diff --git a/compressible/dry_baroclinic_wave_temperature_pressure_plot.png b/compressible/dry_baroclinic_wave_temperature_pressure_plot.png
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Binary files /dev/null and b/compressible/dry_baroclinic_wave_temperature_pressure_plot.png differ
diff --git a/compressible/plot_dry_baroclinic_sphere.py b/compressible/plot_dry_baroclinic_sphere.py
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+++ b/compressible/plot_dry_baroclinic_sphere.py
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+"""
+Plot for a 2x1 grpah of surface tempeorature and surface pressure fields.
+"""
+import numpy as np
+import matplotlib.pyplot as plt
+from netCDF4 import Dataset
+from tomplot import (tomplot_contours, tomplot_cmap,
+                     plot_contoured_field, add_colorbar_ax,
+                     regrid_vertical_slice, tomplot_field_title,
+                     extract_gusto_vertical_slice, 
+                     reshape_gusto_data, extract_gusto_field,
+                     extract_gusto_coords, area_restriction)
+
+
+# ---------------------------------------------------------------------------- #
+# Directory for results and plots
+# ---------------------------------------------------------------------------- #
+# When copying this example these should not be relative to this file
+results_dir = '/data/home/dw603/firedrake-08_05_24/src/gusto/PhD/results/baroclinic_wave_order_1_1_with_vort'  # This needs to point to a data file
+results_file_name = f'{results_dir}/field_output.nc'
+plot_dir = f'{results_dir}/plots'
+plot_stem = f'{plot_dir}/output_testing'
+
+# ---------------------------------------------------------------------------- #
+# Things that should be altered based on the plot
+# ---------------------------------------------------------------------------- #
+# Specify lists for variables that are different between subplots
+field_names = ['Temperature', 'Pressure_Vt']
+titles = ['Temperature (850 HPa)', 'Surface Pressure']
+slice_along_values = ['z', 'z']
+                    
+field_labels = [r'$T \ / $K', r'$P \ / $Pa']
+
+remove_contour_vals = [None, None]
+domain_limit = {'X' : (0, 180), 'Y' : (0, 90)}
+colour_schemes = ['jet', 'jet']
+contours = ['contour a','contour b','contour c ','contour d']
+
+# Things that are the same for all subplots
+time_idxs = [0, 768, -1]
+contour_method = 'tricontour'
+slice_at_vals = [0, 0 , 0, 0]
+# 1D grids for vertical regridding
+coords_lon_1d = np.linspace(-180, 180, 50)
+coords_lat_1d = np.linspace(-90, 90, 50)
+# Dictionary to hold plotting grids -- keys are "slice_along" values
+plotting_grids = {'lat': coords_lon_1d, 'lon': coords_lat_1d}
+# Level for horizontal slices
+levels = [0, 0]
+# ---------------------------------------------------------------------------- #
+# Things that are likely the same for all plots
+# ---------------------------------------------------------------------------- #
+
+data_file = Dataset(results_file_name, 'r')
+for time_idx in time_idxs:
+    fig, axarray = plt.subplots(2, 1, figsize=(16, 8), sharey='row')
+
+    # Loop through subplots
+    for i, (ax, field_name, field_label, colour_scheme, slice_along, remove_contour, slice_at, title, level, contour) in \
+        enumerate(zip(axarray.flatten(), field_names, field_labels,
+                    colour_schemes, slice_along_values, remove_contour_vals, slice_at_vals, titles, levels, contours)):
+        # ------------------------------------------------------------------------ #
+        # Data extraction
+        # ------------------------------------------------------------------------ #
+        if slice_along == 'z':
+            # Extraction
+            field_full = extract_gusto_field(data_file, field_name, time_idx)
+            coords_X_full, coords_Y_full, coords_Z_full = \
+                extract_gusto_coords(data_file, field_name)
+
+            # Reshape
+            field_full, coords_X_full, coords_Y_full, _ = \
+                reshape_gusto_data(field_full, coords_X_full,
+                                    coords_Y_full, coords_Z_full)
+
+            # Domain restriction
+            field_data, coords_hori, coords_Z = \
+                area_restriction(field_full[:, level], coords_X_full[:, level], 
+                                 coords_Y_full[:, level], domain_limit)
+        else:
+            orig_field_data, orig_coords_X, orig_coords_Y, orig_coords_Z = \
+                extract_gusto_vertical_slice(data_file, field_name, time_idx,
+                                            slice_along=slice_along, slice_at=slice_at)
+
+            # Slices need regridding as points don't cleanly live along lon or lat = 0.0
+            field_data, coords_hori, coords_Z = regrid_vertical_slice(plotting_grids[slice_along],
+                                                                    slice_along, slice_at,
+                                                                    orig_coords_X, orig_coords_Y,
+                                                                    orig_coords_Z, orig_field_data)
+        time = data_file['time'][time_idx]
+        time_in_days = time / (24*60*60)
+        # ------------------------------------------------------------------------ #
+        # Plot data
+        # ------------------------------------------------------------------------ #
+        contours = tomplot_contours(field_data)
+        if field_name == 'Temperature':
+            contours = np.arange(220, 320, 10)
+       
+        cmap, lines = tomplot_cmap(contours, colour_scheme, remove_contour=remove_contour)
+        cf, _ = plot_contoured_field(ax, coords_hori, coords_Z, field_data,
+                                    contour_method, contours, cmap=cmap,
+                                    line_contours=lines)
+        add_colorbar_ax(ax, cf, field_label, location='bottom', cbar_labelpad=-10)
+        # Don't add ylabels unless left-most subplots
+        ylabel = True if i % 3 == 0 else None
+        ylabelpad = -30 if i > 2 else -10
+
+        tomplot_field_title(ax, title, minmax=True, field_data=field_data)
+
+    # These subplots tend to be quite clustered together, so move them apart a bit
+    fig.subplots_adjust(wspace=0.3, hspace=0.3)
+    fig.suptitle(f'Baroclinic Wave at {time_in_days} days')
+    # ---------------------------------------------------------------------------- #
+    # Save figure
+    # ---------------------------------------------------------------------------- #
+    plot_name = f'{plot_stem}_{time_in_days}_days.png'
+    print(f'Saving figure to {plot_name}')
+    fig.savefig(plot_name, bbox_inches='tight')
+    plt.close()
+
+