linter fixes

components/data_comps/docs/index.md

@@ -8,6 +8,6 @@ The E3SM data models are key components to support many different scenarios:
 
 More details can be found for each component below.
 
-* [Data Atmosphere](user-guide/data-atmos-main.md)
-* [Data Land](user-guide/data-land-main.md)
-* [Data Ocean](user-guide/data-ocean-main.md)
+- [Data Atmosphere](user-guide/data-atmos-main.md)
+- [Data Land](user-guide/data-land-main.md)
+- [Data Ocean](user-guide/data-ocean-main.md)

components/data_comps/docs/user-guide/data-ocean-RSO.md

@@ -6,14 +6,14 @@ A key consideration for the user is whether they need to use a realistic distrib
 
 The RSO mode has the following namelist variables to influence the ocean behavior:
 
-```
+```text
 RSO_relax_tau   SST relaxation timescale
 RSO_fixed_MLD   globally uniform MLD value (use -1 for realistic MLD)
 ```
 
 Other RSO parameter values are hardcoded in `components/data_comps/docn/src/docn_comp_mod.F90`.
 
-```
+```text
 RSO_slab_option = 0           ! Option for setting RSO_X_cool
 RSO_R_cool      = 11.75/86400 ! base cooling rate [K/s]
 RSO_Tdeep       = 271.00      ! deep water temperature [K]

components/data_comps/docs/user-guide/data-ocean-amip.md

@@ -6,12 +6,12 @@ Example compsets that use this capability are `F2010` and `F20TR`. These compset
 
 Several additional XML variables need to be set in order to use this capability, which are set to defaults for common configurations, such as `F2010` at `ne30pg2` atmospheric resolution.
 
-```
+```text
 SSTICE_DATA_FILENAME  Prescribed SST and ice coverage data file name
 SSTICE_GRID_FILENAME  Grid file in "domain" format corresponding to SSTICE_DATA_FILENAME
 SSTICE_YEAR_ALIGN     The model year that corresponds to SSTICE_YEAR_START on the data file
 SSTICE_YEAR_START     The first year of data to use from SSTICE_DATA_FILENAME
 SSTICE_YEAR_END       The last year of data to use from SSTICE_DATA_FILENAME
 ```
 
-Most users will not need to edit these values from their defaults, but many scenarios require non-standard SST data, such as tropical cyclone hindcasts where the daily evolution of high-resolution SST data may be desireable.
+Most users will not need to edit these values from their defaults, but many scenarios require non-standard SST data, such as tropical cyclone hindcasts where the daily evolution of high-resolution SST data may be desireable.

components/data_comps/docs/user-guide/data-ocean-idealized.md

@@ -6,7 +6,7 @@ The two main uses of idealized SST modes are aquaplanet (AQP) and radiative-conv
 
 The following list shows the currently defined E3SM compsets that utilize idealized SST.
 
-```
+```text
 FAQP
 FAQP-MMF1
 FAQP-MMF2
@@ -27,11 +27,11 @@ FRCE-MW-MMF1_300dT2p5
 FRCE-MW-MMF1_305dT1p25
 ```
 
-These all use "analytic" SST patterns that are specified via the `docn_comp_run()` subroutine in `components/data_comps/docn/src/docn_comp_mod.F90`. The `AQP` compsets currently only use the basic aquaplanet pattern that is symmetric about the equator. Other APE patterns introduce different meridional gradients and/or asymmetries. The various analytic SST patterns can be selected by changing the data ocean specifier: `_DOCN%AQP1_`. 
+These all use "analytic" SST patterns that are specified via the `docn_comp_run()` subroutine in `components/data_comps/docn/src/docn_comp_mod.F90`. The `AQP` compsets currently only use the basic aquaplanet pattern that is symmetric about the equator. Other APE patterns introduce different meridional gradients and/or asymmetries. The various analytic SST patterns can be selected by changing the data ocean specifier: `_DOCN%AQP1_`.
 
 The first 10 analytic aquaplanet SST patterns correspond to the aqua-planet experiment (APE) protocol as follows
 
-```
+```text
 AQP1    = control symmetric SST pattern
 AQP2    = Flat
 AQP3    = Qobs = average of AQP1 and AQP2
@@ -46,7 +46,7 @@ AQP10   = Control+15N
 
 !!!NOTE
     When using aquaplanet mode the orbital parameters will take on the idealized values shown below such that there are no seasonal variations, but there is still a diurnal cycle.
-    ```
+    ```text
     orb_eccen = 0
     orb_obliq = 0
     orb_mvelp = 0

components/data_comps/docs/user-guide/data-ocean-main.md

@@ -2,9 +2,9 @@
 
 The E3SM data ocean has several different modes to support various realistic and idealized experiments. Sea surface temperatures (SST) can be either prescribed or prognostic. Prescribed SSTs are specified either through a data stream or analytically. Prognostic modes allow the SST field to evolve and respond to atmospheric conditions. The guides below provide more details on how to use these capabilities.
 
-* Prescribed
-    * [SST from Observations](data-ocean-amip.md)
-    * [Idealized SST](data-ocean-idealized.md)
-* Prognostic
-    * [Traditional Slab Ocean Model (SOM)](data-ocean-SOM.md)
-    * [Relaxed Slab Ocean (RSO)](data-ocean-RSO.md)
+- Prescribed
+  - [SST from Observations](data-ocean-amip.md)
+  - [Idealized SST](data-ocean-idealized.md)
+- Prognostic
+  - [Traditional Slab Ocean Model (SOM)](data-ocean-SOM.md)
+  - [Relaxed Slab Ocean (RSO)](data-ocean-RSO.md)