Search

This paper delves into an assessment of the impact of Turkey's quest for status since the 2000s on changes in its foreign policy. In other words, how has Turkey's search for status influenced its foreign policy stances since the 2000s? And can we consider the changes in Turkey's foreign policy change transformational or transactional in essence? In this vein, this paper will make essential contributions to the existing literature on Turkey's status-seeking strategies by using specific cases to link them to changes in Turkey's foreign policy and assessing the extent to which they are transactional or transformational. The examination of this topic is all the more important in light of internal developments in Turkey, such as democratic backsliding and economic crisis, as well external factors such as its tense relationships with the EU, its rapprochement with Russia and China, and its increasingly proactive profile in regional crises. This paper critically assesses the pattern of Turkey's foreign policy change from transformational and transactional perspectives. [ABSTRACT FROM AUTHOR]

Construction techniques and building materials are greatly affected by traditions and local factors which makes each historical structure unique. Therefore, the structural evaluation of these structures should be a structure-specific evaluation rather than a common-precise acceptance. The first step is to set the aim of the evaluation such that it would increase the level of knowledge through field studies and non-destructive experimental methods. This paper presents a formal and structural evaluation of the traditional timber structure, an impressive Turkish Storage Building known as 'Serender', in the Eastern Black Sea region of Turkey. The formal assessment includes an analysis of construction materials and techniques. The structural evaluation consists of non-ambient vibration test which help determine the dynamic responses of the structure. The method details the natural frequencies, mode shapes and damping ratios, representing the dynamic behavior of the structures. For this purpose, 8 Serender buildings were analyzed and detailed. [ABSTRACT FROM AUTHOR]

In this paper, I apply Walter Benjamin's concepts "aura" and "wish-image" to explain the cultural making of avocados into a "superfood commodity" in southern Turkey's peasant communities. Drawing on ethnographic fieldwork, I employ a cultural-historical analysis to point out how, quickly after being introduced, the tree's leaves were used in folk medicine. As folk medicine, avocado leaf gained cultural importance due to its "aura." Later it was the dying charm of the leaf that breathed new life into the fruit to make it a "superfood," that is, a capitalist "wish-image" in Benjamin's thinking. This case study offers new theoretical insights into the production of symbolic-value from the bottom-up in the context of contemporary global capitalism while also suggesting new directions for research on symbolic-value resulting from the interplay between food and memory. [ABSTRACT FROM AUTHOR]

• The massification project led to the formation of a university-industrial complex. • Massification is achieved through a state-led spatial fix in newly emerging urban centers. • The developmentalist project created a diversely skilled surplus population. • Youth is entrapped within production sites, debt relationships, and local economies. Turkish higher education has been massified in a fast-paced reform wave through widespread proliferation of public universities in less developed cities, accompanied with the state-led student loan expansion since the early 2000 s. From a geographical-historical materialist lens, this paper elucidates the duplicitous character of the massification project, arguing that rather than democratizing the access to higher education, this transformation prioritized the benefits of local capital accumulation in the newly emerging urban centers to the detriment of the educated youth, entrapping the latter in unemployment, underemployment, and indebtedness, rendering them a diversely skilled relative surplus population. Based on two-year long qualitative research, the paper identifies three intertwined youth enclosures that have functioned as constitutive mechanisms of a spatial fix, forming what this paper conceptualizes as the university-industrial complex : physical enclosure of the university youth in emerging production sites as disposable cheap labour force, temporal enclosure of the graduates in long-term debt relations with the state, and finally social enclosure of the youth for their reproduction in predatory local economies of non-metropolitan cities. [ABSTRACT FROM AUTHOR]

Rural heritage settlements have encountered many challenges and risks due to the rapid evolution of the cultural tourism economy, such as changing demographics, overcrowding, evolving consumer demands, and biodiversity loss. Conservation of environmental and sociocultural assets of these rural settlements and strengthening community resilience have been considered indispensable in global sustainable development. In this regard, a growing body of research has investigated the implications to wider issues of environmental sustainability through lessons learned from these rural, vernacular settlements. However, discussions on transformation driven by tourism and socio-cultural resilience in rural contexts have attracted limited attention. Contributing to this gap in the literature, based on a longitudinal survey study (spanning from 2000 to 2022) conducted in Behramkale (rural, vernacular village in Türkiye), this paper investigates rural community resilience strategies adopted by residents to cope with transformation led by cultural tourism and strict heritage conservation restrictions. The study results showed that the new development area (new settlement) of the village served as an infrastructure of the old settlement, by means of a home for the local residents, and an economic asset for the village. The establishment of the new settlement, to some extent, prevented the displacement of local residents and provided the continuation of the traditional rural economy in the village. • There is a lack of literature on resilience about heritage conservation and tourism. • Tourism development has severe impacts on rural heritage settlements and community. • A framework is proposed for tourism and rural heritage community resilience. • The framework is applied on a rural vernacular village, Behramkale in Türkiye. • Resilience is to absorb tourism-driven changes without altering heritage identity. [ABSTRACT FROM AUTHOR]

