Identification of Ambient Particulate Matter Source Direction Using The Conditional Probability Function

Conference Paper | October 1, 2008

This study uses the Conditional Probability Function to determine directions associated with high values of receptor model-generated source contributions at the Manila Observatory (MO). Wind measurements and 24-hour average fine and coarse fraction concentrations measured from 2005 to 2007 were used. Results for...

Publications

2008

Identification of Ambient Particulate Matter Source Direction Using The Conditional Probability Function

2006

Fire and Rain: Mudslides in Albay Triggered by Typhoon Reming

PM2.5 Monthly and Weekly Variations

Support for Greenhouse Gas Inventory Project

Land Use Mapping for Water Demand of Metro Manila

A High-Resolution Population Grid for Metro Manila

Differential Optical Absorption Spectroscopy (DOAS)

17 Feb 2006 landslide buries Barangay Guinsaugon, St. Bernard, Southern Leyte

Atmospheric Aerosols over Metro Manila: Source Identification and Apportionment using PMF2

Small-scale Wind Turbine

Global Climate Forecasting by the Simplex Projection Method

A Model Simulation of NO₂ Observations at the Manila Observatory, Quezon City

Tracking Greenhouse Gases

Predictability of Droughts and Floods due to El Nino and La Nina Episodes

Modeling the Dispersion of Fine Particulate Matter (PM) in Metro Manila using ISC3

Where are the Hot Spots? Modeling the Dispersion of Particulates in Metro Manila

The NASA AIRSAR-PACRIM Project

Philippine Wind Energy Mapping Project

Light Detection and Ranging

Precipitation anomalies in the Philippines associated with El Nino events