Table 3 shows predicted values for maize pollen deposition and their confidence intervals for selected distances on the usual linear scale.
The RMSE values for maize and winter wheat are at 42.9 dt/ha (deci-tons per hectare) fresh mass (maize) and 9.6 dt/ha grain weight (winter wheat); the percent errors are at 9.36% (maize) and 11.5% (winter wheat), and the Willmott index of agreement is at 0.89 for maize and 0.74 for winter wheat.
In grapevine, SNP diversity values ranged from 0.00 to 0.66 with a mean value of 0.30 (Table 1) which is slightly higher than the mean value reported for maize (0.26; [ 15]).
The average number of captured gene fragments per intact Helitron was 1.08, similar to the value (1.81) for maize Helitrons.
The values observed in grapevine were within the range of values reported for maize (one SNP every 60 to 104 bp), which is also a highly polymorphic outcrossing species [ 15, 23] and higher than those observed in self-crossing species such as barley [ 12], soybean [ 13], wheat [ 19, 35] or Arabidopsis [ 14, 32].
It was, therefore, selected as the most ideal fungal species for improving nutritive value of maize stover.
This study was designed to determine optimal bio-physical conditions for mycelial growth and select the most ideal fungal species and pre-treatment options for improving nutritive value of maize stover.
Nucleotide diversity within the ZmIPT2 window and coding region were 0.347 and 0.0047, respectively, and they were significantly lower than the mean nucleotide diversity value of 0.372 for maize Chromosome 2 (P < 0.01).
The co-fermentation of algal-bacterial biomass with maize silage, in a ratio of 1 1, on the basis of organic dry matter (oDM), yielded a CH4 content of 54% to 57%, an intermediate value between those for maize silage and the algal-bacterial biomass.
