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4“.... Evaporation, which is driven by around 50 % of solar energy absorbed at surface of the Earth, is an important...”
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5by Henadheera Arachchige, Kasun“... by the southward migration of the mean latitudinal position of ITCZ, induced by varying solar energy distribution...”
Published 2021
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6by McMichael, Anthony“... surfaces. The atmosphere and oceans are the prime global distributors of that part of incoming solar energy...”
Published 2017
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7“.... Evaporation, which is driven by around 50 % of solar energy absorbed at surface of the Earth, is an important...”
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8by Henadheera Arachchige, Kasun Gayantha“... by the southward migration of the mean latitudinal position of ITCZ, induced by varying solar energy distribution...”
Published 2021
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9“.... Evaporation, which is driven by around 50 % of solar energy absorbed at surface of the Earth, is an important...”
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10“.... Evaporation, which is driven by around 50 % of solar energy absorbed at surface of the Earth, is an important...”
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11by Pistone, Kristina“... and 2011, for an additional 6.4 ± 0.9 W/m² of solar energy input into the Arctic Ocean region. Averaged...”
Published 2014
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12“.... Evaporation, which is driven by around 50 % of solar energy absorbed at surface of the Earth, is an important...”
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13by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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14by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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15by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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16by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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17by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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18by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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19by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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20by Dandonneau, Yves, Deschamps, Pierre-Yves, Nicolas, Jean-Marc, Loisel, Hubert, Blanchot, Jean, Montel, Yves, Thieuleux, Francois, Bécu, Guislain“... variability, and the timing of the yearly bloom can generally be explained by the local cycle of solar energy...”
Published in Deep Sea Research Part II: Topical Studies in Oceanography (2004)
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