This June–July PDSI value reconstruction verifies only weakly when compared with independent instrumental PDSI values for 1950 1974 (r = 0.3), and the reduction of error and coefficient of efficiency statistics are barely positive (0.003 and 0.003, respectively) (19 ).
The holotype skull of Diceratops hatcheri, USNM 2412, was studied first-hand on three different occasions in order to map areas of reconstruction, verify morphology, and obtain photographs.
The reconstruction was verified against co-registered micro-CT data.
Additionally, the accuracy of paleoglaciological reconstructions is verified by observations on process-form relationships in modern glacial systems.
The assembled sequences were analyzed for homology with known sequences in databases using the BlastX and BlastN programs [[ 46]] and also treated with the PhyloGena software [[ 47]] which combines both homology searching and phylogenetic reconstruction to verify the homology attributions.
The field reconstruction has been verified against the instrumental record at each grid point and for each decade during 1921 2000 CE.
We can clearly determine the number of filaments and we can even fit the crystal structure of human septin into our reconstructions to verify that the overall dimensions are correct.
The feasibility of the reconstruction technology has been verified by numerical experiments in which good agreements were obtained.
The reconstruction algorithm has been verified with data acquired by means of a COMPET full ring PET scanner.
The idea of the optimal range of frequency and spatial modes for load reconstruction is proposed and verified by numerical simulations.
