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SI3_manual.bbl in NEMO/trunk/doc/si3_doc/tex_main – NEMO

source: NEMO/trunk/doc/si3_doc/tex_main/SI3_manual.bbl @ 9983

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SI3 doc update

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1\begin{thebibliography}{39}
2\providecommand{\natexlab}[1]{#1}
3\providecommand{\url}[1]{\texttt{#1}}
4\providecommand{\urlprefix}{URL }
5\expandafter\ifx\csname urlstyle\endcsname\relax
6  \providecommand{\doi}[1]{doi:\discretionary{}{}{}#1}\else
7  \providecommand{\doi}{doi:\discretionary{}{}{}\begingroup
8  \urlstyle{rm}\Url}\fi
9\providecommand{\eprint}[2][]{\url{#2}}
10
11\bibitem[{Assur(1958)}]{Assur58}
12Assur, A., 1958: Composition of sea ice and its tensile strength. \textit{A.
13  Nat. Acad. Sci./Nat. Res. Council, Arctic Sea Ice}, \textbf{598}, 106--138.
14
15\bibitem[{Babko et~al.(2002)Babko, Rothrock, and Maykut}]{Babkoetal02}
16Babko, O., D.~A. Rothrock, and G.~A. Maykut, 2002: Role of rafting in the
17  mechanical redistribution of sea ice thickness. \textit{Journal of
18  Geophysical Research}, \textbf{107}, 3113, doi:10.1029/1999JC000\,190,
19  \doi{doi:10.1029/1999JC000190}.
20
21\bibitem[{Bitz et~al.(2001)Bitz, Holland, Weaver, and Eby}]{Bitzetal01}
22Bitz, C.~M., M.~M. Holland, A.~J. Weaver, and M.~Eby, 2001: Simulating the
23  ice-thickness distribution in a coupled climate model. \textit{Journal of
24  Geophysical Research}, \textbf{106}, 2441--2463.
25
26\bibitem[{Bitz and Lipscomb(1999)}]{BitzLipscomb99}
27Bitz, C.~M. and W.~H. Lipscomb, 1999: An energy-conserving thermodynamic model
28  of sea ice. \textit{Journal of Geophysical Research}, \textbf{104},
29  15,669--15,677.
30
31\bibitem[{Bouillon et~al.(2013)Bouillon, Fichefet, Legat, and
32  Madec}]{Bouillonetal13}
33Bouillon, S., T.~Fichefet, V.~Legat, and G.~Madec, 2013: The
34  elastic-viscous-plastic method revisited. \textit{Ocean Modelling},
35  \textbf{71}, 2--12.
36
37\bibitem[{Coon et~al.(1974)Coon, Maykut, Pritchard, Rothrock, and
38  Thorndike}]{Coonetal74}
39Coon, M.~D., G.~A. Maykut, R.~S. Pritchard, D.~A. Rothrock, and A.~S.
40  Thorndike, 1974: Modeling the pack ice as an elastic-plastic material.
41  \textit{AIDJEX Bulletin}, \textbf{24}, 1--105.
42
43\bibitem[{Fichefet and Morales~Maqueda(1997)}]{FichefetMaqueda97}
44Fichefet, T. and M.~A. Morales~Maqueda, 1997: Sensitivity of a global sea ice
45  model to the treatment of ice thermodynamics and dynamics. \textit{Journal of
46  Geophysical Research}, \textbf{102}, 12,609--12,646.
47
48\bibitem[{Flato and Hibler(1995)}]{FlatoHibler95}
49Flato, G.~M. and W.~D. Hibler, 1995: Ridging and strength in modeling the
50  thickness distribution of arctic sea ice. \textit{Journal of Geophysical
51  Research}, \textbf{100}, 18\,611--18\,626.
52
53\bibitem[{Girard et~al.(2009)Girard, Weiss, Molines, Barnier, and
54  Bouillon}]{Girardetal09}
55Girard, L., J.~Weiss, J.~Molines, B.~Barnier, and S.~Bouillon, 2009: Evaluation
56  of high-resolution sea ice models on the basis of statistical and scaling
57  properties of arctic sea ice drift and deformation. \textit{Journal of
58  Geophysical Research}, \textbf{114}, \doi{10.1029/2008JC005182}.
59
60\bibitem[{Haapala(2000)}]{Haapala00}
61Haapala, J., 2000: On the modelling of ice-thickness redistribution.
62  \textit{Journal of Glaciology}, \textbf{46~(154)}, 427--437.
63
64\bibitem[{Hibler(1979)}]{Hibler79}
65Hibler, W.~D., 1979: A dynamic thermodynamic sea ice model. \textit{Journal of
66  Physical Oceanography}, \textbf{9}, 815--846.
67
68\bibitem[{Hibler(1980)}]{Hibler80}
69---{}---{}---, 1980: Modeling a variable thickness sea ice cover.
