Exact(17)
The analysis revealed cultivars that belonged to neither aus-1 nor aus-2 but which are clearly aus based on the combined probabilities of their membership of the two aus groups which have been termed aus-admix (96).
The first backoff-graph node in 2WLP corresponds to the complete model that takes all available factors into account, that is, the probability of a word (W_t) is given by the combined probabilities of the previous word ((W_{t-1})), lemma ((L_{t-1})) and part-of-speech ((P_{t-1})) factors.
These do not belong exclusively to either the aus-1 or aus-2 group based on a threshold of 80%% probability of their group membership in the STRUCTURE analysis, but the combined probabilities for their aus-1 and aus-2 group memberships exceeds the 80%% threshold, indicating that these are aus cultivars.
To evaluate the prospective forecasts, we consider the following four sets of forecasts: (1) 93 probabilities for the first trial (July 2006 to June 2007), (2) 127 probabilities for the second trial (2008), (3) 145 probabilities for the third trial (2009), and (4) 365 combined probabilities for all three trials.
The overall patterns of behavioural response was tested using the Combined Probabilities Test.
All correlations were performed using Spearman's rank correlation and we combined probabilities using the unweighted Z-method [24].
Similar(43)
The combined exclusion probability with one-parent known was 0.90, while the combined probability for excluding both parents was 0.95.
This means that despite being in a laboratory setting where many conditions are optimized (food, space, etc)., these populations were probably undergoing selection and not genetic drift (Fisher's combined probability, χ72 = 417, p < 0.0001) since the generations are out of Hardy-Weinberg equilibrium (Fisher's combined probability, χ72 = 492, p < 0.0001) and there was no assortative mating.
Robust epidemiologic studies provide the answer — documenting an average 50%, coin-flip, point-in-time probability for each and 25% combined probability of simultaneous population-level occurrence.
Our final model combined probability of being at risk height and allowed the generation of a risk map covering the entire southern Africa range of the species.
Multiply those four probabilities together, and you get a combined probability of about one chance in 278 million of all these events coming together in quite this way.
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