\begin{thebibliography}{64}
\providecommand{\natexlab}[1]{#1}
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  \providecommand{\doi}[1]{doi:\discretionary{}{}{}#1}\else
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  \urlstyle{rm}\Url}\fi

\bibitem[{\textit{Ardhuin and Magne}(2007)}]{Ardhuin&Magne2007}
Ardhuin, F., and R.~Magne (2007), Current effects on scattering of surface
  gravity waves by bottom topography, \textit{J. Fluid Mech.}, \textit{576},
  235--264.

\bibitem[{\textit{Ardhuin et~al.}(2015)\textit{Ardhuin, Collard, Chapron,
  Girard-Ardhuin, Guitton, Mouche, and Stopa}}]{Ardhuin:2015}
Ardhuin, F., F.~Collard, B.~Chapron, F.~Girard-Ardhuin, G.~Guitton, A.~Mouche,
  and J.~E. Stopa (2015), Estimates of ocean wave heights and attenuation in
  sea ice using the sar wave mode on sentinel-1a, \textit{Geophysical Research
  Letters}, \textit{42}(7), 2317--2325, \doi{10.1002/2014GL062940},
  2014GL062940.

\bibitem[{\textit{Ardhuin et~al.}(2016)\textit{Ardhuin, Sutherland, Doble, and
  Wadhams}}]{Ardhuin:2016}
Ardhuin, F., P.~Sutherland, M.~Doble, and P.~Wadhams (2016), Ocean waves across
  the arctic: Attenuation due to dissipation dominates over scattering for
  periods longer than 19 s, \textit{Geophysical Research Letters}, pp.
  n/a--n/a, \doi{10.1002/2016GL068204}, 2016GL068204.

\bibitem[{\textit{Ardhuin et~al.}(2017)\textit{Ardhuin, Stopa, Chapron,
  Collard, Smith, Thomson, Doble, Blomquist, Persson, III, and
  Wadhams}}]{Ardhuin:2017a}
Ardhuin, F., J.~Stopa, B.~Chapron, F.~Collard, M.~Smith, J.~Thomson, M.~Doble,
  B.~Blomquist, O.~Persson, C.~O.~C. III, and P.~Wadhams (2017), Measuring
  ocean waves in sea ice using {SAR} imagery: A quasi-deterministic approach
  evaluated with {S}entinel-1 and in situ data, \textit{Remote Sensing of
  Environment}, \textit{189}, 211 -- 222,
  \doi{http://dx.doi.org/10.1016/j.rse.2016.11.024}.

\bibitem[{\textit{Bennetts et~al.}(2015)\textit{Bennetts, Alberello, Meylan,
  Cavaliere, Babanin, and Toffoli}}]{Bennetts:2015}
Bennetts, L., A.~Alberello, M.~Meylan, C.~Cavaliere, A.~Babanin, and A.~Toffoli
  (2015), An idealised experimental model of ocean surface wave transmission by
  an ice floe, \textit{Ocean Modelling}, \textit{96}(Part 1), 85 -- 92,
  \doi{https://doi.org/10.1016/j.ocemod.2015.03.001}, waves and coastal,
  regional and global processes.

\bibitem[{\textit{Cheng et~al.}(2017)\textit{Cheng, Rogers, Thomson, Smith,
  Doble, Wadhams, Kohout, Lund, Persson, Collins, Ackley, Montiel, and
  Shen}}]{Cheng:2017}
Cheng, S., W.~E. Rogers, J.~Thomson, M.~Smith, M.~J. Doble, P.~Wadhams, A.~L.
  Kohout, B.~Lund, O.~P. Persson, C.~O. Collins, S.~F. Ackley, F.~Montiel, and
  H.~H. Shen (2017), Calibrating a viscoelastic sea ice model for wave
  propagation in the arctic fall marginal ice zone, \textit{Journal of
  Geophysical Research: Oceans}, \textit{122}, n/a--n/a,
  \doi{10.1002/2017JC013275}.

