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Results: 1-11 |
Results: 11
SURFACE OBSERVED GLOBAL LAND PRECIPITATION VARIATIONS DURING 1900-88
Authors: DAI A FUNG IY DELGENIO AD
Citation: A. Dai et al., SURFACE OBSERVED GLOBAL LAND PRECIPITATION VARIATIONS DURING 1900-88, Journal of climate, 10(11), 1997, pp. 2943-2962
THE CONTRIBUTION OF TERRESTRIAL SOURCES AND SINKS TO TRENDS IN THE SEASONAL CYCLE OF ATMOSPHERIC CARBON-DIOXIDE
Authors: RANDERSON JT THOMPSON MV CONWAY TJ FUNG IY FIELD CB
Citation: Jt. Randerson et al., THE CONTRIBUTION OF TERRESTRIAL SOURCES AND SINKS TO TRENDS IN THE SEASONAL CYCLE OF ATMOSPHERIC CARBON-DIOXIDE, Global biogeochemical cycles, 11(4), 1997, pp. 535-560
CLOUDS, PRECIPITATION AND TEMPERATURE-RANGE
Authors: DAI AG DELGENIO AD FUNG IY
Citation: Ag. Dai et al., CLOUDS, PRECIPITATION AND TEMPERATURE-RANGE, Nature, 386(6626), 1997, pp. 665-666
SUBSTRATE LIMITATIONS FOR HETEROTROPHS - IMPLICATIONS FOR MODELS THATESTIMATE THE SEASONAL CYCLE OF ATMOSPHERIC CO2
Authors: RANDERSON JT THOMPSON MV MALMSTROM CM FIELD CB FUNG IY
Citation: Jt. Randerson et al., SUBSTRATE LIMITATIONS FOR HETEROTROPHS - IMPLICATIONS FOR MODELS THATESTIMATE THE SEASONAL CYCLE OF ATMOSPHERIC CO2, Global biogeochemical cycles, 10(4), 1996, pp. 585-602
VARIATIONS IN MODELED ATMOSPHERIC TRANSPORT OF CARBON-DIOXIDE AND THECONSEQUENCES FOR CO2 INVERSIONS
Authors: LAW RM RAYNER PJ DENNING AS ERICKSON D FUNG IY HEIMANN M PIPER SC RAMONET M TAGUCHI S TAYLOR JA TRUDINGER CM WATTERSON IG
Citation: Rm. Law et al., VARIATIONS IN MODELED ATMOSPHERIC TRANSPORT OF CARBON-DIOXIDE AND THECONSEQUENCES FOR CO2 INVERSIONS, Global biogeochemical cycles, 10(4), 1996, pp. 783-796
CARBON-BIOSPHERE-CLIMATE INTERACTIONS IN THE LAST GLACIAL MAXIMUM CLIMATE
Authors: FRIEDLINGSTEIN P PRENTICE KC FUNG IY JOHN JG BRASSEUR GP
Citation: P. Friedlingstein et al., CARBON-BIOSPHERE-CLIMATE INTERACTIONS IN THE LAST GLACIAL MAXIMUM CLIMATE, JOURNAL OF GEOPHYSICAL RESEARCH-ATMOSPHERES, 100(D4), 1995, pp. 7203-7221
THE PREINDUSTRIAL ATMOSPHERIC (CO2)-C-14 LATITUDINAL GRADIENT AS RELATED TO EXCHANGES AMONG ATMOSPHERIC, OCEANIC, AND TERRESTRIAL RESERVOIRS
Authors: BRAZIUNAS TF FUNG IY STUIVER M
Citation: Tf. Braziunas et al., THE PREINDUSTRIAL ATMOSPHERIC (CO2)-C-14 LATITUDINAL GRADIENT AS RELATED TO EXCHANGES AMONG ATMOSPHERIC, OCEANIC, AND TERRESTRIAL RESERVOIRS, Global biogeochemical cycles, 9(4), 1995, pp. 565-584
LATITUDINAL GRADIENT OF ATMOSPHERIC CO2 DUE TO SEASONAL EXCHANGE WITHLAND BIOTA
Authors: DENNING AS FUNG IY RANDALL D
Citation: As. Denning et al., LATITUDINAL GRADIENT OF ATMOSPHERIC CO2 DUE TO SEASONAL EXCHANGE WITHLAND BIOTA, Nature, 376(6537), 1995, pp. 240-243
CAN CLIMATE VARIABILITY CONTRIBUTE TO THE MISSING CO2 SINK
Authors: DAI AG FUNG IY
Citation: Ag. Dai et Iy. Fung, CAN CLIMATE VARIABILITY CONTRIBUTE TO THE MISSING CO2 SINK, Global biogeochemical cycles, 7(3), 1993, pp. 599-609
THE ATMOSPHERIC CH4 INCREASE SINCE THE LAST GLACIAL MAXIMUM
Authors: CHAPPELLAZ JA FUNG IY THOMPSON AM
Citation: Ja. Chappellaz et al., THE ATMOSPHERIC CH4 INCREASE SINCE THE LAST GLACIAL MAXIMUM, Tellus. Series B, Chemical and physical meteorology, 45(3), 1993, pp. 228-241
THE ATMOSPHERIC CH4 INCREASE SINCE THE LAST GLACIAL MAXIMUM .2. INTERACTIONS WITH OXIDANTS
Authors: THOMPSON AM CHAPPELLAZ JA FUNG IY KUCSERA TL
Citation: Am. Thompson et al., THE ATMOSPHERIC CH4 INCREASE SINCE THE LAST GLACIAL MAXIMUM .2. INTERACTIONS WITH OXIDANTS, Tellus. Series B, Chemical and physical meteorology, 45(3), 1993, pp. 242-257
Risultati: 1-11 |