All data were assigned an equal weight of 1/σ2 = 1/(16 μGal)2.
Water quality data were assigned to plume water type based on dominant frequency (frequency > 0.5).
The data were assigned an error floor of 10% (2.9°) and 5% (1.45°), for phases 15 and 10%, for the TE- and TM-mode resistivities, respectively.
Ørsted and CHAMP data were assigned a relative 1/σ2 weight, with σ equal to 2 nT and 3 nT for CHAMP and Ørsted, respectively.
Therefore, personal data originally without location data were assigned to latitude and longitude by matching their timestamps to the timestamps of GPS histories in this research.
Most transfers (28 in time, 27 in space) were successful, i.e. occupied sites within the test data were assigned higher occurrence probabilities than unoccupied sites, the threshold independent c-index for the test data exceeded chance.
Data were assigned to four continental regions to reflect natural barriers to migration and dispersal: (1) Africa (south of the Saharan desert), (2) Europe and Asiaa west of the Himalaya Mountains), (3) the Americas, and (4) Asia east of the Himalayan Mountains, including the Pacific islands.
The RBF ensemble was applied, using temporal bins of 8 days, to the period from the first of January 2014 to the 31 of December 2015, resulting in a total of 92 potential original Landsat observations within 2 years, to which available original data were assigned based on their respective acquisition dates.
After coregistering a subject's functional and anatomical slice planes, phase-coded functional data were assigned to one of the regions of interest (ROIs).
