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International Journal of Digital Earth call for papers

Current call-for-papers opportunities for International Journal of Digital Earth. Ranking signals: Indexed (Active), JIF 4.9. Use the official publisher page to verify scope and submission rules.

Accepting CFPs for International Journal of Digital Earth

Advancing GeoAI: From Machine Learning to Foundation Models for Explainable and Generative Geospatial Intelligence

Deadline 2026-12-31Taylor & FrancisIndexed (Active)

Journal: International Journal of Digital Earth

Geospatial Artificial Intelligence (GeoAI) has become a transformative force in Digital Earth research, combining advances in spatial data science, remote sensing, and machine learning to enhance our understanding of dynamic Earth systems. Over the past decade, GeoAI has evolved from conventional machine learning and deep learning methods to embrace more sophisticated and flexible frameworks powered by large-scale f…

GeoAI and Big Earth Data for Geohazard Prevention and Resilience

Deadline 2027-04-30Taylor & FrancisIndexed (Active)

Journal: International Journal of Digital Earth

Geohazards such as landslides, debris flows, ground subsidence, slope instability, rockfalls, and cascading hazards pose increasing threats to communities, infrastructure, ecosystems, and sustainable development. Geohazard risk is being reshaped by climate change, rapid urbanization, infrastructure expansion, mining activities, land use change, and increasing disturbance of people and assets in hazardous terrain. Tr…

From Geospatial Data to Urban Environmental Intelligence

Deadline 2027-05-31Taylor & FrancisIndexed (Active)

Journal: International Journal of Digital Earth

Cities are increasingly shaped by interacting environmental pressures whose spatial and temporal dynamics are difficult to capture through conventional approaches. At the same time, Earth observation, Geographic Information Systems (GIS), sensor networks and other geospatial data sources are expanding the capacity to observe urban environments in unprecedented detail. The challenge is no longer simply obtaining more…

Integrating Field-Based Methods and Remote Sensing for Assessing Soil Degradation and Environmental and Human Health Risks

Deadline 2027-05-31Taylor & FrancisIndexed (Active)

Journal: International Journal of Digital Earth

Soil degradation directly affects food production, water regulation, biodiversity, climate mitigation and human health, making its accurate assessment essential for sustainable land management. However, many degradation processes are spatially heterogeneous, develop gradually and remain difficult to detect using conventional monitoring alone. Field-based methods provide detailed and reliable measurements, but they a…

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