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L: Level (4 / 4)* | SM: Smooth (0 / 0)* | DE: Delay (0 / 0)*† | LI: Level Initial (4) | I: Initial (0 / 0) |
C: Constant (17 / 17) | F: Flow (9 / 9) | A: Auxiliary (32 / 32) | Sub: Subscripts (0) | D: Data (0 / 0) |
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Resilience1C (49) |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Top | (All) Variables (53 Variables) | ||
Variable Name And Description | Resilience1C | #1 C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #2 A | Desired consumption rate (tonnes/Month) = "Desired consumption factor (KdH)"*"Herbivores (H)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #3 C | Desired predation factor (KdP) (Herbivores/Predators/Month) = 5 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #4 A | Desired predation rate (Herbivores/Month) = "Predators (P)"*"Desired predation factor (KdP)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #5 C | Desired takeup factor (KdPl) (N units/tonnes/Month) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #6 A | Desired takeup rate (N units/Month) = "Plant mass (Pl)"*"Desired takeup factor (KdPl)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #7 A | dH/dt (1/Month) = (Herbivore pop growth rate-Herbivore predation rate)/"Herbivores (H)" Present In 1 View:Used By |
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Resilience1C | #8 A | dP/dt (1/Month) = ZIDZ( Predator pop growth rate,"Predators (P)") Present In 1 View:Used By |
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Resilience1C | #9 A | dPl/dt (1/Month) = (Plant regeneration rate-Plant consumption rate)/"Plant mass (Pl)" Present In 1 View:Used By |
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Resilience1C | #10 A | dS/dt (1/Month) = (Nutrient regeneration rate-Nutrient takeup rate)/"Soil nutrients (S)" Present In 1 View:Used By |
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Resilience1C | #11 A | fdH(H) (Dmnl) = "GF-Predation"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #12 A | fdPl(Pl) (Dmnl) = "GF-consumption"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #13 A | fdS(S) (Dmnl) = "GF-takeup"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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.Control | #14 C | FINAL TIME (Month) = 500 Description: The final time for the simulation. Present In 0 Views: |
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Resilience1C | #15 A | frH(Pl) (Dmnl) = "GF-Herbivores"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #16 A | frP(H) (Dmnl) = "GF-Predators"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #17 A | frPl(S) (Dmnl) = "GF-plant regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #18 A | frS(S) (Dmnl) = "GF-nutrient regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #26 F,A | Herbivore pop growth rate (Herbivores/Month) = "Herbivores (H)"*"Max herbivore growth fraction (KrH)"*"frH(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #27 F,A | Herbivore predation rate (Herbivores/Month) = Desired predation rate*"fdH(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #28 L | Herbivores (H) (Herbivores) = ∫(Herbivore pop growth rate+Prey infusion)-Herbivore predation rate dt + Initial herbivores Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #29 LI,C | Initial herbivores (Herbivores) = 1000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #30 LI,C | Initial nutrients (N units) = 2e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #31 LI,C | Initial plant mass (tonnes) = 100000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #32 LI,C | Initial predators (Predators) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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.Control | #33 C | INITIAL TIME (Month) = 0 Description: The initial time for the simulation. Present In 0 Views: |
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Resilience1C | #34 C | Max herbivore growth fraction (KrH) (1/Month) = 0.05 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #35 C | Max nutrient regen flow (KrS) (N units/Month) = 1e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #36 C | Max plant growth fraction (KrPl) (1/Month) = 0.2 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #37 C | Max predator pop growth fraction (KrP) (1/Month) = 0.025 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #39 F,A | Nutrient regeneration rate (N units/Month) = ("Max nutrient regen flow (KrS)"+step(Regen step,250))*"frS(S)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #40 F,A | Nutrient takeup rate (N units/Month) = Desired takeup rate*"fdS(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #41 F,A | Plant consumption rate (tonnes/Month) = Desired consumption rate*"fdPl(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #42 L | Plant mass (Pl) (tonnes) = ∫Plant regeneration rate-Plant consumption rate dt + Initial plant mass Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #43 F,A | Plant regeneration rate (tonnes/Month) = "Plant mass (Pl)"*"Max plant growth fraction (KrPl)"*"frPl(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #44 F,A | Predator