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Blended learning has become an increasingly important pedagogical approach in GeoScience education, combining traditional field-based learning with digital technologies to enhance student engagement, flexibility, and professional competency development. Geosciences have historically relied on direct field observation, spatial interpretation, and hands-on environmental analysis as core elements of academic training. However, rapid technological advancement, digital transformation, and the growing need for sustainab...

Climate change has become one of the most urgent global challenges of the twenty-first century, affecting natural systems, urban environments, economic stability, food security, and social resilience. In this context, climate literacy has emerged as a critical educational priority, particularly within GeoScience education, where understanding Earth systems, environmental processes, and human-environment interactions forms the foundation of academic and professional training. Developing climate literacy involves no...

The rapid transformation of contemporary cities into smart urban systems has created new demands for geoscience education, requiring the integration of digital technologies, data-driven decision-making, and interdisciplinary urban analytics into academic and professional training. Smart cities increasingly rely on artificial intelligence (AI), the Internet of Things (IoT), Geographic Information Systems (GIS), remote sensing, digital twins, and real-time environmental monitoring to address complex urban challenges...

The rapid advancement of artificial intelligence (AI) is transforming the ways geosciences are taught, learned, and applied in both academic and professional environments. From Geographic Information Systems (GIS) and remote sensing to predictive environmental modeling, hazard assessment, climate analysis, and urban digital twins, AI has become an increasingly important component of geoscientific research and decision-making. As the green and digital transitions accelerate globally, higher education institutions a...

The growing complexity of environmental challenges, climate change, urban transformation, and sustainable development demands new educational models that move beyond traditional disciplinary boundaries in GeoScience education. In this context, STREAM education Science, Technology, Reading/wRiting, Engineering, Arts, and Mathematics has emerged as an innovative pedagogical framework that promotes interdisciplinary learning, creativity, critical thinking, and problem-solving competencies. By integrating scientific k...

Urban Digital Twins (UDTs) are emerging as one of the most transformative technologies in contemporary urban planning, environmental monitoring, and smart city governance. By creating dynamic virtual replicas of physical urban environments through the integration of Geographic Information Systems (GIS), remote sensing, Internet of Things (IoT), artificial intelligence (AI), real-time sensor networks, and big spatial data, Urban Digital Twins enable advanced simulation, predictive analysis, and evidence-based decis...

The COVID-19 pandemic significantly disrupted traditional higher education practices, particularly in GeoScience disciplines where fieldwork, site observation, and direct environmental interaction are essential components of learning. Travel restrictions, social distancing measures, and limited access to outdoor learning environments accelerated the adoption of digital teaching methods and created strong demand for alternative experiential learning models. Among these, Virtual Field Trips (VFTs) emerged as an inno...

With the growing challenges of climate change and the depletion of natural resources, the transition to a green economy is not only necessary but also urgent. To ensure a sustainable future, it is important to build capacity by educating future leaders to lead the transformation in different sectors of the economy. This article examines the importance of education and training in creating sustainable leaders who are ready to meet the challenges of the green transition. The green economy combines economic growth wi...

In today-s world, where climate change and environmental protection are becoming increasingly pressing issues, education needs to adapt to prepare young generations to understand and respond to these challenges. Integrating Earth sciences into the classroom is essential for building environmental awareness and developing sustainable practices. This article proposes a plan for integrating environmental education into the curriculum. Earth sciences encompass a variety of disciplines, including geology, meteorology, ...

In a rapidly changing world, where climate change and sustainable development are among the most important challenges, education plays a key role in preparing young generations for the future. Environmental education not only provides knowledge about the environment but also empowers students to be active participants in solving environmental problems. In this article, we examine the importance of environmental education in modern curricula and the ways in which it contributes to the development of responsible and...

The green economy is a concept that seeks to ensure sustainable development, in which economic growth is in sync with environmental protection. Innovative educational approaches can foster the knowledge and skills needed to build a sustainable economy. This article examines some of the most effective innovations in education that support the green economy. Project-based learning is an approach that allows students to work on real-world problems and cases. By participating in projects related to sustainable develop...

One of the priorities in professional education, including the training of future geography teachers, is related to ensuring a quality and innovative educational process based on the competence approach and modern innovative educational technologies. In this regard, the present study aims to investigate the pedagogical effectiveness and educational potential of design thinking in the professional training of future geography teachers. The main goal is to enhance the academic performance of students by providing a ...

From a scientific point of view, the origins of design thinking can be traced back to the late 1960s. The very concept of "design thinking" appeared in the late 1980s and 1990s, when Rolf Faste began teaching design thinking as a "method of creative action" at Stanford University. Since then, various definitions of this concept have been added to the literature. Although design thinking is a business methodology, today it is widely used in the public, non-governmental, health and education sectors. With a view to ...