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Impacts of Carbon Dioxide Emissions on Global Intense Hydrometeorological Disasters

  • Volume 4, Issue 1, January 2020

This paper connects climate change and hydrometeorological calamities based on econometric evidence that links atmospheric CO2 accumulations to floods and storms. The study uses climate data from 155 countries, with a period spanning 46 years (1970–2016) and adopted a statistical and econometric approach to assess the factors that have contributed to the increase in the frequency of intense flood and storm events. Findings showed that the number of climate disasters could double in less than 21 years, and thus severely damage the environment, socioeconomic progress, and welfare of millions of people worldwide.


Statistical Downscaling of Future Precipitation Scenarios for Agusan del Norte, Philippines

  • Volume 2, Issue 2, June 2017

General circulation models (GCMs) are essential tools for understanding climate behavior and projecting future global climate, but with limited applications for local vulnerability assessments, impact studies, and risk analyses.


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