Biblio
] Aerosol Collected at a Tropical Marine Environment: Size-Resolved Chemical Composition Using IC, TOC, and Thermal-Optical Analyses. Toronto, Canada; 2009.
Aerosols and Climate in Tropical Regions: Carbonaceous Aerosols from Biomass Burning in the Brazilian Amazon. Poland: University of Warsaw; 2009.
Aerosols collected at a tropical marine environment: Size-resolved chemical composition using IC, TOC, and thermal-optical analyses. University of Puerto Rico-RP, PR; 2009.
Atmospheric Aerosols in the Guánica Dry Forest. Toronto, Canada; 2009.
Atmospheric Aerosols in the Guánica Dry Forest. University of Puerto Rico-RP, PR; 2009.
Atmospheric Chemistry and Aerosols: Experiences of an Atmospheric Scientist. San Juan, PR: UPR-RP; 2009.
Atmospheric Particles in the Caribbean: Impact on the chemical composition of aerosols, clouds and rainwater at a tropical montane cloud forest. University of Puerto Rico-RP, PR; 2009.
Carbonaceous aerosols over the Caribbean Region. Barcelona, Spain; 2009.
Carbonaceous and Inorganic Composition of Aerosols in the Brazilian Amazon. University of Puerto Rico, San Juan; 2009.
Carbonaceous and Inorganic Composition of Aerosols in the Brazilian Amazon. San Juan, Puerto Rico; 2009.
The Chemical Composition of Aerosols, Clouds, and Rainwater in a Caribbean Tropical Montane Cloud Forest. Vienna, Austria; 2009.
Chemical composition of cloud water in the Puerto Rican Tropical Trade Winds. Water, Air and Soil Pollution. 2009.
The Environmental Impact of Atmospheric Particles. Academia Bautista de Puerto Nuevo, PR; 2009.
The Environmental Impact of Atmospheric Particles: Results from Studies over the Tropics. UPR, PR: Recinto de Cs Médicas; 2009.
The Impact of Transport on the Physico-Chemical Properties of Caribbean Aerosols during RICO. University of Warsaw, Poland: Institute of Geophysics; 2009.
The Impact of Transport on the Physico-Chemical Properties of Caribbean Aerosols: African Dust and Pollution from North America. Kyoto, Japan: Kyoto University; 2009.
Measurements of Atmospheric Particles in Cabezas de San Juan: From the 90s to the present. Reserva Natural de Cabezas de San Juan, Fajardo, PR; 2009.
Organic carbon and total nitrogen, and water – soluble ions in clouds from a tropical montane cloud forest in Puerto Rico. Atmos. Environ.. 2009.
Physical and Radiative Properties of Aerosol Particles across the Caribbean Basin: A Comparison between the Clean and Perturbed African Dust and volcanic Volcanic Ash Air Masses. San Juan, Puerto Rico; 2009.
Size-Resolved Chemical Composition of African Dust Particles over the Caribbean: Focusing in the Carbonaceous Fraction. University of Puerto Rico-RP, PR; 2009.
Water-soluble organic and nitrogen levels in cloud and rainwater in a background marine environment under influence of different air masses. Journal of Atmospheric Chemistry. 2009.
Atmospheric Chemistry Research as a Tool to Augment Students’ Scientific Inquiry. University of Puerto Rico-Mayagüez, PR; 2010.
Chemical composition of atmospheric particles in the Guanica’s dry forest: carbonaceous aerosols in African dust. University of Puerto Rico, Rio Piedras; 2010.
Does the increase in the concentrations of athmospheric particles affect the precipitation in Puerto Rico?. University of Puerto Rico-Mayaguez; 2010.
Improving Slow Sand Filters for Communities with Low Incomes and Limited Water. University of Puerto Rico-RUM, PR; 2010.
Improving Slow Sand Filters (SSF) for communities with low incomes and limited water Access. University of Puerto Rico, Rio Piedras; 2010.
Inorganic and Organic Chemical Composition of Atmospheric Particles in the Guánica’s Dry Forest. Mayagüez, Puerto Rico: University of Puerto Rico; 2010.
Inorganic and Organic Chemical Composition of Atmospheric Particles in the Guánica’s Dry Forest. San Francisco, Calif.; 2010.
