Predictions & Data for this entry

Model: hax climate: Am, Aw, Cwa, Cwb migrate: phylum:
COMPLETE = 3.5 ecozone: TN, THn, TPa, TPi food: bjHl, eiHn class:
MRE = 0.247 habitat: 0iTg gender: D order:
SMSE = 0.143 embryo: Thl, Tt reprod: O family:

Zero-variate data

Data Observed Predicted (RE) Unit Description Reference
ab 4.4 3.75 (0.1477) d age at birth GarcMeag2018
tp 9.25 10.36 (0.1198) d time at puberty since birth MontHunt2019
tj 27.5 24.89 (0.09476) d time since birth at pupation GarcMeag2018
te_22 14.6 17.4 (0.1915) d time since pupation at emergence GarcMeag2018
t1 2.57 3.116 (0.2126) d duration of instar 1 MontHunt2019
t2 2.07 2.329 (0.1253) d duration of instar 2 MontHunt2019
t3 2.13 2.177 (0.02208) d duration of instar 3 MontHunt2019
t4 2.48 2.524 (0.01775) d duration of instar 4 MontHunt2019
t5 2.57 3.251 (0.2649) d duration of instar 5 MontHunt2019
t6 2.13 4.103 (0.9261) d duration of instar 6 MontHunt2019
te 11.57 12.23 (0.05689) d duration of pupa stage SilvOliv2017
L1 0.035 0.009758 (0.7212) cm head capsule of instar 1 females MontHunt2019
L2 0.057 0.02532 (0.5557) cm head capsule of instar 2 females MontHunt2019
L3 0.087 0.05165 (0.4063) cm head capsule of instar 3 females MontHunt2019
L4 0.129 0.1 (0.2246) cm head capsule of instar 4 females MontHunt2019
L5 0.189 0.1698 (0.1015) cm head capsule of instar 5 females MontHunt2019
L6 0.28 0.2593 (0.07384) cm head capsule of instar 6 females MontHunt2019
Lp 0.129 0.09057 (0.2979) cm head capsule at puberty MontHunt2019
Lj 1.625 1.61 (0.009042) cm body lengh at pupation Baye2021
Wwj 0.2889 0.4209 (0.4571) g wet weight of pupa SilvOliv2017

Uni- and bivariate data

Data Figure Independent variable Dependent variable (RE) Reference
Tab Data from Schl2018, GarcMeag2018, LeePark2022 temperature age at birth (0.1355) Schl2018
Tab2 Data from Schl2018, GarcMeag2018, LeePark2022 temperature age at birth (0.1678) GarcMeag2018
Tab3 Data from Schl2018, GarcMeag2018, LeePark2022 temperature age at birth (0.2957) LeePark2022
TtI1 temperature duration instar 1 (0.2716) Schl2018
Tt2I1 temperature duration instar 1 (0.2158) LopeCarr2019
Tt3I1 temperature duration instar 1 (0.4886) LeePark2022
TtI2 temperature duration instar 2 (0.1103) Schl2018
Tt2I2 temperature duration instar 2 (0.132) LopeCarr2019
Tt3I2 temperature duration instar 2 (0.5771) LeePark2022
TtI3 temperature duration instar 3 (0.06592) Schl2018
Tt2I3 temperature duration instar 3 (0.1665) LopeCarr2019
Tt3I3 temperature duration instar 3 (0.1759) LeePark2022
TtI4 temperature duration instar 4 (0.1453) Schl2018
Tt2I4 temperature duration instar 4 (0.2375) LopeCarr2019
Tt3I4 temperature duration instar 4 (0.236) LeePark2022
TtI5 temperature duration instar 5 (0.2278) Schl2018
Tt2I5 temperature duration instar 5 (0.1027) LopeCarr2019
Tt3I5 temperature duration instar 5 (0.3551) LeePark2022
TtI6 temperature duration instar 6 (0.1249) Schl2018
Tt2I6 temperature duration instar 6 (0.132) LopeCarr2019
Tt3I6 temperature duration instar 6 (0.1971) LeePark2022
Tte temperature duration pupa stage (0.09591) Schl2018
Tte2 temperature duration pupa stage (0.09936) LopeCarr2019
Tte3 temperature duration pupa stage (0.09488) LeePark2022
TJX_1 temperature feeding rate (0.9397) LeePark2022
TJX_2 temperature feeding rate (0.6526) LeePark2022
TJX_3 temperature feeding rate (0.2762) LeePark2022
TJX_4 temperature feeding rate (0.2895) LeePark2022
TJX_5 temperature feeding rate (0.5025) LeePark2022
TJX_6 temperature feeding rate (0.3061) LeePark2022
Ttj temperature duration of larva (0.1478) Schl2018
Ttj2 temperature duration of larva (0.1583) LopeCarr2019
Ttj3 temperature duration of larva (0.1942) LeePark2022
JXNi food concentration average number of eggs/female (0.2943) Baye2021
Taj temperature age at emergence (0.08989) LeePark2022
Ts temperature larval mortality (0.3562) Schl2018
tHL_B time since birth head length (0.3587) Baye2021
tL_B time since birth body length (0.1185) Baye2021
tS2 starvation period fraction surviving (0.04806) GaoLin2023
tWw_B time since birth weight (0.2002) Baye2021

Pseudo-data at Tref = 20°C

Data Generalised animal Spodoptera frugiperda Unit Description
v 0.02 0.007903 cm/d energy conductance
p_M 18 52.86 J/d.cm^3 vol-spec som maint
k_J 0.002 0.002 1/d maturity maint rate coefficient
k 0.99 0.2045 - maintenance ratio
kap 0.8 0.9705 - allocation fraction to soma
kap_G 0.8 0.7743 - growth efficiency
kap_R 0.95 0.95 - reproduction efficiency
s_s 0.01 4.76e-07 - supply stress

Discussion

  • Arrhenium temp of 1st instar and for larval mortality differ from the rest
  • mod1: changed model from hex to hax
  • mod1: new data added: growth data under different feeding levels, food uptake per instar for different temperatures
  • mod2: new data added for survival under starvation conditions

Bibliography

Citation