diff --git a/docs/Tutorial/cases/CBL.rst b/docs/Tutorial/cases/CBL.rst
index 545d209..46cdf69 100644
--- a/docs/Tutorial/cases/CBL.rst
+++ b/docs/Tutorial/cases/CBL.rst
@@ -17,11 +17,11 @@ Input parameters
 * Surface potential temperature: :math:`309` K
 * Potential temperature profile:
   .. math::
-    \partial{\theta}/\partial z =
-      \begin{cases}
-        0 & \text{if $z$ $\le$ 600 m}\\
-        0.004 & \text{if $z$ > 600 m}
-      \end{cases}
+  \partial{\theta}/\partial z =
+    \begin{cases}
+      0 & \text{if $z$ $\le$ 600 m}\\
+      0.004 & \text{if $z$ > 600 m}
+    \end{cases}
 * Surface heat flux:  :math:`0.35` Km/s
 * Surface roughness length: :math:`z_0=0.05` m
 * Rayleigh damping layer: uppermost :math:`400` m of the domain
diff --git a/docs/Tutorial/cases/NBL.rst b/docs/Tutorial/cases/NBL.rst
index 5fe82d8..8a25bc7 100644
--- a/docs/Tutorial/cases/NBL.rst
+++ b/docs/Tutorial/cases/NBL.rst
@@ -20,12 +20,12 @@ Input parameters
 * Surface potential temperature: :math:`300` K
 * Potential temperature profile:
   .. math::
-    \partial{\theta}/\partial z =
-      \begin{cases}
-        0 & \text{if $z$ $\le$ 500 m}\\
-        0.08 & \text{if 500 m < $z$ $\le$ 650 m}\\
-        0.003 & \text{if $z$ > 650 m}
-      \end{cases} 
+  \partial{\theta}/\partial z =
+    \begin{cases}
+      0 & \text{if $z$ $\le$ 500 m}\\
+      0.08 & \text{if 500 m < $z$ $\le$ 650 m}\\
+      0.003 & \text{if $z$ > 650 m}
+    \end{cases} 
 * Surface heat flux:  :math:`0.0` Km/s
 * Surface roughness length: :math:`z_0=0.1` m
 * Rayleigh damping layer: uppermost :math:`400` m of the domain
diff --git a/docs/Tutorial/cases/SBL.rst b/docs/Tutorial/cases/SBL.rst
index 4cd9028..fe57a20 100644
--- a/docs/Tutorial/cases/SBL.rst
+++ b/docs/Tutorial/cases/SBL.rst
@@ -20,11 +20,11 @@ Input parameters
 * Surface potential temperature: :math:`265` K
 * Potential temperature profile:
   .. math::
-    \partial{\theta}/\partial z =
-      \begin{cases}
-        0 & \text{if $z$ $\le$ 100 m}\\
-        0.01 & \text{if $z$ > 100 m}
-      \end{cases}   
+  \partial{\theta}/\partial z =
+    \begin{cases}
+      0 & \text{if $z$ $\le$ 100 m}\\
+      0.01 & \text{if $z$ > 100 m}
+    \end{cases}   
 * Surface heat flux:  :math:`-0.25` K/h
 * Surface roughness length: :math:`z_0=0.1` m
 * Rayleigh damping layer: uppermost :math:`75` m of the domain