Abstract

A healthy ecosystem is characterized by its ability to maintain balance and sustainability (Costanza, 1992). Human activities have already transformed between one-third and one-half of the Earth's surface, appropriated more than half of available freshwater resources for human use, and increased atmospheric carbon dioxide concentrations by nearly 30 percent since the Industrial Revolution (Vitousek et al., 1997). As a result of spatial degradation of ecosystems, air, water, and soil pollution, urban development along wildlife migration routes, and similar interventions, the sustainability of ecosystems has been increasingly compromised. Ecosystem degradation may stem from anthropogenic factors, but it can also be triggered by the introduction of invasive species that disrupt existing ecological dynamics (Walsh et al., 2016). Given that the causes of ecosystem imbalance may be predictable to a certain extent, understanding these dynamics can provide valuable decision-support mechanisms for preventive policies and ecosystem rehabilitation projects. Accordingly, this project aims to develop a simulation prototype that models biological material cycles and food web-based species interactions in order to make ecosystem dynamics more understandable and predictable. The simulation will be developed using the **Unreal Engine** platform and will focus on representing the complex interactions among species and environmental factors that influence ecosystem stability. A key innovation of the project lies in the use of a game engine as the development environment. Unlike many existing ecosystem simulations, the outputs generated by the system can be readily integrated into gamification processes, thereby increasing the accessibility of ecological knowledge and enhancing public understanding of ecosystem functioning. Through this approach, the project seeks to bridge scientific modeling, environmental education, and interactive digital technologies.

Abstract

Numerous studies have demonstrated that online platforms offer sustainable alternatives for social interaction and, due to their relatively low carbon footprint, are increasingly being recognized as potential meeting spaces of the future. Among these, **Virtual Reality Social Networking Service (VRSNS)** platforms, where users gather and socialize within immersive virtual environments, have emerged as pioneers in this field. Although VRSNS communities continue to expand, reaching approximately 51,453 daily active users, the design quality and functionality of virtual reality environments are still considered insufficient by many researchers and practitioners. In this context, Danışma and Kim (2024) investigated the role of virtual mirrors in VRSNS platforms as a means of enhancing user interaction, improving virtual reality performance, and supporting environmental sustainability. Building upon this foundation, the present research seeks to advance existing knowledge by conducting a more comprehensive examination of how users interact with one another and with their virtual environments. Through detailed observation and analysis, the study aims to identify design patterns and behavioral mechanisms that can inform the development of more effective virtual mirror interfaces. Ultimately, the research seeks to contribute to the design of more functional, engaging, and user-centered virtual environments, thereby enhancing the overall user experience while supporting the broader sustainability potential of virtual reality-based social platforms.

Abstract

Ecotourism is a form of tourism that encourages visitors to explore natural environments while fostering environmentally responsible behavior. However, the growing number of tourists visiting natural areas can contribute to environmental degradation, habitat disturbance, and increased waste generation. In response to these challenges, this project aims to promote environmentally responsible visitor behavior through a behaviorist-based gamification approach, thereby contributing to the reduction of ecological impacts in ecotourism destinations. The project proposes an innovative framework that integrates gamification with smart infrastructure technologies, such as QR codes and GPS-based systems. Through this integration, a system will be developed to enhance visitors’ environmental awareness and encourage sustainable decision-making during their visits. By combining digital engagement tools with environmental education, the project seeks to influence visitor behavior in a manner that supports the conservation objectives of ecotourism sites. This approach aims to address existing gaps in the literature concerning the integration of gamification and smart infrastructure within ecotourism contexts. Methodologically, the project is based on monitoring and evaluating environmentally friendly visitor behaviors through information-enabled tools equipped with QR codes and GPS technologies. The collected data will be used to assess behavioral patterns and the effectiveness of gamified interventions in promoting sustainable visitor practices. Ultimately, the study seeks to contribute to the development of innovative management strategies that enhance both visitor experiences and environmental stewardship in ecotourism destinations.

