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Disaster Advances (ISSN:0974-262X) Scopus Indexed

Disaster Advances (ISSN:0974-262X)

Disaster Advances (ISSN:0974-262X) is a monthly peer-reviewed scopus-indexed journal from 2009 to present. The publisher of this journal is World Researchers Associations. Disaster Advances (ISSN:0974-262X) committed to gathering and disseminating excellent research achievements. The journal welcomes all types of Engineering journal includes Social Sciences: Geography, Planning and Development, Engineering: Safety, Risk, Reliability and Quality, Environmental Science: Environmental Science (miscellaneous), Earth and Planetary Sciences: Earth and Planetary Sciences (miscellaneous) .

Submission Dateline

( Vol 19 , Issue 03 ) | 03 Apr 2026

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Publication Date

( Vol 19 , Issue 02 ) | 31 Mar 2026

Aim And Scopes

Disaster Advances (ISSN:0974-262X)

  • 1. Social Sciences: Geography, Planning and Development

  • 2. Engineering: Safety, Risk, Reliability and Quality

  • 3. Environmental Science: Environmental Science (miscellaneous)

  • 4. Earth and Planetary Sciences: Earth and Planetary Sciences (miscellaneous)

Latest Journal Here

Disaster Advances (ISSN:0974-262X)

  • DA-10-03-2026-6213
  • Disaster Advances

Urban Expansion and Environmental Change: Impacts on Land Surface Temperature, NDVI, and Air Quality in Kolkata Municipal Corporation

The expansion of cities has changed land use/land cover (LULC) and intensified the urban heat island (UHI) effect. This has happened because of the large use of asphalt and increased concretization. Therefore, it is very important to examine the relationship of urban growth of cities and consequently the Land Surface Temperature. In this paper, these phenomena have been analyzed from 2003 and 2025

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  • DA-24-02-2026-6209
  • Disaster Advances

Evaluating Rainfall Erosivity Dynamics under Tropical Cyclone Conditions: An Ensemble Ran-Boost Perspective

Tropical cyclones are intense storms that dump a lot of rain and often lead to serious soil erosion, especially in coastal regions that are already vulnerable. Understanding how much damage this rain can do to the land is key if we want to be better prepared for these kinds of disasters. However, the usual methods we’ve used—like physics models or statistics—don’t always capture those real

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  • DA-23-02-2026-6207
  • Disaster Advances

Climate Shocks and Academic Mental Health: The Impact of the Ksar El Kebir Floods on Doctoral Progression

This study examines the psychological impact of the Ksar El Kebir floods on doctoral progression, situating the analysis at the intersection of climate shock research, academic mental health, and institutional resilience studies. In a context marked by the intensification of extreme climatic events, natural disasters emerge not only as environmental and material disruptions but also as drivers of

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  • DA-17-02-2026-6203
  • Disaster Advances

Rockfall hazard assessment along state highway in the eastern part of Mizoram, India

Rockfall is one of the most serious threats to human infrastructures, transportation routes, and villages located near steep slopes. In this study, two rockfall hazard rating systems, namely the Rockfall Hazard Rating System for Indian Rockmass and the Colorado Rockfall Risk Rating System, were used to analyze the areas susceptible to rockfall. These rating systems were correlated based on the dat

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  • DA-16-02-2026-6202
  • Disaster Advances

Compartment-Wise Morphological Evolution of the Open Mahanadi Coast, India: A 59-Year Shoreline Reconstruction (1965–2024)

Erosion and accretion processes play a significant role in affecting the coastal segment. Before exploring the reasons behind the changes, addressing them spatially along the coast is most important. Only a few studies focused on the coastal changes at the compartment level. Following this, the study aims to analyse long-term decadal changes using a high-resolution dataset to capture spatio-tempor

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