\bibitem[{\textit{Collins and Rogers}(2017)}]{Collins:2017b}
Collins, C., and W.~Rogers (2017), A source term for wave attenuation by sea
  ice in {WAVEWATCH III}$^{\textregistered}$: {IC4}, \textit{Tech. Rep.
  NRL/MR/7320--17-9726}, Naval Research Laboratory.

\bibitem[{\textit{Collins et~al.}(2015)\textit{Collins, Rogers, Marchenko, and
  Babanin}}]{Collins:2015}
Collins, C.~O., W.~E. Rogers, A.~Marchenko, and A.~V. Babanin (2015), In situ
  measurements of an energetic wave event in the arctic marginal ice zone,
  \textit{Geophysical Research Letters}, pp. n/a--n/a,
  \doi{10.1002/2015GL063063}.

\bibitem[{\textit{Collins et~al.}(2017{\natexlab{a}})\textit{Collins, Rogers,
  and Lund}}]{Collins:2017c}
Collins, C.~O., W.~E. Rogers, and B.~Lund (2017{\natexlab{a}}), An
  investigation into the dispersion of ocean surface waves in sea ice,
  \textit{Ocean Dynamics}, \textit{67}(2), 263--280,
  \doi{10.1007/s10236-016-1021-4}.

\bibitem[{\textit{Collins et~al.}(2017{\natexlab{b}})\textit{Collins,
  Blomquist, Persson, Lund, Rogers, Thomson, Wang, Smith, Doble, Wadhams,
  Kohout, Fairall, and Graber}}]{Collins:2017a}
Collins, C.~O., B.~Blomquist, O.~Persson, B.~Lund, W.~E. Rogers, J.~Thomson,
  D.~Wang, M.~Smith, M.~Doble, P.~Wadhams, A.~Kohout, C.~Fairall, and H.~C.
  Graber (2017{\natexlab{b}}), Doppler correction of wave frequency spectra
  measured by underway vessels, \textit{Journal of Atmospheric and Oceanic
  Technology}, \textit{34}(2), 429--436, \doi{10.1175/JTECH-D-16-0138.1}.

\bibitem[{\textit{Doble and Bidlot}(2013)}]{Doble:2013}
Doble, M.~J., and J.-R. Bidlot (2013), Wave buoy measurements at the antarctic
  sea ice edge compared with an enhanced ecmwf wam: Progress towards global
  waves-in-ice modelling, \textit{Ocean Modelling}, \textit{70}(Supplement C),
  166 -- 173, \doi{https://doi.org/10.1016/j.ocemod.2013.05.012}, ocean Surface
  Waves.

\bibitem[{\textit{{Fox} and {Squire}}(1994)}]{Fox:1994}
{Fox}, C., and V.~A. {Squire} (1994), {On the Oblique Reflexion and
  Transmission of Ocean Waves at Shore Fast Sea Ice}, \textit{Philosophical
  Transactions of the Royal Society of London Series A}, \textit{347},
  185--218, \doi{10.1098/rsta.1994.0044}.

\bibitem[{\textit{Francis et~al.}(2011)\textit{Francis, Panteleev, and
  Atkinson}}]{Francis:2011}
Francis, O.~P., G.~G. Panteleev, and D.~E. Atkinson (2011), Ocean wave
  conditions in the {C}hukchi {S}ea from satellite and in situ observations,
  \textit{Geophys. Res. Lett.}, \textit{38}(L24610),
  \doi{10.1029/2011GL049839}.

\bibitem[{\textit{Gebhardt et~al.}(2016)\textit{Gebhardt, Bidlot, Gemmrich,
  Lehner, Pleskachevsky, and Rosenthal}}]{Gebhardt:2016}
Gebhardt, C., J.-R. Bidlot, J.~Gemmrich, S.~Lehner, A.~Pleskachevsky, and
  W.~Rosenthal (2016), Wave observation in the marginal ice zone with the
  terrasar-x satellite, \textit{Ocean Dynamics}, \textit{66}(6), 839--852,
  \doi{10.1007/s10236-016-0957-8}.

