diff --git a/R/eval_sofun.R b/R/eval_sofun.R
index f656afba..a0befcf8 100644
--- a/R/eval_sofun.R
+++ b/R/eval_sofun.R
@@ -102,7 +102,7 @@ eval_sofun <- function( mod, settings_eval, settings_sims, obs_eval = NA, overwr
       right_join( ddf, by = c("sitename", "date"))
 
 		## metrics for daily and x-daily values, all sites pooled
-    metrics$gpp$fluxnet2015$daily_pooled <- with( ddf, get_stats( gpp_mod, gpp_obs ) )
+    metrics$gpp$fluxnet2015$daily_pooled  <- with( ddf, get_stats( gpp_mod, gpp_obs ) )
     metrics$gpp$fluxnet2015$xdaily_pooled <- with( xdf, get_stats( gpp_mod, gpp_obs ) )
 
     ##------------------------------------------------------------
diff --git a/R/getrow_statstable.R b/R/getrow_statstable.R
index f05a7bff..021c2b8f 100644
--- a/R/getrow_statstable.R
+++ b/R/getrow_statstable.R
@@ -14,7 +14,7 @@ getrow_statstable <- function( out_eval, stat ){
   addrow <- tibble( spatial         = out_eval$metrics$gpp$fluxnet2015$spatial[[ stat ]],
                     annual          = out_eval$metrics$gpp$fluxnet2015$annual_pooled[[ stat ]],
                     monthly         = out_eval$metrics$gpp$fluxnet2015$monthly_pooled[[ stat ]],
-                    # xdaily          = out_eval$metrics$gpp$fluxnet2015$xdaily_pooled[[ stat ]],
+                    xdaily          = out_eval$metrics$gpp$fluxnet2015$xdaily_pooled[[ stat ]],
                     daily           = out_eval$metrics$gpp$fluxnet2015$daily_pooled[[ stat ]],
                     seasonal        = out_eval$metrics$gpp$fluxnet2015$meandoy[[ stat ]],
                     # seasonal_xdaily = out_eval$metrics$gpp$fluxnet2015$meanxoy[[ stat ]],
diff --git a/R/rpmodel.R b/R/rpmodel.R
index 460f43d2..8cd8e89f 100644
--- a/R/rpmodel.R
+++ b/R/rpmodel.R
@@ -96,7 +96,7 @@ rpmodel <- function( tc, vpd, co2, elv, kphio, fapar = NA, ppfd = NA, method="fu
   ## 'do_ftemp_kphio' is not actually a stress function, but is the temperature-dependency of 
   ## the quantum yield efficiency after Bernacchi et al., 2003 PCE
   if (do_ftemp_kphio){
-    ftemp_kphio <- calc_ftemp_kphio( dtemp )
+    ftemp_kphio <- calc_ftemp_kphio( tc )
   } else {
     ftemp_kphio <- 1.0
   }
@@ -698,13 +698,13 @@ calc_viscosity_h2o_vogel <- function( tc ) {
   return( visc )
 }
 
-calc_ftemp_kphio <- function( dtemp ){
+calc_ftemp_kphio <- function( tc ){
   #////////////////////////////////////////////////////////////////
   # Calculates the instantaneous temperature response of the quantum
   # yield efficiency based on Bernacchi et al., 2003 PCE (Equation
   # and parameter values taken from Appendix B)
   #----------------------------------------------------------------
-  ftemp <- 0.352 + 0.022 * dtemp - 3.4e-4 * dtemp^2
+  ftemp <- 0.352 + 0.022 * tc - 3.4e-4 * tc^2
   
   return(ftemp)  
 }