Towed Microstructure Estimation of Diapycnal Diffusive Flux  Tim
Duda Chris Rehmann AOPE Department Woods Hole Oceanographic
Institution Woods Hole MA 02543  Two papers describe this work
in detail. 1. Rehmann, C.R and T.F. Duda, Diapycnal diffusivity
inferred from scalar microstucture measurements near the New
England shelf/slope front, Journal of Physical Oceanography, 30,
pp1354-1371, June 2000.  2. Duda, T. F., and C. R. Rehmann,
Systematic microstructure variability in double-diffusively
stable coastal waters of nonuniform density gradient, J.
Geophys. Res., 107(C10), 3145, doi:10.1029/2001JC000844, 2002.
During the August 1997 Coastal Mixing and Optics (CMO) dye-
injection diffusion experiments the dye-sampling towsled (Photo
1) (Photo 2) (Photo 3) (Chris, Tim, Towsled, Notebook, Socket
Wrench, Rough Seas Photo) was fitted with an SBE-7 microscale
conductivity probe from Seabird Electronics. This enabled
measurement of conductivity gradients at spatial scales near the
diffusive cutoff scale for thermal