diff --git a/man/get_p_wet.Rd b/man/get_p_wet.Rd
index 077b380a..4fcafa44 100644
--- a/man/get_p_wet.Rd
+++ b/man/get_p_wet.Rd
@@ -27,7 +27,7 @@ get_p_wet(cut.known = 1, E_tot = 0.344 / 60 / 1000, E_cut = 0.108 / 60 / 1000, T
 
 \item{E_eye}{= 0.199 / 60 / 1000, Observed ocular evaporative water loss rate, g/s}
 
-\item{mass.g}{= 26.7, Mass of animal, g}
+\item{mass.g}{= 26.7, Wet mass of animal, g}
 
 \item{A_tot}{= 0.00894, Total surface area, m2}
 
@@ -37,11 +37,11 @@ get_p_wet(cut.known = 1, E_tot = 0.344 / 60 / 1000, E_cut = 0.108 / 60 / 1000, T
 
 \item{eye_frac}{= 0.58, Fraction of time eye is open, dec\%}
 
-\item{T_b}{= 25, Core body temperature, deg C}
+\item{T_b}{= 25, Core body temperature, °C}
 
-\item{T_s}{= 24.99, Skin (surface) temperature, deg C}
+\item{T_s}{= 24.99, Skin (surface) temperature, °C}
 
-\item{T_a}{= 24.98, Air temperature, deg C}
+\item{T_a}{= 24.98, Air temperature, °C}
 
 \item{vel}{= 0.0021, wind speed, m / s}
 
@@ -61,13 +61,13 @@ get_p_wet(cut.known = 1, E_tot = 0.344 / 60 / 1000, E_cut = 0.108 / 60 / 1000, T
 
 \item{V_O2_STP}{= M_1 * mass.g ^ M_2 * 10 ^ (M_3 * T_b) / 3600 / 1000, Oxygen consumption rate corrected to STP, L O2 / s}
 
-\item{T_ref_O2}{= 25, Reference temperature for oxygen consumption rate correction (deg C)}
+\item{T_ref_O2}{= 25, Reference temperature for oxygen consumption rate correction (°C)}
 
 \item{V_air_STP}{= V_O2_STP / (0.2094 * E_O2 / 100), Ventilation rate at STP, L/s}
 
 \item{rho_flesh}{= 1000, Density of flesh (kg/m3)}
 
-\item{T_ref_vent}{= 25, Reference temperature for ventilation rate correction (deg C)}
+\item{T_ref_vent}{= 25, Reference temperature for ventilation rate correction (°C)}
 
 \item{T_A}{= 8817, Arhhenius temperature (K)}
 
@@ -84,27 +84,27 @@ get_p_wet(cut.known = 1, E_tot = 0.344 / 60 / 1000, E_cut = 0.108 / 60 / 1000, T
 \item{bp}{= 101325, Barometric pressure (pascal)}
 }
 \value{
-E_tot
+E_tot total evaporative water loss, g/s
 
-E_cut
+E_cut cutaneous evaporative water loss, g/s
 
-E_resp
+E_resp respiratory evaporative water loss, g/s
 
-E_eye
+E_eye ocular evaporative water loss, g/s
 
-R_a
+R_a boundary layer resitance, s/m
 
-R_s
+R_s skin resistance, s/m
 
-A_tot
+A_tot total surface area, m2
 
-A_eye
+A_eye ocular surface area, m2
 
-A_eff
+A_eff effective area for evaporation, m2
 
-A_wet
+A_wet area acting as a free water surface, m2
 
-p_wet
+p_wet proportion of surface area acting as a free water surface, m2
 }
 \description{
 A set of equations for computing the proportion of the total surface area of an organism that
@@ -113,8 +113,3 @@ NicheMapR to compute cutaneous water loss rates. This function requires the WETA
 functions of NicheMapR.
 Elia Pirtle and Michael Kearney developed this R function and example in November 2017.
 }
-\examples{
-library(NicheMapR)
-
-
-}