A survey based on online and face-to face interviews with 104 persons who live in the Tiszazug in the central part of the Great Hungarian Plain. According to the answers the character of the landscape here would change dramatically by disappearance of oxbow lakes, floodplain forests and vineries. The decreasing population and aging of the citiz...ens result in decreasing intensity of landuse, increasing number of abandoned buildings and the attractiveness of the landscape is spoiled by illegal waste disposals and weedy water banks.
There are rather limited opportunities for using the results of landscape ecology in practical nature
conservation. The reasonS for this are – at least partly – the different scales and frames of the two
fields. For more effective cooperation there is an opportunity for landscape ecology to determine
patch-gradients that are helpfu
species via CORINE land use-pattern in mixed use agricultural areas. Such alternative migration
tracks become valuable in places, where landscape ecological corridors and stepping stone places are
missing. The method applies the gradient concept of landscape structure of McGarigal and Cushman
(2005). Determination of patch-gradients can be a good background material for settlement- and
infrastructure planning; and for the elaboration of medium- and long term nature protection concepts
or for even general landscape protection strategies as well.
Change of climate can be a remarkable turning point in the 21st century history of mankind. An important task of landscape geographic research is forecasting environmental, nature protection, land use demands and helping mitigation of disadvantageous processes from the aspect of society. ALADIN and REMO numeric climate models predict strong war...ming and lack of summer precipitation for the area of Hungary for the period between 2021 and 2100. There is a predicted growth in frequency of extreme weather events (heat waves, droughts hailstorms). Changes have been forecasted using data presented in table 1. For analyses of complex landscape geographic impacts of climate change the area of Hungary have been divided into 18 mesoregions with 5.000-10.000 km2 area each (figure 1). The main aspect of choosing the regions was that they should have homogeneous physical, geographic and land use endowments and, for this reason, they should react to climate change the same way. Relationships between landscape forming factors and meteorological elements examined by us have been taken into consideration. Results of analyses of impacts of the meteorological factors on the changes of relief through the mass movements are presented in this paper. Changes of landscape sensibility of mesoregions to mass movements have been presented in the last chapter for the periods between 2021-2050 and 2071-2100 according to numeric climate models.
On 17 September 2007 the Hungarian Parliament passed the act that put into force the European
Landscape Convention and it will be operative in the country from 1 January 2008. There are
decision on the renewal of the functioning of the National Committee, which has a scientific
workgroup, in connection with the promulgation process of
high importance, tourism can be the sector that fully recognize the role of landscapes relevant to
the ideas outlined by the Convention.