Abstract

Within the framework of disaster-resilient and future-ready cities, food production and consumption systems represent some of the urban functions most vulnerable to disruption. Developing a future-ready urban matrix therefore requires a comprehensive understanding of food resources and the implementation of strategies that promote their sustainable and efficient use. The Yedikule Gardens have served as a vital source of food for the city for generations, contributing significantly to its economic, social, and ecological balance. Despite their numerous benefits, however, these historic urban gardens have gradually declined in prominence and extent due to a variety of contemporary pressures. As both an important urban food resource and a valuable element of cultural heritage, the preservation of the Yedikule Gardens requires greater public awareness and enhanced visibility. Accordingly, this research aims to investigate ways of increasing awareness of the gardens and strengthening their role within the contemporary urban landscape. The study adopts a multi-layered analytical approach. First, regular site visits and field observations will be conducted to develop a comprehensive understanding of the current conditions of the gardens. Second, public interest and perceptions regarding the Yedikule Gardens will be examined through **text mining** techniques applied to social media data. Finally, the research will focus on developing a communication platform designed to increase public awareness, facilitate knowledge sharing, and enhance the visibility of the gardens among diverse stakeholder groups. The project is expected to contribute to Türkiye’s implementation of the **United Nations Sustainable Development Goals (SDGs)**, particularly **SDG 8 (Decent Work and Economic Growth)**, **SDG 11 (Sustainable Cities and Communities)**, and **SDG 12 (Responsible Consumption and Production)**. By raising awareness of the Yedikule Gardens and strengthening their visibility through an effective communication network, the study aims to support the development of policies that promote local cultural products, safeguard urban agricultural heritage, and reinforce the role of urban food systems in future-ready cities.

Abstract

This research addresses the challenges associated with disaster preparedness in Türkiye, a country located within an active seismic zone, by evaluating the potential of existing green spaces in the Bayrampaşa district to function as post-earthquake assembly areas. The study examines these spaces through the principles of environmental and social resilience and aims to develop a strategic framework for enhancing their capacity in accordance with the standards and guidelines established by the Turkish Earthquake Code and the Disaster and Emergency Management Authority (AFAD). The research seeks to identify ways in which urban green spaces can be strengthened to effectively support emergency response and post-disaster recovery processes while maintaining their functionality in everyday urban life. Beyond their role during disasters, these spaces are envisioned as integral components of sustainable urban living that contribute to environmental quality, social cohesion, and community well-being. By integrating resilience-based planning and design principles, the study aims to promote the development of urban open spaces that are accessible, adaptable, and capable of strengthening community networks before, during, and after disaster events. Ultimately, the project seeks to provide a model for creating resilient urban landscapes that support both disaster preparedness and long-term urban sustainability.

Abstract

This research proposal aims to develop an original artificial intelligence model capable of predicting and simulating the secondary impacts of climate change. While existing climate simulation and forecasting systems primarily focus on first-order effects such as rising temperatures, changing precipitation patterns, and sea-level rise, this study seeks to identify and model secondary and often less predictable consequences of the climate crisis. These include phenomena such as insect outbreaks, ecosystem collapse triggered by microbial pathogens, and reductions in the carbon sequestration capacity of soils. By focusing on these cascading and indirect effects, the project aims to provide a more comprehensive understanding of the complex interactions through which climate change affects both natural and human systems. The proposed model will integrate ecological, climatic, and environmental datasets to identify potential risk pathways and simulate how secondary disturbances may emerge and propagate under different climate scenarios. The study seeks to contribute to the development of predictive tools that can support environmental management, climate adaptation planning, and ecosystem conservation efforts. Furthermore, it aims to address a significant gap that has been highlighted in climate crisis assessments prepared for Istanbul, where the potential consequences of secondary ecological impacts remain largely underexplored. By improving the ability to anticipate these indirect effects, the proposed research aspires to enhance the scientific basis for proactive decision-making and long-term resilience planning in the face of accelerating climate change.