\bibitem[{\textit{Gebhardt et~al.}(2017)\textit{Gebhardt, Bidlot, Jacobsen,
  Lehner, Persson, and Pleskachevsky}}]{Gebhardt:2017}
Gebhardt, C., J.~R. Bidlot, S.~Jacobsen, S.~Lehner, P.~O.~G. Persson, and A.~L.
  Pleskachevsky (2017), The potential of terrasar-x to observe wind wave
  interaction at the ice edge, \textit{IEEE Journal of Selected Topics in
  Applied Earth Observations and Remote Sensing}, \textit{10}(6), 2799--2809,
  \doi{10.1109/JSTARS.2017.2652124}.

\bibitem[{\textit{Gemmrich et~al.}(2016)\textit{Gemmrich, Thomson, Rogers,
  Pleskachevsky, and Lehner}}]{Gemmrich:2016}
Gemmrich, J., J.~Thomson, W.~E. Rogers, A.~Pleskachevsky, and S.~Lehner (2016),
  Spatial characteristics of ocean surface waves, \textit{Ocean Dynamics},
  \textit{66}(8), 1025--1035, \doi{10.1007/s10236-016-0967-6}.

\bibitem[{\textit{Inoue et~al.}(2010)\textit{Inoue, Hori, Tachibana, and
  Kikuchi}}]{Inoue:2010}
Inoue, J., M.~E. Hori, Y.~Tachibana, and T.~Kikuchi (2010), A polar low
  embedded in a blocking high over the pacific arctic, \textit{Geophysical
  Research Letters}, \textit{37}(14), n/a--n/a, \doi{10.1029/2010GL043946},
  l14808.

\bibitem[{\textit{Jackson et~al.}(2010)\textit{Jackson, Carmack, McLaughlin,
  Allen, and Ingram}}]{Jackson:2010}
Jackson, J.~M., E.~C. Carmack, F.~A. McLaughlin, S.~E. Allen, and R.~G. Ingram
  (2010), Identification, characterization, and change of the near-surface
  temperature maximum in the canada basin, 1993--2008, \textit{Journal of
  Geophysical Research: Oceans}, \textit{115}(C5), n/a--n/a,
  \doi{10.1029/2009JC005265}, c05021.

\bibitem[{\textit{Jeffries et~al.}(2013)\textit{Jeffries, Overland, and
  Perovich}}]{Jeffries:2013}
Jeffries, M.~O., J.~E. Overland, and D.~K. Perovich (2013), The {A}rctic shifts
  to a new normal, \textit{Physics Today}, \textit{66}(10),
  \doi{10.1063/PT.3.2147}.

\bibitem[{\textit{Khon et~al.}(2014)\textit{Khon, Mokhov, Pogarskiy, Babanin,
  Dethloff, Rinke, and Matthes}}]{Khon:2014}
Khon, V.~C., I.~I. Mokhov, F.~A. Pogarskiy, A.~Babanin, K.~Dethloff, A.~Rinke,
  and H.~Matthes (2014), Wave heights in the 21st century arctic ocean
  simulated with a regional climate model, \textit{Geophysical Research
  Letters}, \textit{41}(8), 2956--2961, \doi{10.1002/2014GL059847},
  2014GL059847.

\bibitem[{\textit{Kohout et~al.}(2014)\textit{Kohout, Williams, Dean, and
  Meylan}}]{Kohout:2014}
Kohout, A.~L., M.~J.~M. Williams, S.~M. Dean, and M.~H. Meylan (2014),
  Storm-induced sea-ice breakup and the implications for ice extent,
  \textit{Nature}, \textit{509}, 604 EP --.

