5.5 Parameter effect split by scenarios

Scenario label	Scenario condition
plantsImprove	‘utility_per_capita_type_n_plants_to_humans > utility_per_capita_type_1_plants_to_humans’
humansImprove	‘utility_per_capita_type_n_humans_to_plants > utility_per_capita_type_1_humans_to_plants’
bothImprove	‘utility_per_capita_type_n_plants_to_humans > utility_per_capita_type_1_plants_to_humans ~~~ AND ~~~ utility_per_capita_type_n_humans_to_plants > utility_per_capita_type_1_humans_to_plants’
plantsLessBase	‘utility_other_to_type_1_plants > utility_other_to_type_n_plants’
humansLessBase	‘utility_other_to_type_1_humans > utility_other_to_type_n_humans’
bothLessBase	‘utility_per_capita_type_n_plants_to_humans > utility_per_capita_type_1_plants_to_humans ~~~ AND ~~~ utility_per_capita_type_n_humans_to_plants > utility_per_capita_type_1_humans_to_plants’

5.5.1 Mutualistic human type gives more utility (\(\bar{U}_{H_{n}P}> \bar{U}_{H_{1}P}\))

Coevolution coefficients

Dependency coefficients

Timings

5.5.2 Mutualistic plant type gives more utility (\(\bar{U}_{P_{n}H}> \bar{U}_{P_{1}H}\))

Coevolution coefficients

Dependency coefficients

Timings

5.5.3 Mutualistic types (human and plant) give more utility (\(\bar{U}_{H_{n}P}> \bar{U}_{H_{1}P}\) AND \(\bar{U}_{P_{n}H}> \bar{U}_{P_{1}H}\))

Coevolution coefficients

Dependency coefficients

Timings

5.5.4 Mutualistic human type gets less utility from other resources (\(U_{bH_{1}}>U_{bH_{n}}\))

Coevolution coefficients

Dependency coefficients

Timings

5.5.5 Mutualistic plant type gets less utility from other resources (\(U_{bP_{1}}>U_{bP_{n}}\))

Coevolution coefficients

Dependency coefficients

Timings

5.5.6 Mutualistic types (human and plant) get less utility from other resources (\(U_{bH_{1}}>U_{bH_{n}}\) AND \(U_{bP_{1}}>U_{bP_{n}}\))

Coevolution coefficients

Dependency coefficients

Timings