Online Resource 1
Highly migratory species predictive spatial modeling (PRiSM): An analytical framework for assessment of the performance of spatial fisheries management
Daniel P. Crear1, Tobey H. Curtis2, Steve Durkee1, and John Carlson3
1ECS Federal, in support of National Marine Fisheries Service, Atlantic Highly Migratory Species Management Division, Silver Spring, MD, USA
2National Marine Fisheries Service, Atlantic Highly Migratory Species Management Division, Gloucester, MA, USA
3National Marine Fisheries Service, Southeast Fisheries Science Center, Panama City, FL, USA Correspondence: dan.crear@noaa.gov
CONTENTS Figures S1-S12
Figs. S1-S4 Marginal mean predictions of probability of occurrence for the shortfin mako shark (Fig. S1) and leatherback sea turtle (Fig. S2) within the pelagic longline and the sandbar shark (Fig. S3) and the scalloped hammerhead shark (Fig. S4) within the bottom longline at each covariate in the best model. The black line shows the marginal means for each covariate, while the grey area (and error bars for Hook Configuration and Bait Type) represents the 95% confidence intervals generated through bootstrapping.
Lunar illumination is unitless and should be interpreted as a fraction. Hook configurations abbreviations for pelagic longline species are circle hook mixed (CM), J hook (J), larger than 16/0 circle hook
(>16/0C), mixed of circle and J hooks (M), and smaller than or equal to 16/0 circle hook (<=16/0C).
Abbreviated covariates are SST-sea surface temperature; SSH-sea surface height; SST SD-sea surface temperature standard deviation; Bottom Temperature SD-bottom temperature standard deviation
Fig. S1 Marginal mean predictions of probability of occurrence for the shortfin mako shark within the pelagic longline at each covariate in the best model.
Fig. S2 Marginal mean predictions of probability of occurrence for the leatherback sea turtle within the pelagic longline at each covariate in the best model
Fig. S3 Marginal mean predictions of probability of occurrence for the sandbar shark within the bottom longline at each covariate in the best model
Fig. S4 Marginal mean predictions of probability of occurrence for the scalloped hammerhead shark within the bottom longline at each covariate in the best model
Apr Apr Apr
Mar Mar Mar
Feb Feb Feb
Upper Bound Mean
Jan Jan Jan
Lower Bound
Dec Sep
Upper Bound Mean
Lower Bound
Jun Jun Jun
May May
May
Jul Jul Jul
Aug Aug Aug
Upper Bound Mean
Lower Bound
Oct Oct
Oct
Sep Sep Sep
Nov Nov
Nov
Dec Dec
Dec
Fig. S5 Mean, lower bound, and upper bound estimated billfish fishery interaction distribution outputs (occurrence probabilities) within the pelagic longline fishery domain (area in light blue) during average conditions each month from 2016-2018. Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Charleston Bump Closed Area (effective annually Feb.
through Apr.)
Lower Bound Mean Upper Bound
Apr Apr
Apr
Mar Mar Mar
Feb Feb
Feb
Jan
Jan Jan
Upper Bound Mean
Lower Bound
Aug Aug Aug
Jul Jul
Jul
Jun Jun Jun
May May
May
Fig. S6 Mean, lower bound, and upper bound estimated shortfin mako shark fishery interaction distribution outputs (occurrence probabilities) within the pelagic longline fishery domain (area in light blue) during average conditions each month from 2016-2018. Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Charleston Bump Closed Area (effective annually Feb. through Apr.)
Upper Bound Mean
Lower Bound
Nov Nov Nov
Oct Oct Oct
Sep Sep
Sep
Dec Dec
Dec
Upper Bound Mean
Lower Bound
Mar Mar
Mar
Feb Feb
Feb
Jan Jan Jan
Apr Apr
Apr
Lower Bound Mean Upper Bound
Aug Aug
Aug
Jul Jul Jul
Jun Jun Jun
May May
May
Fig. S7 Mean, lower bound, and upper bound estimated leatherback sea turtle fishery interaction distribution outputs (occurrence probabilities) within the pelagic longline fishery domain (area in light blue) during average conditions each month from 2016-2018. Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Charleston Bump Closed Area (effective annually Feb. through Apr.)
