diff --git a/docs/source/InputsLoadBalancing.rst b/docs/source/InputsLoadBalancing.rst
index e78dcb798712b3940f80e2fe0173640978a76e7c..e3eba85521d73a4caccda891e24dac3a3f884b77 100644
--- a/docs/source/InputsLoadBalancing.rst
+++ b/docs/source/InputsLoadBalancing.rst
@@ -65,8 +65,8 @@ The following inputs must be preceded by "mfix" and determine how we load balanc
 +----------------------+-----------------------------------------------------------------------+-------------+--------------+
 | load_balance_fluid   | Only relevant if (dual_grid); if so do we also regrid mesh data       |  Int        | 1            |
 +----------------------+-----------------------------------------------------------------------+-------------+--------------+
-| load_balance_type    | What strategy to use for load balancing                               |  String     | FixedSize    |
-|                      | Options are "FixedSize", "KDTree" or "Knapsack"                       |             |              |
+| load_balance_type    | What strategy to use for load balancing                               |  String     | KnapSack     |
+|                      | Options are "KnapSack"or "SFC"                                        |             |              |
 +----------------------+-----------------------------------------------------------------------+-------------+--------------+
 | knapsack_weight_type | What weighting function to use if using Knapsack load balancing       |  String     | RunTimeCosts |
 |                      | Options are "RunTimeCosts" or "NumParticles""                         |             |              |
diff --git a/docs/source/LoadBalancing.rst b/docs/source/LoadBalancing.rst
index 7c685d8617a693bcd8fc432e2389aebbfedbfe7c..cae08456cb5f9145e9894996f7ac22927ca2521b 100644
--- a/docs/source/LoadBalancing.rst
+++ b/docs/source/LoadBalancing.rst
@@ -11,8 +11,7 @@ Load Balancing
 
 The process of load balancing is typically independent of the process of grid creation;
 the inputs to load balancing are a given set of grids with a set of weights
-assigned to each grid.  (The exception to this is the KD-tree approach in which the
-grid creation process is governed by trying to balance the work in each grid.)
+assigned to each grid. 
 
 Single-level load balancing algorithms are sequentially applied to each AMR level independently,
 and the resulting distributions are mapped onto the ranks taking into account the weights
@@ -20,7 +19,7 @@ already assigned to them (assign heaviest set of grids to the least loaded rank)
 
 Options supported by AMReX include:
 
-- Knapsack: the default weight of a grid in the knapsack algorithm is the number of grid cells,
+- KnapSack: the default weight of a grid in the knapsack algorithm is the number of grid cells,
   but AMReX supports the option to pass an array of weights – one per grid – or alternatively
   to pass in a MultiFab of weights per cell which is used to compute the weight per grid