The Organic Fraction of Aerosols in the Caribbean. Canada; 2010.
Overview of the Physical and Radiative Properties of Atmospheric Particles at Cape San Juan, Puerto Rico (CPR station). Boulder, Colorado; 2010.
The Size-Resolved Carbonaceous Fraction of African Dust Particle over the Caribbean. University of Puerto Rico, Mayaguez Campus; 2010.
Size-resolved Chemical Composition of Cloud and Rain Water Collected during the Puerto Rico African Dust and Clouds Study (PRADACS) Campaign. San Francisco, Calif.; 2010.
Sources and Properties of Amazonian Aerosol Particles. Rev. Geophys.. 2010;48.
Aerosol Optical Thickness in the Presence and Absence of African Dust using AERONET and Microtops II Sunphotometers. San Francisco, Calif.; 2011.
African Dust and Other Aerosols as Sources of Ice Nuclei in the Eastern Caribbean Region. San Juan, PR; 2011.
African Dust in the Caribbean: Impact on the Chemical and Physical Composition of Aerosols at the Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. San Juan, PR; 2011.
African dust in the Caribbean: impact on the chemical and physical composition of aerosols at the Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. San Juan, Puerto Rico; 2011.
Atmospheric Chemistry and Aerosols. Rio Piedras, PR: PR-SLAMP; 2011.
Atmospheric Chemistry at ITES UPR-RP: Chemical and Physical Characterization of Atmospheric Particles in the Tropics. UPR-RP; 2011.
Atmospheric Chemistry at ITES UPR-RP: Chemical and Physical Characterization of Atmospheric Particles in the Tropics. Cuba; 2011.
The Carbonaceous Fraction of Atmospheric Aerosols in the Caribbean Region. Bayamón, Puerto Rico; 2011.
The Carbonaceous Fraction of Atmospheric Aerosols in the Caribbean Region. Bayamón, Puerto Rico; 2011.
The Carbonaceous Fraction of Atmospheric Aerosols in the Caribbean Region. Vienna, Austria; 2011.
Chemical and Molecular Characterization of Primary Biogenic Aerosol Particles in the Caribbean During African Dust Events. San Juan, PR; 2011.
Chemical Characterization of Atmospheric Particles from Different Sources in the Guanica’s Dry Forest: Inorganic and Organic Fraction. San Juan, PR; 2011.
Cloud Processing of Dust Preliminary Results From ICET and PRADACS. San Juan, PR; 2011.
Does long range transported African Dust affect cloud droplet size distributions in a Tropical Montane Cloud Forest in Puerto Rico?. San Juan, PR; 2011.
Evaluation of the carbon content of aerosols from the burning of biomass in the Brazilian Amazon using thermal, optical and thermal-optical analysis methods. Atmos. Chem. Phys.. 2011;11:4425-4444.
Impact of African Dust Events in the Chemical Composition of Cloud Water Sampled at Pico Este, Puerto Rico. San Juan, PR; 2011.
The Impact of Transport on the Physico-Chemical Properties of Caribbean Aerosols during RICO: African Dust and Pollution from North America. UPR-M, Parguera: NASA & Hampton University; 2011.
Impacts of Atmospheric Particles from different sources in the Guánica’s Dry Forest: Inorganic and Organic Fraction. Bayamón, Puerto Rico; 2011.
Improving Slow Sand Filters for Communities with Low Incomes and Limited Water. Bayamón, Puerto Rico; 2011.
Improving slow sand filters for communities with low incomes and limited water access. Opflow. 2011;38:24-27.
Measurements of ice nuclei concentrations and compositions in the maritime tropics. San Francisco, Calif.; 2011.
Origin and Composition of Aerosols Collected in the Caribbean: Marine Air, African Dust, and Anthropogenic Pollution. San Juan, PR; 2011.
Size resolved chemical composition of cloud and rain water during the Puerto Rico African Dust and Cloud Studies (PRADACS) campaign. San Juan, Puerto Rico; 2011.
Size resolved chemical composition of cloud and rainwater during the Puerto Rico African Dust and Cloud Studies (PRADACS) campaign. San Francisco, Calif.; 2011.
