### Metadata for DDRP v2 ### Run date and time: 05/01/2024 01:45 ### Model Species Parameters ### Species Abbrev: ALB Full Name: Asian longhorned beetle Pest of: ash, birch, elm, maple, buckeye, mimosa, poplar, willow, sev. other trees Overwintering Stage: OL Degree-day calculation method: average Developmental threshold temperatures Egg Lower Devel Threshold: 10 Egg Upper Devel Threshold: 35 Larvae Lower Devel Threshold: 10 Larvae Upper Devel Threshold: 35 Pupae Lower Devel Threshold: 10 Pupae Upper Devel Threshold: 35 Adult Lower Devel Threshold: 10 Adult Upper Devel Threshold: 35 Stage durations in degree-days (DDs) Egg DDs: 240 Larvae DDs 2160 Pupae DDs: 260 Adult DDs: 256 Climate stress parameters Lower Cold Threshold: -20 Upper Heat Threshold: 40 Max Cold Units (lower bound): 300 Max Cold Units (upper bound): 600 Max Heat Stress Units (lower bound): 75 Max Heat Stress Units (upper bound): 150 Pest Event Map parameters Number of generations to make Pest Event Maps (PEMs): 1 Egg Event DDs and Label: 220 (egg hatch) Larvae Event DDs and Label: 1080 (larval development) Pupae Event DDs and Label: 255 (adult emergence) Adult Event DDs and Label: 210 (25% adult flight) ### Model Input Parameters ### Start Year: 2024 Weather data for forecasts: PRISM Start day-of-year: 1 End day-of-year: 366 Region: CONUS Climate stress exclusion maps: 1 Pest Event Maps: 1 Adult Event Maps: 1 Egg Event Maps: 1 Larvae Event Maps: 1 Pupae Event Maps: 1 Output_Dir: NA Output option: 1 No. of cohorts: 7 Plot odd gens only: 0 Mean of end of OW stage (DDs): 250 Low bound of end of OW stage (DDs), xdist: 30 High bound of end of OW stage (DDs), ydist: 1250 Variance in end of OW stage (DDs): 35000 Shape of distribution of end of OW stage (DDs): normal ### Durations (in degree-days) of stages in each of 7 cohorts ### "cohort" "OL" "P" "A" "E" "L" "relpopsize" 1 84 260 256 240 2160 0.164 2 185 260 256 240 2160 0.229 3 286 260 256 240 2160 0.235 4 387 260 256 240 2160 0.186 5 487 260 256 240 2160 0.108 6 588 260 256 240 2160 0.049 7 689 260 256 240 2160 0.016