Abstract

The primary aim of this project is to investigate the spatial representation of commemorative practices in Turkey and to reveal the typological transformations through which collective memory is reflected in urban open spaces. In doing so, the study seeks to enhance understanding of the relationship between memorial spaces and the urban landscape while making visible both traditional forms of commemoration and contemporary modes of representation, such as memoryscapes and other emerging memorial practices. Within the scope of the project, case studies and fieldwork were conducted on the Gallipoli Peninsula. Through a comparative approach, Turkish and ANZAC commemorative practices, as well as their respective modes of memorialization, were examined in order to explore how different cultural narratives and collective memories are spatially articulated and represented within the landscape.

Abstract

This project aims to restore the historical lagoon character of Kamil Abduş Lake and its surrounding area in Tuzla through ecological rehabilitation and to integrate the site into the urban open and green space system. Within the scope of the study, topographical and infrastructural interventions were proposed to re-establish the natural water cycle between the sea and the lake, optimize the lake’s morphology, and support freshwater replenishment through the construction of artificial wetlands. The project adopts a three-stage methodological framework consisting of: (1) the analysis of landscape change, (2) hydrological modeling for lagoon restoration, and (3) the development of sustainable design strategies aimed at enhancing ecological quality. Based on these stages, land-use proposals and constructed wetland designs were developed to facilitate a harmonious transition between the surrounding urban fabric and the natural environment. To ensure the long-term sustainability of the site, a comprehensive zoning strategy based on conservation–use balance was established, incorporating sensitive, buffer, and active use zones. Furthermore, an integrated recreation and landscape program was designed to promote environmental awareness while supporting ecological conservation and public engagement with the restored landscape.

Abstract

Within the scope of this project, the relationship between children’s access to green spaces and their physical activity levels was examined across four districts on the Anatolian side of Istanbul that differ in their socio-economic and physical characteristics. Furthermore, the study investigated the impact of physical activity on overall physical health and, consequently, the relationship between access to green spaces and physical health outcomes. The research was conducted in the districts of Kadıköy, Ataşehir, Sultanbeyli, and Sancaktepe. Two schools from each educational level—primary, middle, and high school—were selected in each district, resulting in a total of six schools per district and twenty-four schools overall. A total of 2,668 students participated in the study through questionnaire surveys and anthropometric measurements. Following data collection, anthropometric measurements were evaluated using age-specific percentile values, enabling the classification of each participant according to age-adjusted categories of underweight, normal weight, overweight, and obesity. These health indicators were subsequently analyzed alongside a range of variables obtained through the surveys, including access to green spaces, proximity of residence to green areas, participation in physical activities within green spaces, and other relevant environmental and behavioral factors. The relationships among these variables were examined using logistic regression models, allowing for the identification of statistically significant associations between green space accessibility, physical activity participation, and physical health outcomes among children. The findings contribute to a better understanding of the role of urban green spaces in promoting active lifestyles and supporting children's health and well-being.

Abstract

Rural settlements differ from urban environment by the factors such as population size and density, economic activities and quality of natural environment. Compare with the urban areas in terms of size and diversity of economic activities and the heterogeneity of social structure, rural settlements are relatively more homogenous, small and represents variety in terms of compliance with nature and diversity of natural environment. Global market requirements, technological innovations, development in communication and information technologies, urbanization process and changes in lifestyles of contemporary society appear as the main drivers of change of urban and rural environment. Urban areas respond to those changes by the reorganization of the spatial setting with new functions whereas the effects of those changes in rural areas would be more dramatic that lead the loss of local characteristics. Overall effects of all of those changes can be observed from the landscape quality of settlements. This process is called landscape change to represent the changes observed in traditional landscapes by the integration of new functions. Within this process the balance between urban-rural has changed in a way in which urban character become more prominent that lead the emergence of hybrid typologies polarized between rural and urban areas.

