”, user can see
basic informations
about choosen
polygon.
Links [multimedia] and
[more] provides basic
informations about
object, and also list of
all photos.
Block for map
Menu with map functions (zoom, pan, select zoom, nex position,
previous position )
Block for choosing base
layer (it contains 4
basic google maps).
Map with polygons
Detailed object information
Link more provides detailed informations.
Detailed object information
Second part of application – Enter and
manage data
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
1.
2.
3.
4.
5.
6.
7.
Second part of application refers on adding data such as
owner, objects...
This part of application provides:
Enter, edit, view and delete users
Enter, edit, view and delete economic organizations
Enter, edit, view and delete registers
Enter, edit, view and delete objects
Reports
Statistics
Guidelines
Enter, edit, view and delete registers
- View
At the registar page, there is the list of all registars that
are in database, and there is also posibility of
searching the list.
For each registar users can see detailed informations,
and also registar can be edited or deleted. User can
always enter new registar.
Enter, edit, view and delete registers
- Enter
Enter, edit, view and delete registers
- Edit
Enter, edit, view and delete registers
- Multimedia
If user want to enter
photo for some object
through registar form, he
must choose
object/polygon, and then
he can add photo.
Objects - View
All object are
grouped:
1. Objects with
known owner
2. Objects with
unknown owner
Enter multimedia form - example
Form, field notes
Reports - example
Statistics
Conclusion
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KANAKOV application pointed out the usefulness, practical
value and advantage of using WebGIS
This application provides more secure and reliable
systematized data
Photos and the position of each of the abandoned objects
are stored at one place
It is desirable to develope database using UML (Unified
Modeling Language) and Microsoft Visio CASE tool
Application benefits, such as search form, provides users to
get information about choosen object
Conclusion
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The project activities preformed within the development of
the Cadastre of abandoned mines in Vojvodina and the
accompanying WebGIS application were complex and
multidisciplinary, involving a team of experts form the
geological, mining, economic, ecologic, informatics,
mathematics and other domains.
Special attention was given to securing a high level and
quality of project work
The application aspects are multiple, and relate not only to
the relevant sectors of mining and geology, but also to
economic, urban planning, spatial planning, agriculture,
hydrology, ecology, safety and other sectors.
AUTHORS:
 Ranka Stanković
 Nikola Vulović
 Nikola Lilić
 Ivan Obradović
 Radule Tošović
 Milica Pešić-Georgiadis