Size-Resolved Chemical Composition of Cloud And Rain Water Collected During the Puerto Rico African Dust and Clouds Study (PRADACS). Bayamón, Puerto Rico; 2011.
Aerosol Optical Thickness in the Presence and Absence of African Dust using AERONET and Microtops II Sunphotometers. University of Puerto Rico, Carolina, PR; 2012.
Aerosol particle activation and cloud drop charges observed inside trade wind cumuli during the Puerto Rican African Dust And Cloud Study. Leipzig, Germany; 2012.
African Dust and Other Aerosols as Sources of Ice Nuclei in the Eastern Caribbean Region. University of Puerto Rico, Carolina, PR; 2012.
African dust in the Caribbean: chemical, physical and optical properties of transported African dust across the Atlantic: observations from Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. San Francisco, Calif; 2012.
Atmospheric Observatory at CSJ. San Juan, PR; 2012.
Biogeography in the air: fungal diversity over land and oceans. Biogeosciences. 2012;9:1125-1136.
Chemical Characterization of Atmospheric Particles from Different Sources in the Guanica’s Dry Forest: Inorganic and Organic Fraction. University of Puerto Rico, Carolina, PR; 2012.
Composition and Morphology of Major Particle Types from Airborne Measurements during ICE-T and PRADACS Field Studies. San Francisco, Calif; 2012.
Composition and Morphology of Major Particle Types from Ground-Based and Aircraft Platforms during ICE-T and PRADACS Field Studies. University of Puerto Rico, Carolina, PR; 2012.
First International Workshop on the Long-Range Transport and Impacts of African Dust on the Americas.; 2012.
Identifying cloud processed aerosol particles with light depolarization. Granada, Spain; 2012.
Impact of Long-Range Transported African Dust Events on Cloud Composition and Physical Properties at a Caribbean Tropical Montane Cloud Forest. San Francisco, Calif; 2012.
Improving our understanding of African dust transport using the Caribbean Basin as the receptor.; 2012.
Improving our Understanding of African Dust Transport using the Caribbean Basin as the Receptor. Universidad Autónoma de México, México DF; 2012.
Mass spectrometric analysis of cloud residuals in tropical trade wind cumuli at Pico Este, Puerto Rico, during PRADACS 2011. Granada, Spain; 2012.
Measurements of Atmospheric Particles in the Tropics: From the 90s to the Present. El Verde Field Station, Río Grande, Puerto Rico; 2012.
An Overview of the Puerto Rico African Dust and Clouds Study (PRADACS) – Aerosol and Cloud Measurements at a Caribbean Tropical Montance Cloud Forest. Beijing, China; 2012.
Physico-chemical characterization of cloud drop residues and interstitial particles observed inside trade wind cumuli during the Puerto Rican African Dust And Cloud Study (PRADACS). San Francisco, Calif; 2012.
The Puerto Rico African Dust and Clouds Study (PRADACS) – Aerosol and Cloud Measurements at a Caribbean Tropical Montance Cloud Forest. Leipzig, Germany; 2012.
The Puerto Rico African Dust and Clouds Study (PRADACS): Chemical Composition of Cloud Water and Rain Water at Pico del Este Tropical Montane Cloud Forest. University of Puerto Rico, Carolina, PR; 2012.
Size-resolved Chemical Composition of Cloud and Rain Water Collected during the Puerto Rico African Dust and Clouds Study (PRADACS) Campaign. University of Puerto Rico, Carolina, PR; 2012.
US and Cuban Scientific Cooperation in Atmospheric Science. AGU AS Newsletter. 2012;6(2).
African dust impact on the size distribution of aerosols in the Caribbean: Observations from Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. Universidad del Turabo, Gurabo, PR; 2013.
African dust in the Caribbean: chemical, physical and optical properties of transported African dust across the Atlantic: observations from Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. Universidad del Turabo, Gurabo, PR; 2013.
Atmospheric Chemistry in Puerto Rico. Bogota, Colombia; 2013.
Chemical constituents in clouds and rainwater in the Puerto Rican rainforest: Potential sources and seasonal drivers. Atmos. Environ.. 2013;68:208-220.