infusion (Predators/Month) = 0+step(Predator spike,50)-step(Predator spike,51) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #45 F,A | Predator pop growth rate (Predators/Month) = "Predators (P)"*"Max predator pop growth fraction (KrP)"*"frP(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #46 C | Predator spike (Predators/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #47 L | Predators (P) (Predators) = ∫Predator infusion+Predator pop growth rate dt + Initial predators Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #48 F,A | Prey infusion (Herbivores/Month) = 0+step(Prey spike,300)-step(Prey spike,301) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #49 C | Prey spike (Herbivores/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #50 A | Random variation (Dmnl) = RANDOM NORMAL(0.75, 1.25 , 1, 0.3 , 0 ) Present In 0 Views: |
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Resilience1C | #51 C | Regen step (N units/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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.Control | #52 A | SAVEPER (Month ) = TIME STEP Description: The frequency with which output is stored. Present In 0 Views: |
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Resilience1C | #53 L | Soil nutrients (S) (N units) = ∫Nutrient regeneration rate-Nutrient takeup rate dt + Initial nutrients Present In 1 View:Used ByFeedback Loops: 3 (30.0%) (+) 1 [3,3] (-) 2 [3,6] |
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.Control | #55 C | TIME STEP (Month ) = 0.125 Description: The time step for the simulation. Present In 0 Views:
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(View) Not in View (1 Variables) |
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Top | (View) Not in View (1 Variables) | ||
Variable Name And Description | Resilience1C | #50 A | Random variation (Dmnl) = RANDOM NORMAL(0.75, 1.25 , 1, 0.3 , 0 ) Present In 0 Views: |
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(View) View 1 (48 Variables) |
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Top | (View) View 1 (48 Variables) | ||
Variable Name And Description | Resilience1C | #1 C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #2 A | Desired consumption rate (tonnes/Month) = "Desired consumption factor (KdH)"*"Herbivores (H)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #3 C | Desired predation factor (KdP) (Herbivores/Predators/Month) = 5 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #4 A | Desired predation rate (Herbivores/Month) = "Predators (P)"*"Desired predation factor (KdP)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #5 C | Desired takeup factor (KdPl) (N units/tonnes/Month) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #6 A | Desired takeup rate (N units/Month) = "Plant mass (Pl)"*"Desired takeup factor (KdPl)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #7 A | dH/dt (1/Month) = (Herbivore pop growth rate-Herbivore predation rate)/"Herbivores (H)" Present In 1 View:Used By |
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Resilience1C | #8 A | dP/dt (1/Month) = ZIDZ( Predator pop growth rate,"Predators (P)") Present In 1 View:Used By |
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Resilience1C | #9 A | dPl/dt (1/Month) = (Plant regeneration rate-Plant consumption rate)/"Plant mass (Pl)" Present In 1 View:Used By |
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Resilience1C | #10 A | dS/dt (1/Month) = (Nutrient regeneration rate-Nutrient takeup rate)/"Soil nutrients (S)" Present In 1 View:Used By |
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Resilience1C | #11 A | fdH(H) (Dmnl) = "GF-Predation"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #12 A | fdPl(Pl) (Dmnl) = "GF-consumption"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #13 A | fdS(S) (Dmnl) = "GF-takeup"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #15 A | frH(Pl) (Dmnl) = "GF-Herbivores"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #16 A | frP(H) (Dmnl) = "GF-Predators"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #17 A | frPl(S) (Dmnl) = "GF-plant regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #18 A | frS(S) (Dmnl) = "GF-nutrient regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #26 F,A | Herbivore pop growth rate (Herbivores/Month) = "Herbivores (H)"*"Max herbivore growth fraction (KrH)"*"frH(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #27 F,A | Herbivore predation rate (Herbivores/Month) = Desired predation rate*"fdH(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #28 L | Herbivores (H) (Herbivores) = ∫(Herbivore pop growth rate+Prey infusion)-Herbivore predation rate dt + Initial herbivores Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #29 LI,C | Initial herbivores (Herbivores) = 1000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #30 LI,C | Initial nutrients (N units) = 2e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #31 LI,C | Initial plant mass (tonnes) = 100000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #32 LI,C | Initial predators (Predators) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #34 C | Max herbivore