\bibitem[{\textit{Lee and Thomson}(2017)}]{LeeThomson:2017}
Lee, C., and J.~Thomson (2017), An autonomous approach to observing the
  seasonal ice zone, \textit{Oceanography Magazine}, \textit{30}.

\bibitem[{\textit{Li et~al.}(2015{\natexlab{a}})\textit{Li, Mondal, and
  Shen}}]{Li:2015b}
Li, J., S.~Mondal, and H.~H. Shen (2015{\natexlab{a}}), Sensitivity analysis of
  a viscoelastic parameterization for gravity wave dispersion in ice covered
  seas, \textit{Cold Regions Science and Technology}, \textit{120}, 63 -- 75,
  \doi{https://doi.org/10.1016/j.coldregions.2015.09.009}.

\bibitem[{\textit{Li et~al.}(2015{\natexlab{b}})\textit{Li, Kohout, and
  Shen}}]{Li:2015}
Li, J., A.~L. Kohout, and H.~H. Shen (2015{\natexlab{b}}), Comparison of wave
  propagation through ice covers in calm and storm conditions,
  \textit{Geophysical Research Letters}, \textit{42}(14), 5935--5941,
  \doi{10.1002/2015GL064715}, 2015GL064715.

\bibitem[{\textit{Li et~al.}(2017)\textit{Li, Kohout, Doble, Wadhams, Guan, and
  Shen}}]{Li:2017}
Li, J., A.~L. Kohout, M.~J. Doble, P.~Wadhams, C.~Guan, and H.~H. Shen (2017),
  Rollover of apparent wave attenuation in ice covered seas, \textit{Journal of
  Geophysical Research: Oceans}, pp. n/a--n/a, \doi{10.1002/2017JC012978}.

\bibitem[{\textit{Li}(2016)}]{Li:2016b}
Li, J.-G. (2016), Ocean surface waves in an ice-free arctic ocean,
  \textit{Ocean Dynamics}, \textit{66}(8), 989--1004,
  \doi{10.1007/s10236-016-0964-9}.

\bibitem[{\textit{Liu et~al.}(2016)\textit{Liu, Babanin, Zieger, Young, and
  Guan}}]{Liu:2016}
Liu, Q., A.~V. Babanin, S.~Zieger, I.~R. Young, and C.~Guan (2016), Wind and
  wave climate in the arctic ocean as observed by altimeters, \textit{Journal
  of Climate}, \textit{29}(22), 7957--7975, \doi{10.1175/JCLI-D-16-0219.1}.

\bibitem[{\textit{Long and Perrie}(2013)}]{Long:2013}
Long, Z., and W.~Perrie (2013), Impacts of climate change on fresh water
  content and sea surface height in the {B}eaufort {S}ea, \textit{Ocean
  Modelling}, \textit{71}, 127--139,
  \doi{http://dx.doi.org/10.1016/j.ocemod.2013.05.006}.

\bibitem[{\textit{Long and Perrie}(2015)}]{Long:2015}
Long, Z., and W.~Perrie (2015), Scenario changes of {A}tlantic water in the
  {A}rctic {O}cean, \textit{J. Climate}, \textit{28}, 552305,548,
  \doi{http://dx.doi.org/10.1175/JCLI-D-14-00522.1}.

\bibitem[{\textit{Long and Perrie}(2017)}]{Long:2017}
Long, Z., and W.~Perrie (2017), Changes in ocean temperature in the {B}arents
  sea in the twenty-first century, \textit{Journal of Climate},
  \textit{30}(15), 5901--5921, \doi{10.1175/JCLI-D-16-0415.1}.

\bibitem[{\textit{Lund et~al.}(2015)\textit{Lund, Graber, Hessner, and
  Williams}}]{Lund:2015}
Lund, B., H.~C. Graber, K.~Hessner, and N.~J. Williams (2015), On shipboard
  marine x-band radar near-surface current ``calibration'', \textit{Journal of
  Atmospheric and Oceanic Technology}, \textit{32}(10), 1928--1944,
  \doi{10.1175/JTECH-D-14-00175.1}.

