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Dec 14th, 2018
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  1. xyplot(Mean_Sapflow~Mean_Temperature,
  2. data=Summarised_new_mean_sapflow,
  3. col="red",
  4. pch=19,
  5. xlab="Temperature (°C)",
  6. ylab=expression(paste("Sapflow Litres day"^{-1})),
  7. type=c('p', 'smooth'),
  8. col.line='blue')
  9.  
  10. ##Produce the date labels for the plot
  11. Date_labels<-c("June", "July",
  12. "August", "September",
  13. "October")
  14.  
  15. ##Insert the labels into the plot
  16. text(Mean_Sapflow~Mean_Temperature,
  17. data=Summarised_new_mean_sapflow,
  18. labels=Date_labels, cex= 0.9, pos=3)
  19.  
  20. structure(list(Date = structure(c(3L, 2L, 1L, 5L, 4L), .Label = c("August",
  21. "July", "June", "October", "September"), class
  22. = "factor"), Mean_Humidity = c(17.6073333333333,
  23. 21.8006451612903, 18.3896774193548, 14.822, 11.3486666666667),
  24. Mean_Radiation = c(263.673333333333, 270.906451612903, 178.98064516129,
  25. 152.233333333333, 93.6), Mean_Temperature = c(70.5613333333333,
  26. 61.3306451612903, 71.7335483870968, 72.2136666666667, 81.743
  27. ), Mean_Sapflow = c(16.067, 23.3567741935484, 22.9416129032258,
  28. 19.3093333333333, 6.70066666666667)), class = "data.frame", row.names = c(NA,
  29. -5L))
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