growth fraction (KrH) (1/Month) = 0.05 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #35 C | Max nutrient regen flow (KrS) (N units/Month) = 1e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #36 C | Max plant growth fraction (KrPl) (1/Month) = 0.2 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #37 C | Max predator pop growth fraction (KrP) (1/Month) = 0.025 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #39 F,A | Nutrient regeneration rate (N units/Month) = ("Max nutrient regen flow (KrS)"+step(Regen step,250))*"frS(S)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #40 F,A | Nutrient takeup rate (N units/Month) = Desired takeup rate*"fdS(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #41 F,A | Plant consumption rate (tonnes/Month) = Desired consumption rate*"fdPl(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #42 L | Plant mass (Pl) (tonnes) = ∫Plant regeneration rate-Plant consumption rate dt + Initial plant mass Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #43 F,A | Plant regeneration rate (tonnes/Month) = "Plant mass (Pl)"*"Max plant growth fraction (KrPl)"*"frPl(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #44 F,A | Predator infusion (Predators/Month) = 0+step(Predator spike,50)-step(Predator spike,51) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #45 F,A | Predator pop growth rate (Predators/Month) = "Predators (P)"*"Max predator pop growth fraction (KrP)"*"frP(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #46 C | Predator spike (Predators/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #47 L | Predators (P) (Predators) = ∫Predator infusion+Predator pop growth rate dt + Initial predators Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #48 F,A | Prey infusion (Herbivores/Month) = 0+step(Prey spike,300)-step(Prey spike,301) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #49 C | Prey spike (Herbivores/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #51 C | Regen step (N units/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #53 L | Soil nutrients (S) (N units) = ∫Nutrient regeneration rate-Nutrient takeup rate dt + Initial nutrients Present In 1 View:Used ByFeedback Loops: 3 (30.0%) (+) 1 [3,3] (-) 2 [3,6] |
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Top | (Group) Resilience1C (49 Variables) | ||
Variable Name And Description | Resilience1C | #1 C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #2 A | Desired consumption rate (tonnes/Month) = "Desired consumption factor (KdH)"*"Herbivores (H)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #3 C | Desired predation factor (KdP) (Herbivores/Predators/Month) = 5 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #4 A | Desired predation rate (Herbivores/Month) = "Predators (P)"*"Desired predation factor (KdP)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #5 C | Desired takeup factor (KdPl) (N units/tonnes/Month) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #6 A | Desired takeup rate (N units/Month) = "Plant mass (Pl)"*"Desired takeup factor (KdPl)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #7 A | dH/dt (1/Month) = (Herbivore pop growth rate-Herbivore predation rate)/"Herbivores (H)" Present In 1 View:Used By |
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Resilience1C | #8 A | dP/dt (1/Month) = ZIDZ( Predator pop growth rate,"Predators (P)") Present In 1 View:Used By |
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Resilience1C | #9 A | dPl/dt (1/Month) = (Plant regeneration rate-Plant consumption rate)/"Plant mass (Pl)" Present In 1 View:Used By |
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Resilience1C | #10 A | dS/dt (1/Month) = (Nutrient regeneration rate-Nutrient takeup rate)/"Soil nutrients (S)" Present In 1 View:Used By |
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Resilience1C | #11 A | fdH(H) (Dmnl) = "GF-Predation"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #12 A | fdPl(Pl) (Dmnl) = "GF-consumption"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #13 A | fdS(S) (Dmnl) = "GF-takeup"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #15 A | frH(Pl) (Dmnl) = "GF-Herbivores"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #16 A | frP(H) (Dmnl) = "GF-Predators"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #17 A | frPl(S) (Dmnl) = "GF-plant regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #18 A | frS(S) (Dmnl) = "GF-nutrient regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #26 F,A | Herbivore pop growth rate (Herbivores/Month) = "Herbivores (H)"*"Max herbivore growth fraction (KrH)"*"frH(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #27 F,A | Herbivore predation rate (Herbivores/Month) = Desired predation rate*"fdH(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #28 L | Herbivores (H) (Herbivores) = ∫(Herbivore pop growth rate+Prey infusion)-Herbivore predation rate dt + Initial herbivores Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #29 LI,C | Initial herbivores (Herbivores) = 1000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #30 LI,C | Initial nutrients (N units) = 2e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #31 