As a domestic and non-intermittent resource, geothermal energy offers countries a clean and sustainable energy option while setting their energy mix strategies. Turkiye, endowed with rich energy fields, stands out as one of the fastest-growing countries in geothermal energy. The dramatic installed power capacity increase and significant expansion in the geothermal energy market, particularly after 2010 following the initiation of the incentive scheme, are pretty remarkable. Nonetheless, it is also evident that geothermal energy investments in the country have shown a decreasing trend in recent years. At this point, this paper aims to reveal the opportunities and challenges in the development of geothermal energy as the first comprehensive qualitative analysis for Turkiye. Furthermore, it evaluates the diffusion of geothermal energy in Turkiye based on the Technological Innovation Systems (TIS) framework to gain insight into the Turkish geothermal sector. According to the interviewees, financial and political barriers such as high investor costs, insufficient incentives for power generation, and the lack of incentives for direct utilization, along with lengthy and exhausting permitting processes, still hinder the prevalence of geothermal energy utilization in the country. Respondents find that Geothermal suggests a huge opportunity for the Green Energy transition in Turkiye and aids economic development through increases in employment opportunities and household welfare using combined uses in district heating, electricity, and greenhouse usage. • Geothermal energy is essential in Turkiye's' green transition to net zero. • Semi-structured interviews are conducted to identify opportunities and challenges of geothermal energy in Turkiye. • The main challenges are financial and political barriers along with lengthy and exhausting permitting processes. • Geothermal energy suggests a considerable opportunity aiding economic development through increases in employment opportunities and household welfare. [ABSTRACT FROM AUTHOR]

[Display omitted] • The most profitable system is on-grid PV-Wind Turbine system with an NPC of $52.8 M. • For 0% and 25% sale constrained systems low penetration systems are optimal. • For 50% sale constrained and unconstrained systems high penetration systems are preferred. • Fire hawk Optimizer, Grey Wolf Optimizer and Particle Swarm Optimizer are used to size the system by power flow analysis. Fire Hawk Optimizer is found to be usable in optimal power flow analysis and system sizing. • Increase in penetrations leads to enlargement of the system in the region with high load demand because of optimizations. Today, with a human population of 7.5 billion, increasing power consumption, and widespread use of high-technology equipment, the need for energy in the world is increasing day by day. The damage to nature caused by non-renewable energy resources and the economic and political disadvantages they cause in countries that must import these resources have led the world to search for alternative energy sources. One of the most important benefits of renewable energy sources is that they can create hybrid energy systems with other energy sources. Hybrid energy systems are structures in that more than one energy generation unit works together to feed the electrical load. In this paper, a hybrid system will be designed by using Homer PRO, to supply the energy consumed in the residential areas of Karaburun and Urla districts of Izmir province in Turkey with hybrid renewable energy systems. Systems of different sizes are designed for 50%, 75%, and 100% penetration rates, and sales to the grid are constrained to 0%, 25%, 50%, and no constraint on sales. Sensitivity analyses have been performed for 10% and 20% more power required by the load. Techno-economic analyses were done for the systems and the optimal system has been identified. The power flow of the optimal system is inspected by defining the network in Python and Fire Hawk Optimizer (FHO), Grey Wolf Optimizer (GWO), and Particle Swarm Optimization (PSO) are used for optimal sizing of the system. The optimal system has a Net Present Cost (NPC) of $52.3 M, 34 wind turbines, and 954 kW PV with conditions of 100% penetration and no restrictions on sales to the grid. FHO proposed 26 wind turbines and 780 kW PVs for Urla and 8 wind turbines, and 174 kW PVs for Karaburun. GWO proposed 25 wind turbines and 747 kW PVs for Urla, 9 wind turbines, and 165 PVs for Karaburun. PSO offered 24 wind turbines and 708 kW PVs for Urla, 10 wind turbines, and 246 kW PVs for Karaburun. When there is no sale to and 25% sales to the grid, it is seen that the optimal scenario is the system with a 50% penetration rate. In fully sale-constrained systems, NPCs are higher than the base system and they can never pay for themselves compared to the base system. It is concluded that smaller-sized systems are more suitable for systems with high constraints. The proposed FHO algorithm and GWO algorithm react to increasing penetration ratios by enlarging the system size in the regions with high load demand. PSO sizes the system like predictions by load demand. FHO reacts quicker to increasing penetrations than PSO and GWO. FHO algorithm is found to be usable to solve optimal power flow problems and optimal system sizing. [ABSTRACT FROM AUTHOR]

