Inspection of Table 7 shows that, compared to test results, all models predicted higher strength values for the CH0-C1L column which was wrapped without heating and generally lower values for the heat-damaged columns.
On average, Maxent models predicted higher probabilities of current and future occurrence than did the GAMs.
The main goal in the future studies is to develop a full statistical model to evaluate the gamma-ray flux of young radio sources, verify theoretical models predicting high energy emission, and a distribution of the young radio source population in gamma-rays.
For example, all models predict high leaf water δ18O values over the Sahara desert and into Saudia Arabia due to the relatively high source water δ18O values and high vapor pressure deficit.
The model predicted high N2O emissions when low DO (∼1.1 mg L−1) and high ammonium concentration concurred.
The model predicted high soil loss rates at steep slopes and shoulder positions as well as along gullies.
The model predicted high urban growth in North Western part of the study area, in south eastern part growth would be concentrated around two cities, Kolkata and Howrah.
Surprisingly, this model predicted high age scores for tph-1 mg280 tph-1 mg280day 2 (not shown).
The quadrant composite model predicted high probabilities of occurrence in areas that the full species model had omitted.