Controlling the pace of this change and protection of the landscape identity of rural areas has recently been recognized as an important constituting part of developing international policies. This situation has been emphasized with respect to new amendments in World Heritage Convention (which is approved in 1972 and changed to include cultural landscapes) and European Landscape Convention (2000) with an emphasis on landscapes as an international policy instrument.

As a general trend rural settlements are approached like an urban areas with the same parameters and the same aspects. The qualities and quantities, that make the settlement distinctive, should be taken into consideration to protect the unique structure of the settlement and to control the mode of development to make it compatible with the identity o the settlement. Identity based concepts are tend to be descriptive and based on qualitative researches. It is believed that a new approach is needed to identify the landscape identity components and to assess the level of contribution of the component to create an identifiable landscape by using quantitative methods.

The aim of this research is to propose a quantitative method to identify the components of landscape identity of rural settlements and examine the spatial distribution of those identity components within a defined geography. Aegean region is selected as the case study of the research with its rich rural pattern defined by the combination of diverse geomorphology, unique rural architectural character, climatic conditions, rural economy and socio-cultural structures. With this respect, different from the urban identity studies, it is proposed that the features that is represented as “rural settlement identity” should be evaluated in detail and in a holistic manner in the light of “rural landscape identity” concept.

Erdem Kaya, M., Kaya, H.S., Terzi, F., Alkay, E. (2014-) A Methodology Proposal to Landscape Identify Identity Indice of Rural Settlement- Aegean Region Case (Tübitak 114O369) Budget: 344.494.51 TL

Abstract

Turkey has a great variety reflected in its cultural landscapes emerged through the combination of diverse climatic, geographic, socio-cultural and ethnic structure. The most prominent indicator of this variety is the rural settlements with its unique structure based on local values. Those diversity and differences make the country very suitable for identity based concepts and approaches. However, the number of studies and researches focusing on the identification of those unique characteristic and spatial analysis are limited. As a general trend rural settlements are approached like an urban areas with the same parameters and the same aspects. The qualities and quantities, that make the settlement distinctive, should be taken into consideration to protect the unique structure of the settlement and to control the mode of development to make it compatible with the identity o the settlement.

The aim of this study is to asses the identity features of rural settlements of Bodrum Peninsula and provide strategies in order to protect and enhance the identity. The research is based on the idea that the landscape identity of a rural settlement can be undersatnd through investigation of two main components; physical and social and focused on physical landscape identity components of rural settlements of Bodrum Peninsula.

Erdem Kaya, M., Kaya, H.S., Terzi, F., Assessment of Physical Landscape Identity Components of Rural Settlements of Bodrum Peninsula (İTÜ BAP NO 37520) Budget: 15000 TL

Abstract

Holistic evaluation of environmental risks such as erosion, drought, fire, and primary production can facilitate efficient planning practices for mitigating the detrimental effects of climate change.  Spatial analysis of the quality and the quantity of these phenomenon can elaborate ecological risks on ecosystems.  This will also generate a critical input for environmentally sound planning and management of landscapes.  Big Meander Basin is one of Turkey’s prominent basins in Turkey, and is subject to heavy pressures caused by socio-economic activities in the basin. Ecological risks in the basin are heavily shaped by erosion, drought, forest fires and primary production processes.  These processes manifest themselves in the form of loosing good quality soils, declining agricultural production, decreasing forest cover, and decline in biodiversity.

The purpose of this research is to model the ecological risks in the Big Meander Basin. More specific objectives of the study involve spatial modeling of i) rimary production (NBÜ); ii) Erosion; iii) Forest fires and iv) drought risks. By means of overlapping this information with the current land cover/ use information in the GIS environment, we will generate a comprehensive ecological risk map of the Big Meander Basin.  In this context (i) those aforementioned processes, which have negative consequences on the basin landscapes, will be forecasted based on specific and reliable spatial techniques and method, (ii) risk analyses will be conducted for each processes (iv) the outcomes will be merged to generate a single ecological risk map.

