Electronic Data Submission for Paper 2003JC002131
 Air-sea gas transfer: its dependence on wind stress,
        small-scale roughness and surface films
Nelson M. Frew (1), Erik J. Bock (2), Uwe Schimpf (2),
 Tetsu Hara (3), Horst Haussecker (4), James B. Edson
 (1), Wade R. McGillis (1), Robert K. Nelson (1), Sean
   P. McKenna (1), B. Mete Uz (3), and B. Jaehne (2)
 (1) Woods Hole Oceanographic Institution, Woods Hole,
                  Massachusetts, USA
(2) Interdisciplinary Center for Scientific Computing,
           University of Heidelberg, Germany
  (3) Graduate School of Oceanography, University of
                   Rhode Island, USA
  (4) Intel Corporation, Santa Clara, California, USA
  J. Geophy. Res., xxx (Cx),doi:10.1029/2003JC002131,
                         2004
                           
Introduction

This dataset contains data obtained during the Coastal
Ocean Processes Program (CoOP) Coastal Air-Sea Chemical
Fluxes study conducted from the R/V Oceanus in coastal
and offshore waters south of Cape Cod, Massachusetts in
June/July, 1997.  The data set includes 15-minute
averages of wind speed, friction velocity, heat
transfer velocity, gas transfer velocity, mean square
slope, CDOM fluorescence of subsurface water and the
difference between microlayer and subsurface CDOM
fluorescence, the latter used as a proxy for surface
film enrichment.

1.  2003JC002131-TABLE2.txt Data supporting Figures 3-
5, 7, 8, 14 and 15:
1.1 Column "Yday_decimal", Decimal yearday, 1997.
1.2 Column "U_10", m/s, Wind speed at 10 m height and
neutral buoyancy.
1.3 Column "u_star", cm/s, water-side friction
velocity.
1.4 Column "k_h", cm/hr, heat transfer velocity.
1.5 Column "n_1", Schmidt number (Sc) exponent used to
scale heat transfer velocities to Sc = 660 in Figures
3, 5, and 7.
1.6 Column "k_gas_1", gas transfer velocity at Sc =
660, scaled from k_h using n_1.
1.7 Column "n_2", ", Schmidt number (Sc) exponent used
to scale heat transfer velocities to Sc = 660 in
Figures 4 (left panel), and 8 (left panel).
1.8 Column "k_gas_2", gas transfer velocity at Sc =
660, scaled from k_h using n_2.
1.9 Column "n_3", Schmidt number (Sc) exponent used to
scale heat transfer velocities to Sc = 660 in Figures 4
(right panel), and 8 (right panel).
1.10 Column "k_gas_3", gas transfer velocity at Sc =
660, scaled from k_h using n_3.
1.11 Column "mss_40_800", mean square slope obtained
from integration of the slope spectrum over the wave
number interval 40-800 radian/m.
1.12 Column "mss_40_100", mean square slope obtained
from integration of the slope spectrum over the wave
number interval 40-100 radian/m.
1.13 Column "mss_100_200", mean square slope obtained
from integration of the slope spectrum over the wave
number interval 100-200 radian/m.
1.14 Column "mss_200_400", mean square slope obtained
from integration of the slope spectrum over the wave
number interval 200-400 radian/m.
1.15 Column "mss_400_800", mean square slope obtained
from integration of the slope spectrum over the wave
number interval 400-800 radian/m.
1.16  Column "CDOM", CDOM (chromophoric dissolved
organic matter) fluorescence measured for subsurface
water at 10 cm nominal depth; excitation wavelength =
255 nm, emission wavelength = 350 nm; 1 unit is
equivalent to the fluorescence of a 1 ppb quinine
sulfate standard.
1.17  Column "CDOM_delta", Surface microlayer CDOM
fluorescence minus subsurface CDOM fluorescence.