\bibitem[{\textit{Lund et~al.}(2017)\textit{Lund, Zappa, Graber, and
  Cifuentes-Lorenzen}}]{Lund:2017}
Lund, B., C.~J. Zappa, H.~C. Graber, and A.~Cifuentes-Lorenzen (2017),
  Shipboard wave measurements in the southern ocean, \textit{Journal of
  Atmospheric and Oceanic Technology}, \textit{34}(9), 2113--2126,
  \doi{10.1175/JTECH-D-16-0212.1}.

\bibitem[{\textit{Martin et~al.}(2016)\textit{Martin, Tsamados, Schroeder, and
  Feltham}}]{Martin:2016}
Martin, T., M.~Tsamados, D.~Schroeder, and D.~L. Feltham (2016), The impact of
  variable sea ice roughness on changes in arctic ocean surface stress: A model
  study, \textit{Journal of Geophysical Research: Oceans}, pp. n/a--n/a,
  \doi{10.1002/2015JC011186}.

\bibitem[{\textit{Maslanik et~al.}(2007)\textit{Maslanik, Fowler, Stroeve,
  Drobot, Zwally, Yi, and Emery}}]{Maslanik:2007}
Maslanik, J.~A., C.~Fowler, J.~C. Stroeve, S.~Drobot, J.~Zwally, D.~Yi, and
  W.~Emery (2007), A younger, thinner {A}rctic ice cover: Increased potential
  for rapid, extensive sea-ice loss, \textit{Geophys. Res. Lett.},
  \textit{34}(34).

\bibitem[{\textit{Montiel and Squire}(2017)}]{Montiel:2017}
Montiel, F., and V.~A. Squire (2017), Modelling wave-induced sea ice break-up
  in the marginal ice zone, \textit{Proceedings of the Royal Society of London
  A: Mathematical, Physical and Engineering Sciences}, \textit{473}(2206),
  \doi{10.1098/rspa.2017.0258}.

\bibitem[{\textit{Montiel et~al.}(2016)\textit{Montiel, Squire, and
  Bennetts}}]{Montiel:2016}
Montiel, F., V.~A. Squire, and L.~G. Bennetts (2016), Attentuation and
  directional spreading of ocean wave spectra in the marginal ice zone,
  \textit{J. Fluid Mech.}, \textit{790}, 492--522.

\bibitem[{\textit{Mosig et~al.}(2015)\textit{Mosig, Montiel, and
  Squire}}]{Mosig:2015}
Mosig, J. E.~M., F.~Montiel, and V.~A. Squire (2015), Comparison of
  viscoelastic-type models for ocean wave attenuation in ice-covered seas,
  \textit{Journal of Geophysical Research: Oceans}, \textit{120}(9),
  6072--6090, \doi{10.1002/2015JC010881}.

\bibitem[{\textit{Perovich et~al.}(2007)\textit{Perovich, Light, Eicken, Jones,
  Runciman, and Nghiem}}]{Perovich:2007}
Perovich, D.~K., B.~Light, H.~Eicken, K.~F. Jones, K.~Runciman, and S.~V.
  Nghiem (2007), Increasing solar heating of the arctic ocean and adjacent
  seas, 1979--2005: Attribution and role in the ice-albedo feedback,
  \textit{Geophysical Research Letters}, \textit{34}(19), n/a--n/a,
  \doi{10.1029/2007GL031480}, l19505.

\bibitem[{\textit{Pingree-Shippee et~al.}(2016)\textit{Pingree-Shippee,
  Shippee, and Atkinson}}]{Pingree-Shippee:2016}
Pingree-Shippee, K.~A., N.~J. Shippee, and D.~E. Atkinson (2016), Overview of
  {B}ering and {C}hukchi sea wave states for four severe storms following
  common synoptic tracks, \textit{Journal of Atmospheric and Oceanic
  Technology}, \textit{33}(2), 283--302, \doi{10.1175/JTECH-D-15-0153.1}.

