Stephen LaDochy

Me and Bogie at Key Largo
College of Natural & Social Sciences
Department of Geosciences and Environment
Office Location: KH C-4061
Phone: 323-343-2222 Email: [email protected]

Steve LaDochy
Half-time Faculty (retired)


Office: KHC-4061� Spring 2021: campus closed
Phone: (323) 343-2222
FAX: (323) 343-6494
Email: [email protected]

COURSE LIST
 

Geog 1700

Meteorology, lecture and lab (hybrid)

TR� 99:50; T 10:55-1:25

Spring 2022

 

Geol 3120-01 

Global Climate Change in the Developing World, 

MW 9:00-9:50

Spring 2022

 

Geog 3120-02

Global Climate Change in the Developing World,  Activity

W 10-11:40

Spring 2021

 

Geog 1600-05

 

Geog 5800-01

Physical Geography lab

 

Directed Studies: Climate of LA

M 1:50-4:20

 

Online

Spring 2022

TBA 

 

 

EDUCATION

1985     Ph.D. University of Manitoba, Winnipeg, Canada, in Geography. Dissertation: The Synoptic Climatology of Severe Thunderstorms in  Manitoba.

1979-80  Graduate Studies, University of Kansas, Lawrence, Kansas, in Geography- Meteorology.

1969     M.S. Colorado State University, Fort Collins, Co., in Atmospheric Sciences.

1967     B.A. U.C.L.A., in Meteorology.

 TEACHING

1987- present   Emeritus (2017) Professor (2006), Associate Professor (1992), Geosciences & Environment, California State University, Los Angeles.

1986-88  Adjunct Professor, Geography, University of Manitoba, Winnipeg, Canada.

1970-87  Assistant Professor, Instructor, Geography, University of Winnipeg,  Manitoba, Canada.

1980     Research, Teaching Assistant, Geography-Meteorology, University of Kansas.

RECENT PUBLICATIONS (*student co-authors)

LaDochy, S., Torres, T. and Hsu, Y. (2022): Los Angeles’ Urban Heat Island Continues to Grow: Urbanization, Land Use Change Influences,  J. of Urban and Env. Engineering, https://periodicos.ufpb.br/index.php/juee/article /view/55313/34968

Pedro Elias Sequera; Jorge Gonzalez; Kyle McDonald; Steve LaDochy; Daniel Comarazamy (2016):  Improvements in Land-Use Classification for Estimating Daytime Surface Temperatures and Sea-Breeze Flows in Southern California. Earth Interactions, vol. 20 (No. 16), 1-32.

Patzert, W.C., LaDochy, S., Ramirez, P., and Willis, J.K. (2016): Los Angeles Weather Station’s Relocation Impacts Climatic and Weather Records, The California Geographer, vol. 55, 41-52. http://scholarworks.csun.edu/handle/10211.3/170953

M. R. Witiw, S. LaDochy (2015) Cool PDO phase leads to recent rebound in coastal southern California fog, Die Erde, 146: 232-244.

*Killam, D., Bui, A., LaDochy, S., Ramirez, P., Patzert, W. and Willis, J. (2014) California Getting Wetter to the North, Drier to the South: Natural Variability or Climate Change? Climate 2014, 2(3), 168-180; doi:10.3390/cli2030168. Available at: http://www.mdpi.com/2225-1154/2/3/168/htm

 LaDochy, S. and M. Witiw (2012): The Continued Reduction in Dense Fog in the Southern California Region: Possible Climate Change Influences. Pure & Applied    Geophysics (in print Oct. 2011)

 LaDochy, S., Ramirez, P., Patzert, W. and Willis, J. (2009): The Case of the Disappearing Salmon, Earth Systems Science Education Alliance (ESSEA) course module at: http://esseacourses.strategies.org/module.php?module_id=121

*Tamrazian, A., S. LaDochy, J. Willis and W. Patzert (2008): Heat waves in southern California: Are they becoming more frequent and longer lasting? Yearbook of the Assoc. of Pacific Coast Geographers 70: 59-69.

         Witiw, M. and S. LaDochy (2008): Trends in fog frequencies in the Los Angeles Basin, Atmospheric Research 87: 293-300.

         *LaDochy, S., R. Medina, W. Patzert (2007): Recent California climate variability: Spatial and temporal patterns in temperature trends, Climate Research, vol. 33, 159-169.

LaDochy, S., P. Ramirez and D. Mayo (2007): Recent online resources and distance learning experiences in natural hazards, Journal of Geophysical Education, vol. 55 (5), 202-210.

          LaDochy, S. (2005). The disappearance of dense fog in Los Angeles: Another urban impact? Physical Geography, 26, 177-191.

