Distribution and Genetic Diversity Analysis of Myomimus roachi and M. seltzeri


Matur F. (Yürütücü), Nedyalkov N., Özkan B., Bulut Ş., Karataş A., Eliiyi U.

TÜBİTAK Uluslararası İkili İşbirliği Projesi, 2502 - Bulgaristan Bilimler Akademisi (BAS) İkili İşbirliği Programı, 2026 - 2027

  • Proje Türü: TÜBİTAK Uluslararası İkili İşbirliği Projesi
  • Destek Programı: 2502 - Bulgaristan Bilimler Akademisi (BAS) İkili İşbirliği Programı
  • Başlama Tarihi: Mart 2026
  • Bitiş Tarihi: Mart 2027

Proje Özeti

i) Scientific/Technological Excellence
 DiGDivA-Mrs demonstrates scientific and technological excellence by addressing the critical need to conserve vulnerable species, specifically Myomimus roachi and M. setzeri, through an innovative approach that integrates advanced genetic methodologies and conservation planning. Utilizing ddRADseq, a cutting-edge molecular genetic technique, DiGDivA-Mrs provides comprehensive data on genetic diversity and population structure, offering insights beyond the current state of the art. This novel application to non-model organisms without prior genomic resources ensures a transformative impact on conservation genetics. The study also builds on recent advancements in conservation biology, such as backup population strategies, ensuring actionable solutions to mitigate species extinction risks due to habitat fragmentation, inbreeding, and human activities.

ii) Methodology
 DiGDivA-Mrs employs a multidisciplinary methodology that integrates fieldwork, molecular genetics, and ecological data analysis. Field surveys will identify current and potential distribution areas of the species, while genetic samples collected across populations will be analyzed using ddRADseq to assess genetic diversity and structure. The results will be synthesized with ecological and biogeographic data to determine conservation priorities. Statistical modeling and risk assessment will identify populations most at risk, while also evaluating anthropogenic and environmental pressures. The robust methodology ensures comprehensive data generation, analysis, and interpretation, allowing for the formulation of evidence-based conservation strategies. The experience of the DiGDivA-Mrs team and preliminary studies affirm the feasibility and reliability of the methods proposed.

iii) Project Management
 DiGDivA-Mrs is structured with clear objectives, milestones, and work packages to ensure effective execution. A Gantt chart and Pert chart will map interdependencies between tasks, ensuring timely progress and coordination among partners. Decision-making is decentralized, with each partner contributing based on their expertise. Progress will be monitored through regular meetings and progress reports, while risk management strategies will address potential challenges. Dissemination of findings through publications, conferences, and stakeholder workshops ensures transparency and maximizes DiGDivA-Mrs’s reach. The collaborative management structure allows for flexibility and adaptation, which is essential for addressing dynamic conservation challenges.

IV) Importance of International Collaboration
 International collaboration is central to DiGDivA-Mrs’s success, leveraging complementary expertise and resources from Turkey, Bulgaria, and Greece. The species’ distribution across these countries necessitates a regional approach to conservation. Partner institutions bring specialized skills in molecular genetics, ecology, and conservation management, ensuring a holistic understanding of the species’ biogeographic context. The collaboration fosters knowledge exchange, capacity building, and the development of shared conservation strategies, creating a robust framework for regional biodiversity preservation. Additionally, DiGDivA-Mrs serves as a model for international cooperation, addressing transboundary ecological challenges and contributing to global biodiversity goals.

v) Impact
 DiGDivA-Mrs’s impact is multifaceted, addressing ecological, scientific, and societal challenges. Identifying populations with high genetic diversity and at risk of extinction, provides a foundation for targeted conservation efforts, such as the establishment of backup populations. Scientifically, DiGDivA-Mrs advances the understanding of conservation genetics and population dynamics, with findings applicable to other species facing similar threats. Environmentally, it contributes to the preservation of biodiversity and ecosystem resilience in one of the world’s most threatened regions. Societally, DiGDivA-Mrs raises awareness of conservation issues and informs policies that promote sustainable biodiversity management. The dissemination of findings through scientific publications, public outreach, and policy recommendations ensures lasting impact at the regional and international levels.