 |
|
current developments in land administration and cadastre |
| |
|
new technologies in data acquisition and data integration
(including GPS, satellite and aerial remote sensing and
data mining), laser scanning |
| |
|
technical details of developments in GI databases, shift
of functions from applications level to DB-level (transformations,
XML-interfaces etc.) |
| |
|
concepts of Open GI Systems and interoperability |
| |
|
technical issues of OpenGIS, such as spatial referencing,
metadata, standards and databases, such as spatial referencing,
metadata, standards and databases |
| |
|
the skills to use OpenGIS software, (e.g. GeoMedia and ArcGIS) |
| |
|
multi-purpose use of Land Cadastre, EU-EULIS project |
| |
|
geo-information management related to nature reserves, EU-INSPIRE |
| |
|
monitoring of internationally protected sites and detection
of changes |
| |
|
remote sensing and laser scanning for data acquisition |
| |
|
special issues of interaction between wetlands and the surrounding
areas; use of dynamic process models (e.g. hydr. models)
and GIS |
| |
|
access to public sector information, (EU-green paper) |
| |
|
European and national spatial data infrastructure, EU-INSPIRE,
EUROGI |
| |
|
cadastre as an efficient tool for the implementation of
policies, EU-MARS, Land Policy |
| |
|
institutional networking and co-operation in the EU |
| |
|
new workflows to be improved within / between companies
(GIS-clusters |
| |
|
new approaches: from data acquisition to information management
and knowledge sharing |
| |
|
|