*LaDochy, S., J. Brown, W. Patzert and M. Selke (2004): Can U.S. west coast climate be forecast? Preprint CD-ROM, Symposium on �Forecasting the Weather and Climate of the Atmosphere and Ocean, Amer. Meteor. Soc., Jan. 11-14, Seattle, WA.

Ye, H., D. Yang, T. Zhang, X. Zhang, S. LaDochy and M. Ellison (2004): The impact of climatic conditions on seasonal river discharges in Siberia, J. of Hydrometeorology vol. 5, 286-295

          LaDochy, S. (2003): Lightning, in J. Oliver (Ed.) Encyclopedia of World Climate, Dordrecht, The Netherlands: Kluwer Academic Publishers (in press).

* ----------, J. Brown and W. Patzert (2003): June gloom and heavy fogs: oceanic influences on bummer California summers, Preprint CD-ROM, 12th Conf. On the Interaction of the Sea and Atmosphere, American Meteorological Society, Feb. 9-13, Long Beach, CA.

* ----------, P. Ramirez and R. Medina (2003): Two new undergraduate earth science web modules in air-sea interactions, Preprint CD-ROM, 12th Symposium on Education, AMS, Feb. 9-13, Long Beach, CA.

Small, I., G. Martin, S. LaDochy and J. Brown (2002): Topographic and synoptic influences on cold season California severe weather: Regional patterns in convective storms, 16th Conf. On Probability and Statistics in the Atmospheric Sciences, Amer. Meteorological Society, Jan, 13-17, Orlando, FL., 146-152.

LaDochy, S. and J. Brown (2001): Southern California severe weather phenomena: Synoptic and topographic influences,� Postprint, 2nd Southwest Weather Symposium, Amer. Meteorol. Soc., Sept. 21-22, Tucson, AZ., 104-108.

----------, and J. Brown (2001): Topographic and synoptic influences on cold season California severe weather: Regional patterns in convective storms, Proceedings, 20th Severe Local Storms Conference, Amer. Meteorol. Soc., Sept. 11-15, Orlando, FL., 485-488.

Bacca, A., J. Vincent, M. Luna, F. Zhou, S. LaDochy and S. Nicolaisen (2000):   Fine-scale sampling and analysis for heavy metals and nitrogen- and sulfur-containing species in East Los Angeles, in Air Pollution VIII:  8th International Conference On Air Pollution. Brebbia, et al. (eds.),Southampton, UK: Wessex Institute of Technology Press, 273-282.

Courses Taught:

Applied Climatology, Climate Change, Urban Climatology, Meteorology, Physical Geography, Earth Science, Urban Environmental Pollution, Air Pollution, U.S. Geography, Environment & Technology

Research & Grants: recent

*2019-2022 NSF REU SITE: Changing Dynamics of Hydrological Systems in Urban Areas - Response to Human Disturbance and Climate Change, 360K, student mentor.

2016-18  NOAA Climate Stewards Grant, $2K to develop climate kits for secondary teachers, awarded July 2016. Involves 4 secondary ed. teachers, with P. Ramirez.

*2013-2016  NOAA-CREST Student Research Grant, $100K/year (co-PI). “Coastal Cities Climate: Los Angeles’ Urban Heat Island,” involving 4 graduate and 3 undergraduate students.

2010-16, 2005-2009, JPL, NASA Summer Faculty Fellowship, “Oceanic influences on W. coast climatic variability,” research project with Drs. W. Patzert and J. Willis, JPL, and Dr. Ramirez, CSULA. $15 K (2015), $12K (2016).

*2013 LaKretz Environmental Research Award, $12K, “Keeping LA Cool: Mitigating the Urban Heat Island.” CSULA, with H. Ye, and 2 graduate students.

2007-9 NSF ESSEA (Earth Systems Science Educational Alliance) grant, “Introducing an On-line ESSEA course to pre-service elementary teachers.” $40K, with P. Ramirez (June 2007).

*2005  JPL, NASA-CSULA SIRI (Student Independent Research Intern) Program PI ($9480 student internship) as CSULA faculty advisor to graduate student working with a JPL scientist, June 2004-June 2005.

*2002 Innovative Instruction Award, CSULA, for “Developing Web-based     Oceanography Activities: Interdisciplinary Collaboration in Earth Science Education,” $8256, with P. Ramirez, R. Medina.

*2001 NOAA, COMET Partners Project, “Topographical and Synoptic Influences on  Cold Season Severe Weather Events in California,” $6400, with I. Small, San Diego, National Weather Service and 1 CSULA student.

*1998-2002   CEA-CREST NSF Award, Component III: “Fine-Scale Analysis of Airborne  Pollutants and Population Exposure in the Los Angeles Basin,” $868,192,  co-PI with Nicholaisen, Zhou and Modarres (4-years, of a 5-yr. grant). 10 graduates, undergraduates, and 2 high school students.

 

Fire & Rain: California's Changing Weather & Climate (webpage in construction)

 

 

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