Merge pull request CICE-Consortium#203 from duvivier/doc_refs

References and testing in documentation

doc/source/cice_index.rst

@@ -318,7 +318,7 @@ either Celsius or Kelvin units).
    "kcatbound", ":math:`\bullet` category boundary formula", ""
    "kdyn", ":math:`\bullet` type of dynamics (1 = EVP, 0 = off)", "1"
    "kg_to_g", "kg to g conversion factor", "1000."
-   "kice", "thermal conductivity of fresh ice (:cite:`BL99`)", "2.03 W/m/deg"
+   "kice", "thermal conductivity of fresh ice (:cite:`Bitz99`)", "2.03 W/m/deg"
    "kitd", ":math:`\bullet` type of itd conversions (0 = delta function, 1 = linear remap)", "1"
    "kmt_file", ":math:`\bullet` input file for land mask info", ""
    "krdg_partic", ":math:`\bullet` ridging participation function", "1"
@@ -327,7 +327,7 @@ either Celsius or Kelvin units).
    "kseaice", "thermal conductivity of ice for zero-layer thermodynamics", "2.0 W/m/deg"
    "ksno", "thermal conductivity of snow", "0.30 W/m/deg"
    "kstrength", ":math:`\bullet` ice stength formulation (1= :cite:`Rothrock75`, 0 = :cite:`Hibler79`)", "1"
-   "ktherm", ":math:`\bullet` thermodynamic formulation (0 = zero-layer, 1 = :cite:`BL99`, 2 = mushy)", ""        
+   "ktherm", ":math:`\bullet` thermodynamic formulation (0 = zero-layer, 1 = :cite:`Bitz99`, 2 = mushy)", ""        
    "**L**", "", ""
    "l_brine", "flag for brine pocket effects", ""
    "l_conservation_check", "if true, check conservation when ridging", ""
@@ -530,7 +530,7 @@ either Celsius or Kelvin units).
    "**S**", "", ""
    "s11, s12, s22", "stress tensor components", ""
    "salinz", "ice salinity profile", "ppt"
-   "saltmax", "max salinity, at ice base (:cite:`BL99`)", "3.2 ppt"
+   "saltmax", "max salinity, at ice base (:cite:`Bitz99`)", "3.2 ppt"
    "scale_factor", "scaling factor for shortwave radiation components", ""
    "sec", "seconds elasped into idate", ""
    "secday", "number of seconds in a day", "86400."

doc/source/intro/about.rst

@@ -11,7 +11,7 @@ coupled atmosphere--land global climate model. It was
 designed to be compatible with the Parallel Ocean Program
 (POP), an ocean circulation model developed at 
 Los Alamos National Laboratory for use on massively parallel computers
-:cite:`SDM92,DSM93,DSM94`. The current version of the
+:cite:`Smith92,Dukowicz93,Dukowicz94`. The current version of the
 model has been enhanced greatly through collaborations with members of
 the community.