LI,C | Initial plant mass (tonnes) = 100000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #32 LI,C | Initial predators (Predators) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #34 C | Max herbivore growth fraction (KrH) (1/Month) = 0.05 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #35 C | Max nutrient regen flow (KrS) (N units/Month) = 1e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #36 C | Max plant growth fraction (KrPl) (1/Month) = 0.2 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #37 C | Max predator pop growth fraction (KrP) (1/Month) = 0.025 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #39 F,A | Nutrient regeneration rate (N units/Month) = ("Max nutrient regen flow (KrS)"+step(Regen step,250))*"frS(S)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #40 F,A | Nutrient takeup rate (N units/Month) = Desired takeup rate*"fdS(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #41 F,A | Plant consumption rate (tonnes/Month) = Desired consumption rate*"fdPl(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #42 L | Plant mass (Pl) (tonnes) = ∫Plant regeneration rate-Plant consumption rate dt + Initial plant mass Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #43 F,A | Plant regeneration rate (tonnes/Month) = "Plant mass (Pl)"*"Max plant growth fraction (KrPl)"*"frPl(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #44 F,A | Predator infusion (Predators/Month) = 0+step(Predator spike,50)-step(Predator spike,51) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #45 F,A | Predator pop growth rate (Predators/Month) = "Predators (P)"*"Max predator pop growth fraction (KrP)"*"frP(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #46 C | Predator spike (Predators/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #47 L | Predators (P) (Predators) = ∫Predator infusion+Predator pop growth rate dt + Initial predators Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #48 F,A | Prey infusion (Herbivores/Month) = 0+step(Prey spike,300)-step(Prey spike,301) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #49 C | Prey spike (Herbivores/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #50 A | Random variation (Dmnl) = RANDOM NORMAL(0.75, 1.25 , 1, 0.3 , 0 ) Present In 0 Views: |
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Resilience1C | #51 C | Regen step (N units/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #53 L | Soil nutrients (S) (N units) = ∫Nutrient regeneration rate-Nutrient takeup rate dt + Initial nutrients Present In 1 View:Used ByFeedback Loops: 3 (30.0%) (+) 1 [3,3] (-) 2 [3,6] |
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Top | (Type) Level (4 Variables) | ||
Variable Name And Description | Resilience1C | #28 L | Herbivores (H) (Herbivores) = ∫(Herbivore pop growth rate+Prey infusion)-Herbivore predation rate dt + Initial herbivores Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #42 L | Plant mass (Pl) (tonnes) = ∫Plant regeneration rate-Plant consumption rate dt + Initial plant mass Present In 1 View:Used ByFeedback Loops: 4 (40.0%) (+) 1 [2,2] (-) 3 [3,6] |
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Resilience1C | #47 L | Predators (P) (Predators) = ∫Predator infusion+Predator pop growth rate dt + Initial predators Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #53 L | Soil nutrients (S) (N units) = ∫Nutrient regeneration rate-Nutrient takeup rate dt + Initial nutrients Present In 1 View:Used ByFeedback Loops: 3 (30.0%) (+) 1 [3,3] (-) 2 [3,6] |
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Top | (Type) Smooth (0 Variables) | ||
Variable Name And Description |
Top | (Type) Delay (0 Variables) | ||
Variable Name And Description |
Top | (Type) Level Initial (4 Variables) | ||
Variable Name And Description | Resilience1C | #29 LI,C | Initial herbivores (Herbivores) = 1000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #30 LI,C | Initial nutrients (N units) = 2e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #31 LI,C | Initial plant mass (tonnes) = 100000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #32 LI,C | Initial predators (Predators) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Top | (Type) Initial (0 Variables) | ||
Variable Name And Description |
Top | (Type) Constant (14 Variables) | ||
Variable Name And Description | Resilience1C | #1 C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #3 C | Desired predation factor (KdP) (Herbivores/Predators/Month) = 5 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #5 C | Desired takeup factor (KdPl) (N units/tonnes/Month) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #29 LI,C | Initial herbivores (Herbivores) = 1000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #30 LI,C | Initial nutrients (N units) = 2e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #31 LI,C | Initial plant mass (tonnes) = 100000 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #32 LI,C | Initial predators (Predators) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #34 C | Max herbivore growth fraction (KrH) (1/Month) = 0.05 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #35 C | Max nutrient regen flow (KrS) (N units/Month) = 1e+06 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #36 C | Max plant growth fraction (KrPl) (1/Month) = 0.2 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #37 C | Max predator pop growth fraction (KrP) (1/Month) = 0.025 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #46 C | Predator spike (Predators/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #49 C | Prey spike (Herbivores/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #51 C | Regen step (N units/Month) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Top | (Type) Flow (9 Variables) | ||
