Output of natural splines for total cancers. Figure shows the output of natural splines conducted on incidence by longitude and time zone for total cancer, with 95% bootstrap confidence band (n = 2,853). Pointwise Confidence Interval (CI) (A), uniform CI (B) restricted to counties in overlapping regions.</p
Supplementary Table 6 shows Reported Coefficients of Relative Position for Hormonally Associated Can...
Supplementary Table 7 shows Reported Coefficients of Relative Position for Other Selected Cancers (w...
Background: Mapping techniques can highlight the spatial or temporal variations in rates of cancer m...
Supplementary Figure 5 shows the output of natural splines conducted on incidence by longitude and t...
Output of natural splines for most prevalent cancers. Figure shows the output of natural splines con...
Output of natural splines for hormonally-associated cancer incidence. Figure shows the output of nat...
Output of linear approximation for total cancers. Figure shows linear approximation results of total...
Map of relative position and cancer incidence. Figure shows maps of PTZ and cancer incidence rate by...
Supplementary Figure 1 shows a map of U.S. counties contained in our analysis of composite cancer in...
Supplementary Figure 7 shows the linear approximation result of incidence by relative position for f...
Supplementary Figure 6 shows the linear approximation result of incidence by relative position for f...
Reported coefficients by relative position for all cancer (with 95% confidence interval)</p
Supplementary Figure 4 shows the relative weights of 607 counties studied by Gu et al. (2017)</p
Supplementary Figure 2 shows maps of cancer incidence rate by county for four of the hormonally asso...
Supplementary Figure 3 shows maps of cancer incidence rate by county for most prevalent cancer.</p
Supplementary Table 6 shows Reported Coefficients of Relative Position for Hormonally Associated Can...
Supplementary Table 7 shows Reported Coefficients of Relative Position for Other Selected Cancers (w...
Background: Mapping techniques can highlight the spatial or temporal variations in rates of cancer m...
Supplementary Figure 5 shows the output of natural splines conducted on incidence by longitude and t...
Output of natural splines for most prevalent cancers. Figure shows the output of natural splines con...
Output of natural splines for hormonally-associated cancer incidence. Figure shows the output of nat...
Output of linear approximation for total cancers. Figure shows linear approximation results of total...
Map of relative position and cancer incidence. Figure shows maps of PTZ and cancer incidence rate by...
Supplementary Figure 1 shows a map of U.S. counties contained in our analysis of composite cancer in...
Supplementary Figure 7 shows the linear approximation result of incidence by relative position for f...
Supplementary Figure 6 shows the linear approximation result of incidence by relative position for f...
Reported coefficients by relative position for all cancer (with 95% confidence interval)</p
Supplementary Figure 4 shows the relative weights of 607 counties studied by Gu et al. (2017)</p
Supplementary Figure 2 shows maps of cancer incidence rate by county for four of the hormonally asso...
Supplementary Figure 3 shows maps of cancer incidence rate by county for most prevalent cancer.</p
Supplementary Table 6 shows Reported Coefficients of Relative Position for Hormonally Associated Can...
Supplementary Table 7 shows Reported Coefficients of Relative Position for Other Selected Cancers (w...
Background: Mapping techniques can highlight the spatial or temporal variations in rates of cancer m...