\bibitem[{\textit{Rogers and Orzech}(2013)}]{Rogers:2013}
Rogers, W., and M.~D. Orzech (2013), Implementation and testing of ice and mud
  source functions in {WAVEWATCH~III}, \textit{Memorandum Report
  NRL/MR/7320--13-9462}, Naval Research Laboratory.

\bibitem[{\textit{Rogers et~al.}(2016)\textit{Rogers, Thomson, Shen, Doble,
  Wadhams, and Cheng}}]{Rogers:2016}
Rogers, W.~E., J.~Thomson, H.~H. Shen, M.~J. Doble, P.~Wadhams, and S.~Cheng
  (2016), Dissipation of wind waves by pancake and frazil ice in the autumn
  beaufort sea, \textit{Journal of Geophysical Research: Oceans},
  \textit{121}(11), 7991--8007, \doi{10.1002/2016JC012251}.

\bibitem[{\textit{Serreze et~al.}(2016)\textit{Serreze, Crawford, Stroeve,
  Barrett, and Woodgate}}]{Serreze:2016}
Serreze, M.~C., A.~D. Crawford, J.~C. Stroeve, A.~P. Barrett, and R.~A.
  Woodgate (2016), Variability, trends, and predictability of seasonal sea ice
  retreat and advance in the chukchi sea, \textit{Journal of Geophysical
  Research: Oceans}, pp. n/a--n/a, \doi{10.1002/2016JC011977}.

\bibitem[{\textit{Smith and Thomson}(2016)}]{Smith:2016}
Smith, M., and J.~Thomson (2016), Scaling observations of surface waves in the
  beaufort sea, \textit{Elem Sci Anth}, \textit{4}(000097),
  \doi{10.12952/journal.elementa.000097}.

\bibitem[{\textit{Squire}(2007)}]{Squire:2007}
Squire, V.~A. (2007), Of ocean waves and sea ice revisited, \textit{Cold
  Regions Sci. Tech.}, \textit{49}, 110--133.

\bibitem[{\textit{Squire et~al.}(1995)\textit{Squire, Dugan, Wadhams, Rottier,
  and Liu}}]{Squire:1995}
Squire, V.~A., J.~P. Dugan, P.~Wadhams, P.~J. Rottier, and A.~K. Liu (1995), Of
  ocean waves and sea ice, \textit{Annu. Rev. Fluid Mech.}, \textit{27},
  115--168.

\bibitem[{\textit{Stammerjohn et~al.}(2012)\textit{Stammerjohn, Massom, Rind,
  and Martinson}}]{Stammerjohn:2012}
Stammerjohn, S., R.~Massom, D.~Rind, and D.~Martinson (2012), Regions of rapid
  sea ice change: An inter-hemispheric seasonal comparison, \textit{Geophysical
  Research Letters}, \textit{39}(6), n/a--n/a, \doi{10.1029/2012GL050874},
  l06501.

\bibitem[{\textit{Steele and Ermold}(2015)}]{Steele:2015}
Steele, M., and W.~Ermold (2015), Loitering of the retreating sea ice edge in
  the arctic seas, \textit{Journal of Geophysical Research: Oceans},
  \textit{120}(12), 7699--7721, \doi{10.1002/2015JC011182}.

\bibitem[{\textit{Stopa et~al.}(2016)\textit{Stopa, Ardhuin, and
  Girard-Adrhuin}}]{Stopa:2016}
Stopa, J.~E., F.~Ardhuin, and F.~Girard-Adrhuin (2016), Wave-climate in the
  {A}rctic 1992-2014: seasonality, trends, and wave-ice influence, \textit{The
  Cryosphere}, \textit{10}(4), 1605--1629, \doi{10.5194/tc-10-1605-2016}.

