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)
Flood frequency and flood forecasting analysis of Krishna basin andhra Pradesh
Floods are occurrences of natural hazards, frequent during the year in many rivers across the globe. Every year, several rivers in India are vulnerable to flooding, causing loss of property and life. Krishna is one of the major rivers in India which is vulnerable to flooding in every monsoon. In this study, flood analysis was conducted for the year 2019. Rainfall data from AWS was used to estim
read moreEvaluation of optical multi-spectral satellite data for crop type and land cover identification in Marathwada, India: a disaster management perspective
This study evaluates the use of optical multi-spectral satellite data for crop type and land cover identification in Marathwada, India, with a specific focus on disaster management. The region is highly susceptible to various disasters including droughts and other climate- related events that significantly impact agricultural productivity. The study involves analyzing both single- date and mult
read moreShoreline change pattern analysis of Nagapattinam coastal stretch, Tamilnadu, India using digital shoreline analysis system (DSAS)
We analysed Nagapattinam coastal zones of southeast coast of India, using Multitemporal satellite images for five equal interval of time period (i.e. 2000, 2005, 2010, 2015, 2020 and 2021). The EPR and LLR methods enumerate the maximum accretion at rates of 22.35, 17.02 m/year and maximum erosion rates of -22.82, -10.84 m/year at the study area coastal stretch. This modification is due to sever
read morePredictability of Tropical Cyclone Rapid Intensification based on Statistical Approach
This study investigated the spatial and temporal characteristics of rapid intensification (RI) in the Vietnam East Sea (VES) and evaluated the predictability of RI using statistical methods. For the purpose of the RI study, this work focused on a dataset of TCs that reach storm level higher, or having a maximum intensity of at least 34 knots (kn) during their existence. The results show that th
read moreVulnerability Analysis of Fire Disaster Evacuation at old Thanjavur town, India using Space Syntax Method
Old towns of south India face difficulties to cope up with morphological changes due to rapid urbanization. This research understands the morphological configuration of old Thanjavur town based on three parameters: connectivity, integration and depth of street networks from the aspect of emergency evacuation in the event of a fire disaster. UCL DepthmapX simulation and Space Syntax are used to
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