Edited examples/README.rst.
@@ -16,12 +16,19 @@ To run the Python scripts and generate the figures in the subdirectories, you mu
`AtmEscRegimes <AtmEscRegimes>`_: Hydrogen envelope loss due to Roche lobe overflow, radiation-recombination-limited escape, energy-limited escape, and "automatic" loss in which the local environment sets the escape rate. [AtmEsc, STELLAR]
-`AtmEscEqTide <AtmEscEqTide>`_: Coupled atmospheric escape and tidal evolution. Includes water loss with CPL or CTL, as well as hydrogen escape via energy-limited, radiation-recombination-limited, Bondi-limited, and automatic models coupled to the CPL tidal model. [AtmEsc, EqTide, STELLAR]
+`HLossTides <HLossTides>`_: Coupled atmospheric escape and tidal evolution for
+the CPL tidal model with hydrogen escape via energy-limited,
+radiation-recombination-limited, Bondi-limited, and automatic models. [AtmEsc,
+EqTide, STELLAR]
`EarthClimate <EarthClimate>`_: Energy balance climate model of Earth over one year, as well as ice sheet growth and retreat on long timescales due to orbital and rotational forcings, i.e. Milankovitch Cycles. [DistOrb, DistRot, POISE]
`VenusWaterLoss <VenusWaterLoss>`_: Water loss from Venus due to water photolyzation and hydrogen escape. [AtmEsc, STELLAR]
+`WaterLossTides <WaterLossTides>`_: Evolution of a planet losing water from
+photolysis and hydrogen escape while it tidally evolves. [AtmEsc, EqTide,
+STELLAR]
+
`IceBelts <IceBelts>`_: Formation of equatorial ice belts on planets with high obliquity.
`MiniNeptuneEvap <MiniNeptuneEvap>`_: Removal of an mini-Neptune's isothermal hydrogen atmosphere by high energy radiation and/or Roche lobe overflow.
@@ -89,4 +96,11 @@ To run the Python scripts and generate the figures in the subdirectories, you mu
`TideLock <TideLock>`_: Tidal locking of habitable planets with the CPL and CTL equilibrium tide models. [EqTide]
-`AtmEscEqTide <AtmEscEqTide>`_: Coupled atmospheric escape and tidal evolution. Includes water loss with CPL or CTL, as well as hydrogen escape via energy-limited, radiation-recombination-limited, Bondi-limited, and automatic models coupled to the CPL tidal model. [AtmEsc, EqTide, STELLAR]
+`HLossTides <HLossTides>`_: Coupled atmospheric escape and tidal evolution for
+the CPL tidal model with hydrogen escape via energy-limited,
+radiation-recombination-limited, Bondi-limited, and automatic models. [AtmEsc,
+EqTide, STELLAR]
+
+`WaterLossTides <WaterLossTides>`_: Evolution of a planet losing water from
+photolysis and hydrogen escape while it tidally evolves. [AtmEsc, EqTide,
+STELLAR]
