Regarding the increasing need for sustainable land use planning, land use evaluation went through several steps such as land use planning in the early 21 st century and replacd with sustainable landscape planning. This pradaim not only pays attention to available environmental resources but also takes the spatial pattern of landscape patches into consideration. This study aimed to develop a new prespective in the field of land management using the landscape ecology techniques and integrated consideration to the structure of costal ecosystems by linking environmental resources, structure and dynamic of landscape with the requiered development in the region. This perspecitive is a decision support system providing a new prespective for simultaneous arrangement of human developments and protection objectives along coastal ecosystems. This study is carried out in Makran coastal region in southeastern Iran within three different scales. At the coarse scale, we analysed the suitability of land for urban, industrial and turism using the Fuzzy-AHP and WLC. Suitable areas for seven focal species were deliniated using GBM, GLM, RF and Maxent methods to identify sensitive habitats in the region and thus provide a basis for systematic conservation planning using Marxan. Next, the changing trend in landscape's dynamic characteristics including land use change, climate change, and AOD change as an indicator of dust storm extents was investigated and modelled for the year 2050. It sould be noted that slat land modeling was conducted using CA-Markov model as a represantative of land use change and dust storm areas. Climate changes was researched by assessing changes in the distribution of nine rangeland and shrub species for the current time and 2050. Using the MOLA method, ultimately, the optimal distribution of land use classes was deliniated for 2015 and 2050. In this case, climate change, salt lands, and dust storm extents were used to produce a cost layer for new developments for the two time steps. The layers were then imported into the MOLA. Finally, the optimal spatial combination of land uses was determined by landscape analysis based on which the landscape's dynamic characteristics played a key role in both the spatial arrangement and the structure and shape of lanscape patches. It was found that with increasing cost of development, patches would become more irregular and lengthier and smaller suitable areas would be achieved.