\bibitem[{\textit{Stroeve et~al.}(2016)\textit{Stroeve, Crawford, and
  Stammerjohn}}]{Stroeve:2016}
Stroeve, J.~C., A.~D. Crawford, and S.~Stammerjohn (2016), Using timing of ice
  retreat to predict timing of fall freeze-up in the arctic,
  \textit{Geophysical Research Letters}, \textit{43}(12), 6332--6340,
  \doi{10.1002/2016GL069314}, 2016GL069314.

\bibitem[{\textit{Sutherland and Gascard}(2016)}]{Sutherland:2016b}
Sutherland, P., and J.-C. Gascard (2016), Airborne remote sensing of ocean wave
  directional wavenumber spectra in the marginal ice zone, \textit{Geophysical
  Research Letters}, pp. n/a--n/a, \doi{10.1002/2016GL067713}, 2016GL067713.

\bibitem[{\textit{{The WAVEWATCH III$\:$\textsuperscript{\textregistered}
  Development Group}}(2016)}]{ww3man2016}
{The WAVEWATCH III$\:$\textsuperscript{\textregistered} Development Group}
  (2016), User manual and system documentation of {WAVEWATCH III} version 5.16,
  \textit{Tech. Rep. 329}, NOAA/NWS/NCEP/Marine Modeling and Analysis Branch.

\bibitem[{\textit{Thomson and Rogers}(2014)}]{Thomson:2014a}
Thomson, J., and W.~E. Rogers (2014), Swell and sea in the emerging {A}rctic
  {O}cean, \textit{Geophysical Research Letters}, pp. n/a--n/a,
  \doi{10.1002/2014GL059983}.

\bibitem[{\textit{Thomson et~al.}(2013)\textit{Thomson, Squire, Ackley, Rogers,
  Babanin, Guest, Maksym, Wadhams, Stammerjohn, Fairall, Persson, Doble,
  Graber, Shen, Gemmrich, Lehner, Holt, Williams, Meylan, and
  Bidlot}}]{Thomson:2013b}
Thomson, J., V.~Squire, S.~Ackley, E.~Rogers, A.~Babanin, P.~Guest, T.~Maksym,
  P.~Wadhams, S.~Stammerjohn, C.~Fairall, O.~Persson, M.~Doble, H.~Graber,
  H.~Shen, J.~Gemmrich, S.~Lehner, B.~Holt, T.~Williams, M.~Meylan, and
  J.~Bidlot (2013), Science plan: Sea state and boundary layer physics of the
  emerging {A}rctic {O}cean, \textit{Technical Report 1306}, Applied Physics
  Laboratory, University of Washington.

\bibitem[{\textit{Thomson et~al.}(2016)\textit{Thomson, Fan, Stammerjohn,
  Stopa, Rogers, Girard-Ardhuin, Ardhuin, Shen, Perrie, Shen, Ackley, Babanin,
  Liu, Guest, Maksym, Wadhams, Fairall, Persson, Doble, Graber, Lund, Squire,
  Gemmrich, Lehner, Holt, Meylan, Brozena, and Bidlot}}]{Thomson:2016b}
Thomson, J., Y.~Fan, S.~Stammerjohn, J.~Stopa, W.~E. Rogers, F.~Girard-Ardhuin,
  F.~Ardhuin, H.~Shen, W.~Perrie, H.~Shen, S.~Ackley, A.~Babanin, Q.~Liu,
  P.~Guest, T.~Maksym, P.~Wadhams, C.~Fairall, O.~Persson, M.~Doble, H.~Graber,
  B.~Lund, V.~Squire, J.~Gemmrich, S.~Lehner, B.~Holt, M.~Meylan, J.~Brozena,
  and J.-R. Bidlot (2016), Emerging trends in the sea state of the beaufort and
  chukchi seas, \textit{Ocean Modelling}, \textit{105}, 1 -- 12,
  \doi{http://dx.doi.org/10.1016/j.ocemod.2016.02.009}.

