Goodman, Steven J.

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  1. Buechler D, Koshak W, Christian H, Goodman S. ASSESSING THE PERFORMANCE OF THE LIGHTNING IMAGING SENSOR (LIS) USING DEEP CONVECTIVE CLOUDS. Atmos. Res. 2014;135 397-403.
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  2. Ralph F, Intrieri J, Andra D, Atlas R, Boukabara S, Bright D, Davidson P, Entwistle B, Gaynor J, Goodman S, Jiing J, Harless A, Huang J, Jedlovec G, Kain J, Koch S, Kuo B, Levit J, Murillo S, Riishojgaard L, Schneider T, Schneider R, Smith T, Weiss S. EMERGENCE OF WEATHER-RELATED TEST BEDS LINKING RESEARCH AND FORECASTING OPERATIONS. Bull. Amer. Meteorol. Soc. 2013;94 (8):1187-1211.
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  3. Schmit T, Goodman S, Lindsey D, Rabin R, Bedka K, Gunshor M, Cintineo J, Velden C, Bachmeier A, Lindstrom S, Schmidt C. GEOSTATIONARY OPERATIONAL ENVIRONMENTAL SATELLITE (GOES)-14 SUPER RAPID SCAN OPERATIONS TO PREPARE FOR GOES-R. J. Appl. Remote Sens. 2013;7 20.
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  4. Goodman S, Blakeslee R, Koshak W, Mach D, Bailey J, Buechler D, Carey L, Schultz C, Bateman M, Jr. E. GOES-R GEOSTATIONARY LIGHTNING MAPPER (GLM). Atmospheric Research. 2013;125-126 34-49.
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  5. Yuan T, Remer L, Bian H, Ziemke J, Albrecht R, Pickering K, Oreopoulos L, Goodman S, Yu H, Allen D. AEROSOL INDIRECT EFFECT ON TROPOSPHERIC OZONE VIA LIGHTNING. J. Geophys. Res.-Atmos. 2012;117 16.
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  6. Goodman S, Gurka J, DeMaria M, Schmit T, Mostek A, Jedlovec G, Siewert C, Feltz W, Gerth J, Brummer R, Miller S, Reed B, Reynolds R. THE GOES-R PROVING GROUND ACCELERATING USER READINESS FOR THE NEXT-GENERATION GEOSTATIONARY ENVIRONMENTAL SATELLITE SYSTEM. Bull. Amer. Meteorol. Soc. 2012;93 (7):1029-1040.
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  7. Gatlin P, Goodman S. TOTAL LIGHTNING TRENDING ALGORITHM TO IDENTIFY SEVERE THUNDERSTORMS. J. Atmos. Ocean. Technol. 2010;27 (1):3-22.
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