Spatial models proposed in this research include i) CASA for Primary Production: Developed by NASA and Stanford University, the Carnegie, Ames, Stanford (NASA-CASA) is a terrestrial biochemical approach which uses satellite images and meteorological data to simulate carbon cycle for annual regional primary production estimation.  The model uses temperature, rainfall, light effect and satellite information; ii) Fire risk: The model is based on multi criteria assessment of spatial factors such as topography and weather information. iii) Erosion: Revised Universal Soil Loss Equation (RUSLE) is a universally recognized model for predicting soil loss. iv) Drought index: This commonly used index is the ratio of daily average rainfall to daily average potential evapotranspiration.

The primary materials of the study include EnvisatMERİS and LANDSAT ETM data.  EnvisatMERIS will be used in the NASA-CASA model to predict net primary production. LANDSAT ETM is a base information source to map land cover/use classification, and also to obtain information about the vegetation health through Normalized Difference Vegetation Index (NDVI).  Ancillary data of this research include topographical maps to extract elevation, aspect and slope information, digital elevation model, and also forest maps to use as training data for the classification of land cover.  Moreover, soil, geology maps and information pertaining to climate, agricultural statistics, and population etc. will be used.

The proposed study has merit in terms of its ecological risk approach.  Currently, no literature exists comprehensively evaluating ecological risks, which are defined by erosion, drought, forest fire and state of primary production, for Big Meander Basin.  Also, the literature is lacking examples of digital-spatial risk maps and exclusive representation of the four environmental processes as an input to single ecological risk map.  The methodology and approaches developed for the Big Meander Basin can set an example for climate change studies on areas with similar concerns in Turkey and all around the world.  The application of the research approach to different cases can make it a standard method in the long run. Furthermore, the findings of this research can be used for mitigating negative impacts of climate change by the Ministry of Environment and Urban, Climate Change Department when developing policies, strategies and plans against global warming.

Esbah, H., Berberoğlu, S. ve M. Karaca (2012- Present) Ecological risk analysis in Big Meander Basin (Tübitak 111Y324) Budget: 25000T

Abstract

As environmental problems rise to global level, ecologically important areas are declared as “protected” with different conservation status; however, change in these areas is inevitable during time. The changes are attributable to the impact of nearby urbanization on the functioning of these sensitive ecosystems. Elaboration of historical urban development plays an important role in understanding the types of pressures these sensitive ecosystems are being subjected to. Detection of change plays an important role, also, in modeling upcoming land cover/use patterns that will prevail in protected areas as a result of different development scenarios.   Detection of land use change and modeling for future enable sustainable resource management. Thus, the use of remote sensing and GIS technology has been increasing in this regard last 25 years.  The protection efforts in our nation exclusively put an emphasis on the preparation of management plans and master plans for our national parks lately.  During the planning process, the latest technology and state of the art is used as well as involvement of stake holders.  İğneada National park, one of the latest national parks of Turkey, is one example of this.

Igneada’s mangrove forests are one of the important protected areas of Turkey. Because the area houses sensitive ecosystems, the parts of it were previously protected as Nature Protection Park, Natural Site, and Wildlife Protection Area.  In order to promote a wider scale (3155ha) comprehensive protection, the area has been announced as a national park by the Board of Ministers in 11/03/2007. Despite its ecological sensitivity and importance, the İğneada area has been under serious threats such as ISKI project and supplying drinking water to Istanbul, an harbour project, and a coastal road project.  The announcement of the national park is expected to contribute to the sustainable development of the area.  In addition, great variety of urban pressures is evident in the area such as expansion of summer houses on and around wetlands, increasing recreational uses on coastal line (mainly off-road racing), and wetland pollution due to sewage.  These ongoing pressures and their consequences should be taken into account for sustainable management of İğneada protection area.  Thus, this proposal intends to contribute to the sustainable resource use in İğneada through landscape ecology and latest technology approach.