\bibitem[{\textit{Thomson et~al.}(2017)\textit{Thomson, Ackley, Shen, and
  Rogers}}]{Thomson:2017a}
Thomson, J., S.~Ackley, H.~H. Shen, and W.~E. Rogers (2017), The balance of
  ice, waves, and winds in the arctic autumn, \textit{Eos}, \textit{98},
  \doi{https://doi.org/10.1029/2017EO066029}.

\bibitem[{\textit{Tolman}(2003)}]{Tolman:2003}
Tolman, H.~L. (2003), Treatment of unresolved islands and ice in wind wave
  models, \textit{Ocean Modeling}, \textit{5}, 219--231.

\bibitem[{\textit{Tolman and Chalikov}(1996)}]{Tolman:1996}
Tolman, H.~L., and D.~Chalikov (1996), Source terms in a third-generation wind
  wave model, \textit{Journal of Physical Oceanography}, \textit{26}(11),
  2497--2518, \doi{10.1175/1520-0485(1996)026<2497:STIATG>2.0.CO;2}.

\bibitem[{\textit{Wadhams et~al.}(1988)\textit{Wadhams, Squire, Goodman, Cowan,
  and Moore}}]{Wadhams:1988}
Wadhams, P., V.~A. Squire, D.~J. Goodman, A.~M. Cowan, and S.~C. Moore (1988),
  The attenuation rates of ocean waves in the marginal ice zone, \textit{J.
  Geophys. Res}, \textit{93}(C6), 6799--6818.

\bibitem[{\textit{Wang and Allard}(2012)}]{Wang:2012}
Wang, D., and R.~Allard (2012), Validation of the operational performance of
  {NAVO SHARC METOC} and wave sensor systems, \textit{Tech. rep.}, Naval
  Research Laboratory.

\bibitem[{\textit{Wang et~al.}(2017)\textit{Wang, Kim, and Chang}}]{Wang:2017}
Wang, J., H.-M. Kim, and E.~K.~M. Chang (2017), Changes in northern hemisphere
  winter storm tracks under the background of arctic amplification,
  \textit{Journal of Climate}, \textit{30}(10), 3705--3724,
  \doi{10.1175/JCLI-D-16-0650.1}.

\bibitem[{\textit{Wang and Shen}(2010)}]{Wang:2010}
Wang, R., and H.~H. Shen (2010), Gravity waves propagating into an ice-covered
  ocean: A viscoelastic model, \textit{Journal of Geophysical Research:
  Oceans}, \textit{115}(C6), n/a--n/a, \doi{10.1029/2009JC005591}, c06024.

\bibitem[{\textit{Wang et~al.}(2015)\textit{Wang, Feng, Swail, and
  Cox}}]{Wang:2015}
Wang, X.~L., Y.~Feng, V.~R. Swail, and A.~Cox (2015), Historical changes in the
  {B}eaufort-{C}hukchi-{B}ering seas surface winds and waves, 1971-2013,
  \textit{Journal of Climate}, \doi{10.1175/JCLI-D-15-0190.1}.

\bibitem[{\textit{Zhao and Shen}(2016)}]{Zhao:2016}
Zhao, X., and H.~Shen (2016), A diffusion approximation for ocean wave
  scatterings by randomly distributed ice floes, \textit{Ocean Modelling},
  \textit{107}, 21 -- 27, \doi{https://doi.org/10.1016/j.ocemod.2016.09.014}.

\bibitem[{\textit{Zippel and Thomson}(2016)}]{Zippel:2016}
Zippel, S., and J.~Thomson (2016), Air-sea interactions in the marginal ice
  zone, \textit{Elem Sci Anth}, \textit{4}(000095).

\end{thebibliography}
