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@@ -153,11 +153,9 @@ marginal_temp = result.mm[:climatedynamics, :temp]  # marginal results from the
 
 ### Pulse Size Details
 
- By default, MimiFUND will calculate the SCC using a marginal emissions pulse of 10 GtCO2 spread over ten years, or 1 GtCO2 per year.  Regardless of this pulse size, the SC will be returned in units of dollars per ton.  This choice of pulse size and duration is a decision made based on experiments with stability of results and moving from continuous to discretized equations, and can be found described further in the literature around FUND.
+By default, MimiFUND will calculate the SCC using a marginal emissions pulse of 10 GtCO2 spread over ten years, or 1 GtCO2 per year.  Regardless of this pulse size, the SC will be returned in units of dollars per ton.  This choice of pulse size and duration is a decision made based on experiments with stability of results and moving from continuous to discretized equations, and can be found described further in the literature around FUND.
 
- If you wish to alter this pulse size, it is an optional keyword argument to the  `compute_sc` function where `pulse_size` controls the size of the marginal emission pulse.
-
- For a deeper dive into the machinery of this function, see the forum conversation [here](https://forum.mimiframework.org/t/mimifund-emissions-pulse/153/9) and the docstrings in `new_marginaldamage.jl`.
+If you wish to alter this pulse size, it is an optional keyword argument to the  `compute_sc` function where `pulse_size` controls the size of the marginal emission pulse. For a deeper dive into the machinery of this function, see the forum conversation [here](https://forum.mimiframework.org/t/mimifund-emissions-pulse/153/9) and the docstrings in `new_marginaldamage.jl`.
 
 ## Versions and academic use policy