70  \textit{Monthly Weather Review}, \textbf{108}, 1943--1973.
71
72\bibitem[{H{{\o{}}}yland(2002)}]{Hoyland02}
73H{{\o{}}}yland, 2002: Consolidation of first-year sea ice ridges.
74  \textit{Journal of Geophysical Research}, \textbf{107}, 3062,
75  \doi{doi:10.1029/2000JC000526.}
76
77\bibitem[{{IOC, SCOR and IAPSO}(2010)}]{TEOS-10}
78{IOC, SCOR and IAPSO}, 2010: The international thermodynamic equation of
79  seawater - 2010: Calculation and use of thermodynamic properties.
80  Intergovernmental Oceanographic Commission, Manuals and Guides~56, UNESCO.
81
82\bibitem[{Kovacs(1996)}]{Kovacs96}
83Kovacs, A., 1996: Sea ice, part i. bulk salinity versus ice floe thickness.
84  Tech. Rep. 96-7, Cold Regions Research and Engineering Laboratory, Hanover,
85  New Hampshire.
86
87\bibitem[{Kreyscher et~al.(1999)Kreyscher, Harder, Lemke, and
88  Flato}]{Kreyscheretal00}
89Kreyscher, M., M.~Harder, P.~Lemke, and G.~M. Flato, 1999: Results of the sea
90  ice model intercomparison project: Evaluation of sea ice rheology scheme for
91  use in climate simulations. \textit{Jounal of Geophysical Research},
92  \textbf{105}, 11,299--11,320.
93
94\bibitem[{Lepp\"aranta(2005)}]{Lepparanta05}
95Lepp\"aranta, M., 2005: \textit{The Drift of Sea ice}. Springer, 266 pp. pp.
96
97\bibitem[{Lepp\"aranta et~al.(1995)Lepp\"aranta, Lensu, and
98  Witch}]{Lepparantaetal95}
99Lepp\"aranta, M., M.~Lensu, and P.~K.~B. Witch, 1995: The life story of a
100  first-year sea ice ridge. \textit{Cold Regions Science and Technology},
101  \textbf{23(3)}, 279--290.
102
103\bibitem[{Lipscomb(2001)}]{Lipscomb01}
104Lipscomb, W.~H., 2001: Remapping the thickness distribution in sea ice models.
105  \textit{Journal of Geophysical Research}, \textbf{106}, 13\,989--14\,000.
106
107\bibitem[{Lipscomb et~al.(2007)Lipscomb, Hunke, Maslowski, and
108  Jackaci}]{Lipscombetal07}
109Lipscomb, W.~H., E.~Hunke, W.~Maslowski, and J.~Jackaci, 2007: Ridging,
110  strength, and stability in high-resolution sea ice models. \textit{Journal of
111  Geophysical Research}, \textbf{112}, C03S9, \doi{doi:10.1029/2005JC003355}.
112
113\bibitem[{Massonnet et~al.(2018)Massonnet, Barth\'el\'emy, Worou, Fichefet,
114  Vancoppenolle, and Rousset}]{Massonnetetal18b}
115Massonnet, F., A.~Barth\'el\'emy, K.~Worou, T.~Fichefet, M.~Vancoppenolle, and
116  C.~Rousset, 2018: Insights on the discretization of the ice thickness
117  distribution in large-scale sea ice models. \textit{submitted}.
118
119\bibitem[{Maykut(1986)}]{Maykut86}
120Maykut, G.~A., 1986: \textit{The Geophysics of Sea Ice}, NATO ASI Series.
121  Series B, Physics., Vol. 146, chap. The surface heat and mass balance,
122  395--463. Plenum Press, New York.
123
124\bibitem[{Maykut and McPhee(1995)}]{MaykutMcPhee95}
125Maykut, G.~A. and M.~G. McPhee, 1995: Solar heating of the arctic mixed layer.
126  \textit{Journal of Geophysical Research}, \textbf{100}, 24,691--24,703.
127
128\bibitem[{Maykut and Thorndike(1973)}]{MaykutThorndike73}
129Maykut, G.~A. and A.~S. Thorndike, 1973: An approach to coupling the dynamics
130  and thermodynamics of arctic sea ice. \textit{AIDJEX Bulletin}, \textbf{21},
131  23--29.
132
133\bibitem[{Maykut and Untersteiner(1971)}]{MaykutUntersteiner71}
134Maykut, G.~A. and N.~Untersteiner, 1971: Some results from a time-dependent
135  thermodynamic model of sea ice. \textit{Journal of Geophysical Research},
136  \textbf{76}, 1550--1575.
137
138\bibitem[{McPhee(1992)}]{McPhee92}
139McPhee, M., 1992: Turbulent heat flux in the upper ocean under sea ice.