• The use of digital stories for health communication contributes to enhancing empathy. • Bridging first person narratives with health service providers is essential for building connection to one's profession. • Connecting theoretical knowledge to lived experiences through digital stories is supportive in health communication training. The use of Digital Storytelling Workshops and the digital stories as an end product has been an important asset for health communication, both for raising awareness about particular health issues and the interpersonal aspects in health service presentation. Relying on the qualitative data collected through a reception survey completed by 65 undergraduate dentistry students, in the context of the health communication course in Hacettepe University, a public university in Turkey, this paper examines the reception of digital stories that were created by patients with cleft-lip and palate and craniomaxillofacial deformities, their parents and doctors in a digital storytelling workshop. This qualitative study has shown that the use of patients', their parents' and their doctors' digital stories cleft-lip and palate and craniomaxillofacial deformities has helped the undergraduate dentistry students to develop an insight about their professional roles as well as connecting their theoretical knowledge of a health condition with the lived experiences by patients, patients' parents and their doctors. [ABSTRACT FROM AUTHOR]

• Experiment at upper-temperature limit for CO 2 sequestration in basalt. • CO 2 sequestration experiment in metasedimentary rocks. • PHREEQC modeling compared to experimental results. • Numerical models might overestimate CO 2 sequestration at high temperatures. The potential for in-situ CO 2 sequestration was analyzed experimentally for one basaltic hyaloclastite sample from the Nesjavellir geothermal reservoir in Iceland and three metasedimentary rock samples from the Kızıldere geothermal field in Turkey. Based on batch reaction experiments, this paper demonstrates the interaction between a CO 2 gas-charged fluid and rock samples from these reservoirs. The experiments were conducted at 260 °C and 0.8 MPa, and 105 °C and 17 MPa for the basaltic and metasedimentary rocks, respectively. The experimental results indicate that CO 2 sequestration within the glassy basaltic rocks is hampered by zeolite, chlorite, and anhydrite, which compete with carbonate minerals to uptake divalent cations at the P-T conditions applied. In contrast, the carbonation process for the metasedimentary rocks is inhibited by their mineralogical composition. Generally, these rocks are less reactive and provide an insufficient supply of divalent cations. The batch reactor experiments were numerically simulated with the PHREEQC geochemical modeling program. The simulations indicate that CO 2 sequestration is feasible at the tested P-T conditions, provided that silicate and SO 4 mineralization is suppressed for the basaltic rocks and that there is an effective source of divalent cations for the metasedimentary rocks. [ABSTRACT FROM AUTHOR]

Ranking Intuitionistic Fuzzy Sets (IFS) using distance-based methods involves calculating the distance between an IFS and a reference point which represents either maximum (positive ideal solution) or minimum (negative ideal solution) value. These methods assume that similarity of an IFSs to the reference point increases as its distance from it decreases. While it is a common practice to use nonlinear distance functions for ranking IFSs, this paper proves that no nonlinear IF distance function can be robust. In this study, the shortcomings of the conventional procedure are demonstrated by providing a mathematical proof and an alternative ranking method based on the hypervolume metric is proposed. In addition, the suggested ranking approach is extended as a new multi-criteria decision making method called Hypervolume-based Evaluation and Ranking Technique (HEART). HEART is applied for multi-criteria assessment of Turkey's energy alternatives. Results are compared with three distance based multi-criteria decision making methods: TOPSIS, VIKOR, and CODAS. • The study uncovers the critical shortcomings of distance-based methods in ranking Intuitionistic Fuzzy Sets (IFS). • An alternative ranking method to distance based approaches, based on the hypervolume metric is proposed. • The hypervolume based ranking approach is extended for use in multi-criteria decision making problems. [ABSTRACT FROM AUTHOR]