NOAA Technical Memorandum NESS. Evaluation of a technique for the analysis and forecasting of tropical cyclone intensities form satellite pictures / Erickson, C. O.

Public ISBD Titre de série : NOAA Technical Memorandum NESS Titre : Evaluation of a technique for the analysis and forecasting of tropical cyclone intensities form satellite pictures Type de document : texte imprimé Auteurs : Erickson, C. O. Mention d'édition : US Departement of Commerce Editeur : US Departement of Commerce Année de publication : 1972 ISBN/ISSN/EAN : CI-10192 Note générale : The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific. Langues : Anglais (eng) Mots-clés : Cyclone  Climat tropical  Image satellite  Photographie aérienne  Evaluation  Météorologie  Technique analytique Index. décimale : 551.5 Météorologie Résumé : The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific. Note de contenu : The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific. NOAA Technical Memorandum NESS. Evaluation of a technique for the analysis and forecasting of tropical cyclone intensities form satellite pictures [texte imprimé] / Erickson, C. O.  . -  US Departement of Commerce . - US Departement of Commerce, 1972. ISSN : CI-10192 The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific. Langues : Anglais (eng) Mots-clés : Cyclone  Climat tropical  Image satellite  Photographie aérienne  Evaluation  Météorologie  Technique analytique Index. décimale : 551.5 Météorologie Résumé : The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific. Note de contenu : The technique itself is described elsewhere (Dvorak 1972). This report concern an experiment carried out in March 1972 to evaluate the technique as it existed at that time. Eleven participants made estimates of current storm intensity (CI) from 33 tropical storms and distribances in the Atlantic and Pacific. These estimates were compared with independent measurements of maximum wind speed (MWS) and central sea-level pressure (PPP). Favorable results using the Dvorak technique to estimate MWS, particulary for weak storms, have led to its adoption operationally in modified from. Three-way correlations between C.I., MWS, were significantly different from those for the western pacific.

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