Lower Bound Mean Upper Bound
Nov Nov Nov
Oct Oct
Oct
Sep Sep Sep
Dec
Dec Dec
Lower Bound Mean Upper Bound
Feb Feb Feb
Jan Jan Jan
Apr Apr Apr
Mar Mar
Mar
Lower Bound Mean Upper Bound
Aug Aug
Aug
Jul Jul
Jul
Jun Jun
Jun
May May
May
Fig. S8 Mean, lower bound, and upper bound estimated sandbar shark fishery interaction distribution outputs (occurrence probabilities) during average conditions each month from 2016-2018 within the bottom longline fishery domain (area in light blue). Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Mid-Atlantic Shark Closed Area (effective annually Jan. through Jul.)
Lower Bound Mean Upper Bound
Nov Nov Nov
Oct Oct
Oct
Sep Sep
Sep
Feb Feb Feb
Mean
Lower Bound Upper Bound
Jan Jan Jan
Mar Mar
Mar
Apr Apr Apr
Upper Bound Mean
Lower Bound
Jun Jun Jun
May May May
Jul Jul
Jul
Aug Aug
Aug
Fig. S9 Mean, lower bound, and upper bound estimated dusky shark fishery interaction distribution outputs (occurrence probabilities) during average conditions each month from 2016-2018 within the bottom longline fishery domain (area in light blue). Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Mid-Atlantic Shark Closed Area (effective annually Jan. through Jul.)
Lower Bound Mean Upper Bound
Oct Oct
Oct
Sep Sep Sep
Nov Nov Nov
Dec Dec
Dec
Feb Feb
Feb
Jan Jan
Jan
Upper Bound Mean
Lower Bound
Mar Mar Mar
Apr Apr
Apr
Upper Bound Mean
Lower Bound
Jun Jun Jun
May May May
Jul Jul
Jul
Aug Aug Aug
Fig. S10 Mean, lower bound, and upper bound estimated scalloped hammerhead fishery interaction distribution outputs (occurrence probabilities) during average conditions each month from 2016-2018 within the bottom longline fishery domain (area in light blue). Maps of mean occurrence probabilities (middle column) were used for all metrics. The area in green is the Mid-Atlantic Shark Closed Area (effective annually Jan. through Jul
Upper Bound Lower Bound Mean
Oct Oct Oct
Sep Sep
Sep
Nov Nov
Nov
Dec Dec
Dec
Feb Feb Feb
Jan Jan
Jan
Mar
Mar Mar
Apr
Apr Apr
Jun Jun
Jun
May May May
Jul
Jul Jul
Aug Aug
Aug
Fig. S11 Individual species high risk area within the fishery domain (also includes U.S. EEZ) for the pelagic longline species for each month. The Charleston Bump Closed Area (effective annually from Feb.
through Apr.) is indicated by the light green outline, while the light blue outline represents the fishery domain. Species abbreviations are as follows: BILFH = billfish species group; SMA = shortfin mako shark; TLB = leatherback sea turtle
Oct Oct
Oct
Sep Sep Sep
Nov Nov Nov
Dec Dec
Dec
Feb Feb
Feb
Jan Jan Jan
Mar Mar
Mar
Apr Apr
Apr
Jun Jun
Jun
May May
May
Jul Jul Jul
Aug Aug
Aug
Fig. S12 Individual species high risk area within the fishery domain for the bottom longline species for each month. The Mid-Atlantic Shark Closed Area (effective annually Jan. through Jul.) is indicated by the light green outline, while the light blue outline represents the fishery domain. Species abbreviations are as follows: SB = sandbar shark; SHH = scalloped hammerhead; DS = dusky shark