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Andrzej Biłozor, Małgorzata Renigier-Biłozor
The use of geoinformation in the process of optymalizing the use of land
| Conference Information: |
9th International Conference on Environmental
Engineering, MAY 22-24, 2014 Vilnius, LITHUANIA |
| Source: |
ICEE-2014 - International Conference on Environmental
Engineering |
| Book Series: |
International Conference on Environmental Engineering
(ICEE) Selected papers |
| ISSN: |
ISSN 2029-7092 online |
| ISBN: |
978-609-457-640-9 / 978-609-457-690-4 CD |
| Year: |
2014 |
| Publisher: |
Vilnius Gediminas Technical University Press Technika |
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Abstract
Spatial planning as a typical example of decision-making, resulting in the term land use is a complex and lengthy process, and thus high-
risk. All activities that occur at the level of land use must be reasonable and due to the need for sustainable development, and address the
needs of the social, economic and environmentally conditioned. The most often encountered definition of optimal land use is that which
causes the highest land value from among the physically possible and legally permitted forms of use, while remaining consistent with its
function. Optimization of urban functions is to verify the function of the area's most mismatched and the proposal to convert them to fit
the functionality most common features of natural and anthropogenic. Adaptation of problem areas should be based on the opinion of the
inhabitants of the city, reflecting their current needs as well as on. economic calculation which takes into account possible revenue and
cost of land transformation in terms of the characteristics of natural and anthropogenic. This paper presents a procedure for determination
of the optimal states of land use as a tool in the urban space management process. The developed algorithm combines the basic rules of
the social, economic and ecological optimization. This algorithm will help to determine the optimal land use function with clearly-defined
actions necessary to perform the planned task. The aim is also to collect, systematize and develop an optimal set of geo-information
describing the status of land use as a criterion for the evaluation as the basis for the transformation of land use. The result is a clean and
simple scheme allowing for the transformation of land use and selection of the optimal use of land. The spatial use optimization procedure
aims to minimize uncertainty in the spatial planning process. The proposed system can be used on different scales and with diverse
degrees of detail of spatial analyses and with the so-called “spatial monitoring” to analyze and verify individual land management forms
with regard to minimizing the costs of transformation and maximizing income.
Keywords:geoinformation; land use; optimization.
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