Scopus Index (2025)
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 18 , Issue 05 ) | 26 Oct 2025
Day
Hour
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Sec
Publication Date
( Vol 18 , Issue 05 ) | 31 Oct 2025
Aim And Scopes
Disaster Advances (ISSN:0974-262X)
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1. Social Sciences: Geography, Planning and Development
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2. Engineering: Safety, Risk, Reliability and Quality
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3. Environmental Science: Environmental Science (miscellaneous)
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4. Earth and Planetary Sciences: Earth and Planetary Sciences (miscellaneous)
Latest Journal Here
Disaster Advances (ISSN:0974-262X)
Rainwater Flood risk assessment in Zaatari Refugees Camp-Jordan: Towards Sustainable Solutions
Refugee settlements are frequently located in isolated and remote areas, characterized by poor-quality land and harsh climatic conditions. Zaatari camp in Jordan has suffered and continues to suffer from rainwater floods every winter. This study uses GIS analysis to assess flood risk in the camp, revealing that 61.1% of the area is moderately risky, while 0.84% and 22.42% are very high and high
read moreAssessing Future hydrological response of an urban watershed using machine learning based LULC forecasting models
Urbanization in terms of land-use/cover (LULC) change has a long-term significant impact on the hydrological cycle as the LULC is one of the most important influencing parameters to produce curve number (CN). The drastic change in LULC changes the CN. This change directly affects surface water including peak flows. This study aims to assess the change in surface runoff due to changes in LULC. H
read moreEnhancing Subsurface Imaging: Optimization of Data Acquisition and Processing Parameters in Passive Roadside MASW Surveys
This study presents an in-depth analysis of optimal data acquisition and processing parameters for passive roadside multi-channel analysis of surface waves (MASW) surveys in urban settings. Passive MASW surveys utilize ambient noise from traffic and natural seismicity, making them a non-invasive and cost- effective method for subsurface investigation. Key parameters such as receiver array lengt
read moreVariability in monthly occurrence frequency of internal waves in the East Vietnam Sea
In this study, a long-term time series of satellite observations (2005-2009) was used to investigate the occurrence frequency of internal waves in the East Vietnam Sea for different months. Satellite images in January, April, July and October of the period of 2005- 2009 were gathered with 30-meter resolution. Secondly, from the enhanced images, the traces of internal waves were digitized. Final
read moreEvaluation of seismic hazard for Cuttack District, Odisha using regional attenuation models
This research conducts a comprehensive seismic hazard analysis for Cuttack District, Odisha, India, utilizing both deterministic and probabilistic approaches within a 300 km radius of Cuttack city. An earthquake catalog, spanning from 1837 to 2022 AD, has been compiled and homogenized using local empirical relationships. The completeness of this catalog is assessed via the Cumulative Visual Ins
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