Chemical Speciation of Water Soluble Ions and Metals of Cloud and Rain Water During the Puerto Rico African Dust and Clouds Study (PRADACS) Campaigns. Universidad del Turabo, Gurabo, PR; 2013.
Composition and Morphology of Major Particle Types from Airborne Measurements during ICE-T and PRADACS Field Studies. Universidad del Turabo, Gurabo, PR; 2013.
Do cloud properties in a Puerto Rican tropical mountain cloud forest depend on long-range transport of African dust?. Yokohama, Japan; 2013.
IGAC Americas Working Group: Setting the Foundation. IGAC Newsletter. 2013;49.
Low and Mid Level Tropical Atmosphere Characterization during African Dust Outbreaks Using Particle Size Distribution Data Retrieved from ICE-T and PRADACS Field Studies. San Francisco, Calif; 2013.
Measurements to Fill Knowledge Gaps on Ice Nucleating Particle Sources over Oceans. San Francisco, Calif.; 2013.
An Overview of the Puerto Rico African Dust and Clouds Study (PRADACS) – Aerosol and Cloud Measurements at a Caribbean Tropical Montane Cloud Forest. Universidad del Turabo, Gurabo, PR; 2013.
PRADACS and Dust-ATtaCk. University of Paris East; 2013.
Puerto Rico African Dust and Cloud Study. UPRRP; 2013.
Puerto Rico African Dust and Cloud Study (The PRADACS Project). Escuela Superior Isidro A. Sánchez, Luquillo, PR; 2013.
Quantifying cloud water in the hydrologic budget of the Luquillo Mountains, Puerto Rico. Yokohama, Japan; 2013.
The Saharan Aerosol Long-range Transport and Aerosol-Cloud-Interaction Experiment SALTRACE 2013 – Overview and Early Results. San Francisco, Calif.; 2013.
Teen’s University in Puerto Rico: Atmospheric Sciences for Teenagers. Revista El Coqui, Colegio de Quimicos de PR. 2013;octubre-diciembre.
Understanding the Transport and Impact of African Dust. Bulletin American Meteorological Society. 2013.
African dust impact on the size distribution of aerosols in the Caribbean: Observations from Atmospheric Observatory in Cabezas de San Juan, Puerto Rico. Atlanta, Georgia; 2014.
Do cloud properties in a Puerto Rican tropical montane cloud forest depend on occurrence of long-range transported African dust? Pure and Applied Geophysics. 2014.
Impact of long-range transported African dust events on cloud chemistry at a Caribbean tropical montane cloud forest. Natal, Brazil; 2014.
Investigations of Marine Ice Nucleating Particles. Atlanta, Georgia; 2014.
Atmospheric Chemistry and Aerosols Research Group at UPR-RP. Puerto Rico: AMP UPRRP; 2015.
Characterization of nutrients wet deposition under influence of Saharan dust at Puerto-Rico in Caribbean Sea. Vienna, Austria; 2015.
Chemical Composition of the Aerosol Fine Fraction during African Dust Events as part of the Dust-ATtACk Experiment in the Caribbean Region. Vienna, Austria; 2015.
Does the long-range transport of African mineral dust across the Atlantic enhance their hygroscopicity?. Vienna, Austria; 2015.
Modeling of intercontinental Saharan dust transport: What consequences on atmospheric concentrations and deposition fluxes in the Caribbean?. Vienna, Austria; 2015.
Properties and Impacts of Long-range Transported African Dust on Puerto Rico. Miami, Florida; 2015.
Rain chemistry and cloud composition and microphysics in a Caribbean tropical montane cloud forest under the influence of African dust. Vienna, Austria; 2015.
Size distribution and optical properties of long-range transported African dust. Vienna, Austria; 2015.
A study of Black Carbon concentrations over Puerto Rico. La Paz, Bolivia; 2015.
A study of equivalent black carbon concentrations over Puerto Rico using a light transmission method. Puerto Rico: University of Puerto Rico-RP; 2015.
Comparison of the Mixing State of Long Range Transported Asian and African Mineral Dust. Atmospheric Environment. In Press.
Does the long-range transport of African mineral dust across the Atlantic enhance their hygroscopicity? . Geophysical Research Letters. In Press.
