| Content |
|
KB |
|
| Cover |
|
17 |
| Section
A: |
Forecasts of tropical pacific SST using
a simple coupled Ocean-Atmosphere dynamical model / Prediction of
participation in northeast Brazil for Boreal spring 1996 using an
atmospheric GCM with persisted SST anomalies / Forecasts of Tropical
Pacific SST using a comprehensive coupled ocean-atmosphere dynamical
model |
959 |
| Section
B: |
Tropical Pacif SST predictions with
a couped GCM / Forecast of tropical pacif SST using a dynamical ocean
model coupled to a statistical atmosphere / Forecasts of Niño
3 tropical pacific SST using a low order coupled ocean-atmosphere
dynamical model / Multiple regression, discriminant analysis and atmospheric
GCM predictions of Mar-Apr-May-Jun 1996 rainfall in northeast Brazil
/ Multiple regression and discriminant analysis to predict Mar-Apr-May-Jun
1996 rainfall in northeast Brazil |
629 |
| Section
C: |
Forecasts of Pacific-Indian Ocean SSTs
Using linear inverse modeling / Forecasts of tropical pacif SST using
a data assimilating neutral network model / Analogue (non linear)
forecasts of the southern oscillation index time series / A probabilistic
model of the number of intense atlantic hurricanes for 1996 / Complex
singular spectrum analysis and multivariate adaptive regression splines
applied to forecasting the southern oscillation |
540 |
| Section
D: |
Forecasting the southern oscillation
/ Forecasts of equatorial pacif SST anomalies based on singular spectrum
analysis combined with the maximum entropy method / Cronical correlation
analisys (CCA) forecasts of canadian temperature and precipitation
Apr-May-Jun 1996 / Precipitation forecasts for teh tropical pacific
islands using canonical correlation analysis (CCA) |
757 |
| Section
E: |
Multiple linear regression / Constructed
analogue prediction of the east central tropical pacific SST through
fall 1997 / Consolidated forecasts of tropical pacific SST in Niño
3.4 using two dynamical models and two statistical models / Brief
summary of NCEP`s canonical correlation analysis (CCA), optimal climate
normals (OCN), and NCEP coupled model forecasts for U.S surface climate |
720 |
| |
|
|
| |
|
|
