Citation: A. Bacher et al., ENSO DYNAMICS AND SEASONAL CYCLE IN THE TROPICAL PACIFIC AS SIMULATEDBY THE ECHAM4 OPYC3 COUPLED GENERAL-CIRCULATION MODEL/, Climate dynamics, 14(6), 1998, pp. 431-450
Citation: Rh. Tyler et al., GEOPHYSICAL CHALLENGES IN USING LARGE-SCALE OCEAN-GENERATED EM FIELDSTO DETERMINE THE OCEAN FLOW, Journal of Geomagnetism and Geoelectricity, 49(11-12), 1997, pp. 1351-1372
Citation: Jy. Cherniawsky et Jm. Oberhuber, THE SEASONAL CYCLE OF MIXED-LAYER TEMPERATURES IN A GLOBAL OCEAN GENERAL-CIRCULATION MODEL, Climate dynamics, 12(3), 1996, pp. 171-183
Citation: F. Lunkeit et al., CLIMATE SIMULATIONS WITH THE GLOBAL COUPLED ATMOSPHERE OCEAN MODEL ECHAM2 OPYC .1. PRESENT-DAY CLIMATE AND ENSO EVENTS/, Climate dynamics, 12(3), 1996, pp. 195-212
Authors:
ROECKNER E
OBERHUBER JM
BACHER A
CHRISTOPH M
KIRCHNER I
Citation: E. Roeckner et al., ENSO VARIABILITY AND ATMOSPHERIC RESPONSE IN A GLOBAL COUPLED ATMOSPHERE-OCEAN GCM, Climate dynamics, 12(11), 1996, pp. 737-754
Citation: Dm. Holland et al., AN INVESTIGATION OF THE GENERAL-CIRCULATION OF THE ARCTIC-OCEAN USINGAN ISOPYCNIC MODEL, Tellus. Series A, Dynamic meteorology and oceanography, 48(1), 1996, pp. 138-157
Citation: T. Aukrust et Jm. Oberhuber, MODELING OF THE GREENLAND, ICELAND, AND NORWEGIAN SEAS WITH A COUPLEDSEA-ICE MIXED-LAYER ISOPYCNIC OCEAN MODEL, J GEO RES-O, 100(C3), 1995, pp. 4771-4789
Authors:
MILLER AJ
CAYAN DR
BARNETT TP
GRAHAM NE
OBERHUBER JM
Citation: Aj. Miller et al., INTERDECADAL VARIABILITY OF THE PACIFIC-OCEAN - MODEL RESPONSE TO OBSERVED HEAT-FLUX AND WIND STRESS ANOMALIES, Climate dynamics, 9(6), 1994, pp. 287-302
Citation: Jm. Oberhuber, SIMULATION OF THE ATLANTIC CIRCULATION WITH A COUPLED SEA ICE-MIXED LAYER-ISOPYCNIC GENERAL-CIRCULATION MODEL .1. MODEL DESCRIPTION, Journal of physical oceanography, 23(5), 1993, pp. 808-829
Citation: Jm. Oberhuber, SIMULATION OF THE ATLANTIC CIRCULATION WITH A COUPLED SEA ICE-MIXED LAYER-ISOPYCNIC GENERAL-CIRCULATION MODEL .2. MODEL EXPERIMENT, Journal of physical oceanography, 23(5), 1993, pp. 830-845