The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature

The present study takes advantage of substantively improved basic data holdings arising from the International Surface Temperature Initiative’s databank effort, and applies the National Centers for Environmental Information’s automated pairwise homogeneity assessment algorithm, t

Climate change climate temperature