This figure shows the same data as Fig 3 in the manuscript, but the axes are changed so that r is plotted as a function of Δ R .

• Main Authors: Martin Rypdal (5173889), Veronika Rypdal (5173886), Per Kristen Jakobsen (10202566), Elinor Ytterstad (10202569), Ola Løvsletten (10202572), Claus Klingenberg (444761), Kristoffer Rypdal (10202575)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Neuroscience; Evolutionary Biology; Cancer; Science Policy; Infectious Diseases; Computational Biology; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; Mathematical Sciences not elsewhere classified; COVID -19 outbreak; COVID -19 pandemic Background; reproduction number; SARS-CoV -2. Results; SARS-CoV -2 virus; in-school transmission rates; CI; IBM; Norwegian kindergartens; Tromsø
• Online Access: https://doi.org/10.1371/journal.pone.0238268.s004

The black points are model simulations for randomly selected β -parameters, and the contours show the conditional probability density p (Δ R | r ) estimated using the method in [ 7 ]. The probability densities on the axes are included to illustrate how the uncertainties are amplified. On the Δ R -axes we have chosen normal distributions p (Δ R ) with standard deviation 0.02, and on the r -axes we show the corresponding distributions p ( r ) obtained from integration of p (Δ R | r ) p (Δ R ) over Δ R . A: For the city of Oslo. B: For the city of Tromsø. (TIFF)