DEU-ISGR-23 proceedings – The DEU-ISGR-23 proceedings bring together rigorously vetted research across geosciences, environmental policy, risk analysis, and sustainability, reflecting our symposium’s commitment to scholarly integrity and societal impact. Each contribution has undergone a transparent peer-review process and is citable through persistent identifiers like the DOI, ensuring traceability and long-term access. To maximize scholarly reach, our metadata follow best practices for discovery via services such as Crossref and researcher identity systems like ORCID. We encourage authors to align with FAIR data principles and, where possible, deposit datasets in trusted repositories (e.g., Zenodo) with clear Creative Commons licenses. By connecting robust methods—from geospatial modeling and remote sensing to policy evaluation and community resilience frameworks—with open scholarship infrastructure, DEU-ISGR-23 makes high-quality, reproducible research accessible to academics, practitioners, and decision-makers worldwide.
How the Proceedings Are Organized for Maximum Discoverability and Academic Use
To help readers navigate a multidisciplinary collection, DEU-ISGR-23 categorizes papers by theme, method, and application—e.g., earthquake risk, climate adaptation, and sustainable urban planning—while preserving a unified citation backbone. Records are optimized for harvesting via OAI-PMH and indexed through Crossref, supporting reference linking, versioning, and correction workflows. Authors are encouraged to maintain up-to-date affiliations and identifiers using ORCID, which strengthens attribution and collaboration tracking. Where appropriate, we reference repository deposits (e.g., Zenodo) and open aggregators like OpenAIRE to broaden discoverability and compliance with funder mandates. We also promote open metadata for citation managers and build-in support for research profiling tools so instructors, students, and practitioners can easily integrate proceedings content into course syllabi, technical reports, and policy briefs. This structure ensures a consistent scholarly experience while preserving each paper’s disciplinary depth.
Editorial Standards, Research Integrity, and Long-Term Accessibility
DEU-ISGR-23 adheres to established integrity standards that protect the scholarly record. Our editorial workflows reference the COPE Core Practices and emphasize transparent peer-review, conflict-of-interest disclosure, and research ethics in human and environmental contexts. To safeguard continuity, we support DOI registration via Crossref and promote licensing clarity through Creative Commons, enabling lawful reuse in teaching and applied projects. Data citation follows the FAIR approach, encouraging open formats and stable repository deposits such as Zenodo. We also align metadata with harvesting protocols like OAI-PMH to support archiving, indexing, and preservation services. These standards ensure DEU-ISGR-23 content remains citable, verifiable, and reusable over time—meeting the needs of researchers, policy makers, NGOs, and industry teams working at the intersection of earth systems science and sustainability transitions.
Keynote Speakers at DEU-ISGR-23 – Global Thought Leaders in Earth and Environmental Sciences
Interdisciplinary Scope: From Earth System Observation to Policy Action
The proceedings highlight how technical insights translate into societal benefits. Remote sensing studies draw on authoritative resources like NASA Earthdata for satellite products, while geohazard assessments reference best practices illustrated by agencies such as the USGS. Urban resilience and adaptation chapters connect climate projections to governance and finance, aligning with open-science infrastructures like OpenAIRE to support transparency and replication. We encourage authors to register researcher IDs via ORCID and to publish underlying code and models with DOIs through Zenodo, making it easier for civil engineers, planners, and environmental consultants to integrate findings into risk-based design and monitoring. By linking methodologies—statistical modeling, scenario analysis, and participatory planning—with discoverable datasets and clear licensing under Creative Commons, DEU-ISGR-23 fosters cross-sector adoption of evidence-based tools.
How to Cite, Reuse, and Build On DEU-ISGR-23 Research
Each paper includes standardized citation information and a persistent DOI to support reproducible scholarship and reliable academic credit. When reusing figures, tables, or datasets, consult the associated Creative Commons terms and cite underlying repositories such as Zenodo. For literature mapping and meta-analyses, readers can trace references via Crossref and enrich author dossiers through ORCID. Librarians and research managers may harvest records using OAI-PMH and register holdings in institutional catalogs. Educators can incorporate open datasets and workflows aligned with FAIR into lab classes and capstone projects, while practitioners can benchmark methods against guidance from USGS or satellite resources on NASA Earthdata. These pathways ensure that DEU-ISGR-23 not only documents state-of-the-art research but also accelerates its real-world application.