140  \textit{Journal of Geophysical Research}, \textbf{97(C4)}, 5365--5379.
141
142\bibitem[{Mellor and Kantha(1989)}]{MellorKantha89}
143Mellor, G.~L. and L.~Kantha, 1989: An ice-ocean coupled model. \textit{Journal
144  of Geophysical Research}, \textbf{94}, 10,937--10,954.
145
146\bibitem[{Notz et~al.(2016)Notz, Jahn, Holland, Hunke, Massonnet, Stroeve,
147  Tremblay, and Vancoppenolle}]{Notzetal16}
148Notz, D., A.~Jahn, M.~Holland, E.~Hunke, F.~Massonnet, J.~Stroeve, B.~Tremblay,
149  and M.~Vancoppenolle, 2016: {The CMIP6 Sea-Ice Model Intercomparison Project
150  (SIMIP): understanding sea ice through climate-model simulations}.
151  \textit{Geoscientific Model Development}, \textbf{9 (9)}, 3427--3446.
152
153\bibitem[{Parmerter(1975)}]{Parmerter75}
154Parmerter, R.~R., 1975: A model of simple rafting in sea ice. \textit{Journal
155  of Geophysical Research}, \textbf{80}, 1948--1952.
156
157\bibitem[{Prather(1986)}]{Prather86}
158Prather, M.~J., 1986: Numerical advection by conservation of second-order
159  moments. \textit{Journal of Geophysical Research}, \textbf{91}, 6671--6681.
160
161\bibitem[{Pringle et~al.(2007)Pringle, Eicken, Trodahl, and
162  Backstrom}]{Pringleetal07}
163Pringle, D.~J., H.~Eicken, H.~J. Trodahl, and L.~Backstrom, 2007: Thermal
164  conductivity of landfast antarctic and arctic sea ice. \textit{Journal of
165  Geophysical Research}, \textbf{112}, C04017, \doi{10.1029/2006JC003641}.
166
167\bibitem[{Schmidt et~al.(2004)Schmidt, Bitz, Mikolajewicz, and
168  Tremblay}]{Schmidtetal04}
169Schmidt, G., C.~M. Bitz, U.~Mikolajewicz, and L.-B. Tremblay, 2004: Ice-ocean
170  boundary conditions for coupled models. \textit{Ocean Modelling}, \textbf{7},
171  59--74, \doi{doi:10.1016/S1463-5003(03)00030-1}.
172
173\bibitem[{Shine and Henderson-Sellers(1985)}]{ShineHenderson85}
174Shine, K.~P. and A.~Henderson-Sellers, 1985: The sensitivity of a thermodynamic
175  sea ice model to changes in surface albedo parameterization. \textit{Journal
176  of Geophysical Research}, \textbf{90}, 2243--2250.
177
178\bibitem[{Thorndike et~al.(1975)Thorndike, Rothrock, Maykut, and
179  Colony}]{Thorndikeetal75}
180Thorndike, A.~S., D.~A. Rothrock, G.~A. Maykut, and R.~Colony, 1975: The
181  thickness distribution of sea ice. \textit{Journal of Geophysical Research},
182  \textbf{80}, 4501--4513.
183
184\bibitem[{Tuhkuri and Lensu(2002)}]{TuhkuriLensu02}
185Tuhkuri, J. and M.~Lensu, 2002: Laboratory tests on ridging and rafting of ice
186  sheets. \textit{Journal of Geophysical Research}, \textbf{107}, 3125,
187  doi:10.1029/2001JC000\,848, \doi{doi:10.1029/2001JC000848}.
188
189\bibitem[{Vancoppenolle et~al.(2009)Vancoppenolle, Fichefet, and
190  Goosse}]{Vancoppenolleetal09b}
191Vancoppenolle, M., T.~Fichefet, and H.~Goosse, 2009: {Simulating the mass
192  balance and salinity of Arctic and Antarctic sea ice. 2. Sensitivity to
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194  \doi{10.1016/j.ocemod.2008.11.003}.
195
196\bibitem[{Weiss(2013)}]{Weiss13}
197Weiss, J., 2013: \textit{Drift, Deformation and Fracture of Sea Ice: A
198  Perspective across Scales}. Springer.
199
200\bibitem[{Worster(1992)}]{Worster92}
201Worster, M.~G., 1992: \textit{Interactive Dynamics of Convection and
202  Solidification}, chap. The dynamics of mushy layers, 113--138. Kluwer.
203
204\bibitem[{Zhang and Rothrock(2001)}]{ZhangRothrock01}
205Zhang, J. and D.~Rothrock, 2001: A thickness and enthalpy distribution sea ice
206  model. \textit{Journal of Physical Oceanography}, \textbf{31}, 2986--3001.
207
208\end{thebibliography}
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