Hill, J-M., and D.S. Graham. 1980. Using en- 
hanced Landsat images for calibrating real-time 
estuarine water quality models. Water Qual. Bull. 
(United Nations/World Health Organization) 
5(1):20-23. 
Hoge, F.E., and R.N. Swift. 1985. Airborne map- 
ping of laser-induced fluorescence of chlorophyll- 
a and phycoerythrin in a Gulf Stream warm-core 
ring. Paper No. 18 in Mapping strategies in 
chemical oceanography, ed. A. Zirino. In Ad- 
vances in chemistry. Washington, DC: Amer. 
Chem. Soc. 
1986. Chlorophyll pigment concentration 
using spectral curvature algorithms: An evalua- 
tion of present and proposed satellite ocean color 
sensor bands. Appl. Opt. 25:3677-82. 
Hoge, F.E., R.E. Berry, and R.N. Swift. 1986. 
Active-passive airborne ocean ‘color measure- 
ment: 1. Instrumentation. Appl. Opt. 25:39-47. 
Hoge, F.E., W.B. Krabill, and R.N. Swift. 1984. 
The reflection of airborne UV laser pulses from 
the ocean. Marine Geod. 8:313-44. 
Hagjerslev, N. 1981. Assessment of some sug- 
gested algorithms on sea colour and surface 
chlorophyll. In Oceanography from space, ed. 
J.R.F. Gower, pp. 347-54. New York: Plenum 
Press. 
Hgjersiev, N., and N.G. Jerlov. 1977. The use of 
the colour index for determining quanta irradi- 
ance in the sea. Rept. Inst. Phys. Oceanogr., 
Univ. Copenhagen, no. 35. 
Holligan, P.M., M. Viollier, C. Dupony, and J. 
Aiken. 1983. Satellite studies on the distributions 
of chlorophyll and dinoflagellate blooms in the 
western English Channel. Cont. Shelf Res. 2:81- 
96. 
Holligan, P.M., M. Viollier, D.S. Harbour, P. Camus, 
and M. Champagne-Phillippe. 1983. Satellite and 
ship studies of coccolithophore production along 
BIBLIOGRAPHY 
a continental shelf edge. Nature 304:339-42. 
Holyer, R., and P.E. LaViolette. 1984. The use of 
principal components analysis techniques in Nim- 
bus-7 Coastal Zone Color Scanner data to define 
mesoscale ocean features through a warm, hu- 
mid atmosphere. NORDA Report 65. 
Hovis, W.A. 1981. The Nimbus-7 Coastal Zone 
Color Scanner (CZCS) program. In Oceanogra- 
phy from space, ed. J.R.F. Gower, pp. 213-25. 
New York: Plenum Press. 
1984a. Optical remote sensing of the 
ocean. In Proc. AIAA 22nd Aerospace Sci. Mtg. 
New York: Amer. Inst. Aeron. Astron. 
1984b. Practical applications of Nimbus-7 
Coastal Zone Color Scanner data. Proc. Int. Soc. 
Opt. Eng. 81:208-11. 
Hovis, W.A., and K.C. Leung. 1977. Remote 
sensing of ocean color. Opt. Eng.16:158-66. 
Hovis, W.A., E.F. Szajana, and W.A. Bohan. 
1986. Nimbus-7 CZCS imagery for selected 
coastal regions. Greenbelt MD: Goddard Space 
Flight Center. 
Hovis, W.A., D.K. Clark, E. Anderson, R.W. Austin, 
W.H. Wilson, E.T. Baker, D. Ball, H.R. Gordon, J.L. 
Mueller, S.Z. El-Saveo, B. Sturm, R.C. Wrigley, and 
C.S. Yentson. 1980. Nimbus-7 Coastal Zone Col- 
or Scanner: System description and initial imag- 
ery. Science 210:60-63. 
Innamorati, M. 1978. Spettri della radiazione 
sottemarina nell'arcipelago delle Galapago. In 
Galapagos, studi e ricerche. Florence: Gruppo di 
Richerche Scientifiche e Techniche. 