In this study, the purpose is to detect the change in İğneada urban area and its surroundings with remote sensing techniques, and to generate urban growth models for future.  The primary research materials include aerial photographs and satellite images from 1972, 1984, 1990, 2003 ve 2009.  The methodology involves 6 basic steps: 1- Image preprocessing, 2- Supervised and unsupervised classification, 3- Accuracy assessment, 4- Change analysis, 5- Model development, and 6- Generation of planning suggestions for future. The results of this study will facilitate more efficient protection of İğneada National Park’s resource values, and demonstrate possible effects of proposed socio-economic activities in the area. Moreover, methodology developed in this study can be an effective management tool, and set an example to the management activities in other protected areas of Turkey.

Esbah, H., Yıldızcı, A. C., Türkoğlu, H., Terzi, F., Güler, G. (2010- present) Monitoring and modeling of urban development in Igneada Protected Area. (COST-110Y015), Budget: 198000

Abstract

Urban green and natural areas are indispensible part of the urban infrastructure.  These areas contribute to improving urban ecology many ways.  These areas are affected by urban development thus the development shapes the structure and dynamics in these areas.  The common implication of this interaction is the loss of urban green and natural areas that is well elaborated in the literature.

Urbanization not only affects the composition (area, number etc.) but also changes the configuration (shape, distance, neighborhood etc) of these areas.  These changes are structural changes in a landscape.  According to the landscape ecology paradigm landscape structure always interacts with landscape function; and change is the outcome of this reciprocal relationship.   Subsequently, the holistic understanding of landscape function is attainable through analyzing landscape structure.

The investigation of the structure of the urban natural areas can highlight how urban development has been shaping the habitat values in these ecologically valuable areas.  This will contribute to the sustainable planning and management of these socio-economically, ecologically and aesthetically important areas.  This research aims to understand the composition and configuration of the urban green and natural areas.  The work focuses on natural patches in the Istanbul Metropolitan area.  Patch and class level metrics are used to elaborate the structure of the landscape and its change over a 30 year period.

Esbah, H., Deniz, B., Kara, B. Hepcan, Ş. (2010-present) Ecological Networks in agro-environments (Tübitak 109Y220), 189000

Abstract

The importance of ecological networks in sustainable resource planning and management is increasing.  Agricultural landscapes could be an indispensable element of ecological networks due to their ecological, economic and social values. Agricultural landscapes are important biodiversity areas, and ecological networks can significantly contribute to the biodiversity in these areas. The promotion of ecological networks and corridors are perceived as efficient nature protection policy instruments in Europe and all around the world.  Great numbers of initiatives has been taken in this regard (The Pan-European Biological and Landscape Diversity Strategy, Pan–European Ecological Network –PEEN, the EU Habitats Directive, the Birds Directive, the EU Biodiversity Action Plan for Agriculture). On the contrary, the number of initiations and scientific research is limited in Turkey.  Also, no research exists on ecological networks in agricultural areas.  Our institutional environment lacks legislations related to the protection of biodiversity in agricultural landscapes. These areas, without any conservation status, are not considered potential areas for biodiversity and nature protection.  Agricultural landscapes are not manifested in the legislation of related agencies as tools for the protection of biodiversity.

The purpose of this study is to investigate the structure of agricultural landscapes from an ecological network planning point of view and to demonstrate their role in establishing ecological networks. Specifically, the goal of this case study of Big Meander (Soke) Plain is to detect the landscape elements for ecological networks and the structural connectivity in the current network.  First, different types of linear landscape elements will be classified by object based classification of high resolution satellite images.  Second, the structure and connectedness of these components will be displayed in a GIS environment.  And then, the areas of improvements for the establishment of ecological networks will be pointed out. Also, the vegetation characteristics of each corridor type will be presented. And finally, the planning and land management suggestions for improving ecological networks in agricultural landscapes will be developed.

