Research Interests

Philippines Probing the ocean response to monsoon wind surges in the Philippines using coupled models (pdfs: special Oceanography issue, oc2011a and oc2011b; jpo2010; grl2008, highlighted by the editor)

Simulating two-way coupled ocean-atmosphere feedback in the Adriatic using coastal high-resolution nested modeling (pdfs: jgr2003, mwr2006, jgr2007)

Air/sea transport, dispersion and fate modeling in the vicinity of the Fukushima nuclear power plant (pdf: bams2012)

Improving sea breeze and heat island prediction
using urban-aware sub-kilometer resolution modeling for NYC (pdfs: jamc2007, mwr2007, qjrms2007), and innovative coupled ocean/atmosphere ensemble approaches applied to Tokyo (pdf: tellus2009)

Predicting flow around buildings using large eddy simulation (LES) for major cities to map contaminant transport pathways - e.g., in the event of a terrorist chem/bio/rad attack (pdf: ae2005) (Visualization by Bob Doyle)

Studying sediment and biology transport under complex combined forcing such as strong winds and large river discharge along the US west coast and Mediterranean (pdfs: tos2004, csr2000, jgr2001)

Current Projects

Dr. Pullen is currently a principal investigator or co-lead for four grants:

Department of Homeland Security Science & Technology, Borders and Maritime applied projects (2010-2012)
Office of Naval Research grant “Ocean coupling to topographically-enhanced atmospheric flow” for Coupled Processes Departmental Research Initiative (2009-2012)
Naval Research Laboratory basic research grant “Evaluation of Coastal/Urban NYC Predictions” (2010-2012)
National Oceanic and Atmospheric Administration Climate Program Office grant as part of the “Consortium for Climate Risk in the Urban Northeast” – to assess combined sea level rise and storm surge impacts (2010-2012)

Workshops & Conferences