@string{SINUM = "SIAM J. Numer. Anal."}
@string{SIMAX = "SIAM J. Matrix Anal. Appl."}
@string{SISSC = "SIAM J. Sci. Stat. Comput."}
@string{SICOMP = "SIAM J. Comput."}
@string{TOMS = "ACM Trans. Math. Software"}
@string{NM = "Numer. Math."}
@string{MC = "Math. Comput."}
@string{JIMA = "J. Inst. Maths. Appl."}
@string{JCP = "J. Comp. Phys."}
@string{JAM = "J. Appl. Meteor."}
@string{JAS = "J. Atmos. Sci."}
@string{JGR = "J. Geophys. Res."}
@string{MWR = "Mon. Wea. Rev."}
@string{QJRMS = "Quart. J. R. Met. Soc."}
@string{TELLUS = "Tellus"}


@article{Williamson-Drake,
        author="D. L. Williamson and J.B. Drake and J.J. Hack and Rudiger Jakob and P.N. Swarztrauber",
        title="A Standard Test Set for Numerical Approximations to the Shallow Water Equations on the Sphere",
        vol="102",
        journal=JCP,
        year=1992,
        pages="211--224",
	annote= 
"Defines the suite of seven test cases and standard error measures."
        }

@techreport{Jakob-Hack,
        author="R. Jakob, J.J. Hack and D.L. Williamson",
        title="Solutions to the Shallow Water Test Set Using the Spectral Transform Method",
        type="NCAR Technical Note",
        institution="National Center for Atmospheric Research",
        number="NCAR/TN-388-STR",
        year="1993",
        address="Boulder, CO",
        annote=
"Presents solutions to the suite of test cases from a spectral shallow
water model at T42, T63 and T106 truncations along with reference
solutions for the non-analytic cases at T213."
        }

@techreport{Chern,
        author="I-L. Chern",
        title="A Control Volume Method on an Icosahedral Grid for Numerical Intergration of the Shallow-water Equations on the Sphere",
        type="ANL/MCS Preprint",
        number="MCS--P214--0291",
        institution="Argonne National Laboratory",
        year=1991,
        address="Chicago, IL",
        }

@article{Worley-PartI,
        author="P.H. Worley and J.B. Drake",
        title="Parallelizing the Spectral Transform Method - Part I",
        journal="Concurrency:  Practice and Experience",
        vol="4(4)",
        year=1992,
        pages="269--291"}

@article{Walker-PartII,
        author="D.W. Walker, P.H. Worley and J.B. Drake",
        title="Parallelizing the Spectral Transform Method - Part II",
        journal="Concurrency:  Practice and Experience",
        vol="4(7)",
        year=1992,
        pages="509--531"}


@techreport{Hack-Jakob,
        author="J.J. Hack and R. Jakob",
        title="Description of a Global Shallow Water Model Based on the Spectral Transform Method",
        type="NCAR Technical Note",
        number="NCAR/TN-343+STR",
        institution="National Center for Atmospheric Research",
        year="1992",
        address="Boulder, CO",
        pages="37"}

@techreport{Heikes-Randall,
        author="Ross P. Heikes and David A. Randall",
        title="The Shallow Water Equations on a Spherical Geodesic Grid",
        type="Dept. Atm. Sci Paper",
        number="524",
        institution="Colorado State University",
        year="1993",
        address="Fort Collins, CO",
        pages="175",
	annote=
"Develops a shallow water model based on the stream function/velocity
potential form of the equations on a spherical geodesic grid. Presents
solutions to the suite of seven test cases with this model, with the
Arakawa-Lamb model on a latitude/longitude grid and a spectral transform
model. Also presents model performance for the spherical geodesic and
Arakawa-Lamb models."
           }

@inproceedings{McGregor92,
        author="J.L. McGregor",
        title="The Cosine Bell Advection Test on the Sphere:
Application of an Economical Scheme for Determination 
of the Departure Points",
      	booktitle="Modelling weather and climate",
        type="BMRC Research Report",
        number="33",
        organization="BMRC modelling workshop",
        institution="Bureau of Meteorology Research Centre",
        year="1991",
 	month="November",
        address="Melbourne, Australia",
        pages="143--153",
	annote=
"Presents results for test case 1 from a semi-Lagrangian model."
           }

@article{Browning-Hack-Swarztrauber,
        author="G. L. Browning and J. J. Hack and P. N. Swarztrauber",
        title="A Comparison of Three Numerical Methods for Solving
Differential Equations on the Sphere",
        journal=MWR,
        year="1989",
        volume="117",
        pages="1058--1075"}