Study area is one of the prominent agricultural areas of Turkey.  Soke Plain is located between two important legally protected areas, Dilek Peninsula-Big Meander Delta (DYBMD) National Park and Bafa Lake Nature Park.   Accordingly, the investigation of the ecological network potential of this agricultural landscape can contribute to the sustainable protection of the neighboring ecologically important areas.  Data and the suggestions that will be generated from this study, can guide the efforts of the Ministry of Environment and Forestry and the Ministry of Agriculture, and also contribute to the development of national policies and strategies.  Moreover, the results of this study can be used for increasing awareness among the farmers.

Esbah, H., Deniz, B., Kara, B. Hepcan, Ş. (2010-present) Ecological Networks in agro-environments (Tübitak 109Y220), 189000T

Absract

This Project aims to develop an automated system with which urban and landscape planners can make more efficient  decision when assigning land use to open spaces.  The significance of the study comes in the form of creating a transferale rule set to use in any urban context in the world.  In order to develop this tool, this research used Istanbul and Berlin as a training sites, and then the tool was applied to Bochum case for testing its utility.  The research team first classified the high resolution ikonos images of training sites and applied the decision tree to Bochum.  The result was a very high accuracy classification in both the training and testing sites.  Meanwhile, a group of experts have developed the criteria and their rating for multi criteria analysis of land use decision making.  The final stage included the creation of the automated systems of land use determination for each potential open space through a MATLAB procedure.  The model pursued smart growth approach and hence onserving compact development which respects sensitive ecosystems such as wetlands and forests in the study sites.  Even though the tool was generated in the Turkish and German context it has a potential to be utilized in any urban situation all around the world.

Maktav, D., Sunar, F. Esbah, H., Baycan, T. (2009-2012) GAUS: Gaining additional urban space. (INTEN-C BMBF project- 108Y247), (German Team: Sigmund, A. and Jurgens, C.) Budget: 350000T

Abstract

The purpose of this study is to detect the characteristics of the landscape change in the protected area environments by using Geographic Information Systems and landscape structure indices.  Dilek Peninsula Big Meander Delta National Park and Bafa Lake Nature Park of Aydin Province in Aegean Region are the focus of this case study.  SPOT 2X and ASTER images are utilized in object oriented classification to detect changes respectively between 1994 and 2005.  3 landscape structure indices are applied to the classified maps: connectivity index, matrix utility index and core set of metrics.  The results display a decrease of the coniferous forests, high maqui, low maqui, grasslands and salt flats, and an increase of the moderately high maqui, garrigue, salt marshes, arable lands and permanent crop fields, and artificial surfaces.  Major drivers of the landscape change include urbanization, agriculture, grazing, fire, and clearing of original vejetation for heating and timber.  Subsequently, high maqui and grasslands are most negatively affected; the coniferous forest and low maqui covers are in the shrinkage stage. Whereas, moderately high maqui and garrigue cover are relatively less affected from fragmentation.  While the natural patches become isolated, the corridors between them are diminishing, hence decrease in the connectivity index.  While the Bafa Lake Nature Park does not experience any edge effect, Dilek Peninsula Big Meander Delta National Park is dealing with increasing edge effects.  Upcoming land uses indicate increasing possibilities of edge effects in the future.  Recommendations with regards to the sustainable landscape protection are presented.

Esbah, H., Kelkit, A., Deniz, B., Kara, B., Bolca, M. (2006-.2009) Invesitgating the landscape changes in and around a protected area through landscape structure indices, and developing sustainable land use recommendations: case of Big Meander Delta and Dilek Peninsula National Park. (Tübitak 106Y015), Budget: 165000T