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Please use this identifier to cite or link to this item:
http://hdl.handle.net/2122/3799
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| Title: | Comparison of Marine Insolation Estimating methods in the Adriatic Sea |
| Authors: | Do-seong, B.*
Pinardi, N.* |
| Keywords: | insolation formula,
radiative transfer model,
heat-flux,
irradiance,
Adriatic Sea |
| Issue Date: | 2007 |
| Title of journal: | Ocean Science Journal |
| Series/Report no.: | 4/42 (2007) |
| Abstract: | We compare insolation results calculated from two well-known empirical formulas (Seckel and Beaudry’s SB73
formula and the original Smithsonian (SMS) formula) and a radiative transfer model using input data predicted from
meteorological weather-forecast models, and review the accuracy of each method. Comparison of annual mean daily irradiance values for clear-sky conditions between the two formulas shows that, relative to the SMS, the SB73 underestimates spring values
by 9 W m-2 in the northern Adriatic Sea, although overall there is a good agreement between the annual results calculated with the two formulas. We also elucidate the effect on SMS of changing the ‘Sun-Earth distance factor ( f )’, a parameter which is commonly assumed to be constant in the oceanographic context. Results show that the mean daily solar radiation for clear-sky conditions in the northern Adriatic Sea can be reduced as much as 12 W m-2 during summer due to a decrease in the f value. Lastly, surface irradiance values calculated from a simple radiative transfer model (GM02) for clear-sky conditions are compared to those from SB73 and SMS. Comparison with in situ data in the northern Adriatic Sea shows that the GM02 estimate gives more
realistic surface irradiance values than SMS, particularly during summer. Additionally, irradiance values calculated by GM02
using the buoy meteorological fields and ECMWF (The European Centre for Medium Range Weather Forecasts) meteorological
data show the suitability of the ECMWF data usage. Through tests of GM02 sensitivity to key regional meteorological
factors, we explore the main factors contributing significantly to a reduction in summertime solar irradiance in the Adriatic Sea. |
| URI: | http://hdl.handle.net/2122/3799 |
| Appears in Collections: | 03.01.01. Analytical and numerical modeling
Papers Published / Papers in press
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