Variable Name And Description | Resilience1C | #26 F,A | Herbivore pop growth rate (Herbivores/Month) = "Herbivores (H)"*"Max herbivore growth fraction (KrH)"*"frH(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #27 F,A | Herbivore predation rate (Herbivores/Month) = Desired predation rate*"fdH(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #39 F,A | Nutrient regeneration rate (N units/Month) = ("Max nutrient regen flow (KrS)"+step(Regen step,250))*"frS(S)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #40 F,A | Nutrient takeup rate (N units/Month) = Desired takeup rate*"fdS(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #41 F,A | Plant consumption rate (tonnes/Month) = Desired consumption rate*"fdPl(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #43 F,A | Plant regeneration rate (tonnes/Month) = "Plant mass (Pl)"*"Max plant growth fraction (KrPl)"*"frPl(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #44 F,A | Predator infusion (Predators/Month) = 0+step(Predator spike,50)-step(Predator spike,51) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #45 F,A | Predator pop growth rate (Predators/Month) = "Predators (P)"*"Max predator pop growth fraction (KrP)"*"frP(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #48 F,A | Prey infusion (Herbivores/Month) = 0+step(Prey spike,300)-step(Prey spike,301) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Top | (Type) Auxiliary (31 Variables) | ||
Variable Name And Description | Resilience1C | #2 A | Desired consumption rate (tonnes/Month) = "Desired consumption factor (KdH)"*"Herbivores (H)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #4 A | Desired predation rate (Herbivores/Month) = "Predators (P)"*"Desired predation factor (KdP)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #6 A | Desired takeup rate (N units/Month) = "Plant mass (Pl)"*"Desired takeup factor (KdPl)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #7 A | dH/dt (1/Month) = (Herbivore pop growth rate-Herbivore predation rate)/"Herbivores (H)" Present In 1 View:Used By |
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Resilience1C | #8 A | dP/dt (1/Month) = ZIDZ( Predator pop growth rate,"Predators (P)") Present In 1 View:Used By |
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Resilience1C | #9 A | dPl/dt (1/Month) = (Plant regeneration rate-Plant consumption rate)/"Plant mass (Pl)" Present In 1 View:Used By |
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Resilience1C | #10 A | dS/dt (1/Month) = (Nutrient regeneration rate-Nutrient takeup rate)/"Soil nutrients (S)" Present In 1 View:Used By |
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Resilience1C | #11 A | fdH(H) (Dmnl) = "GF-Predation"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #12 A | fdPl(Pl) (Dmnl) = "GF-consumption"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #13 A | fdS(S) (Dmnl) = "GF-takeup"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [3,3] |
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Resilience1C | #15 A | frH(Pl) (Dmnl) = "GF-Herbivores"("Plant mass (Pl)"/Initial plant mass) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #16 A | frP(H) (Dmnl) = "GF-Predators"("Herbivores (H)"/Initial herbivores) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #17 A | frPl(S) (Dmnl) = "GF-plant regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 0 [0,0] (-) 1 [6,6] |
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Resilience1C | #18 A | frS(S) (Dmnl) = "GF-nutrient regen"("Soil nutrients (S)"/Initial nutrients) Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #26 F,A | Herbivore pop growth rate (Herbivores/Month) = "Herbivores (H)"*"Max herbivore growth fraction (KrH)"*"frH(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #27 F,A | Herbivore predation rate (Herbivores/Month) = Desired predation rate*"fdH(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #39 F,A | Nutrient regeneration rate (N units/Month) = ("Max nutrient regen flow (KrS)"+step(Regen step,250))*"frS(S)" Present In 1 View:Used ByFeedback Loops: 1 (10.0%) (+) 1 [3,3] (-) 0 [0,0] |
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Resilience1C | #40 F,A | Nutrient takeup rate (N units/Month) = Desired takeup rate*"fdS(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #41 F,A | Plant consumption rate (tonnes/Month) = Desired consumption rate*"fdPl(Pl)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [3,6] |
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Resilience1C | #43 F,A | Plant regeneration rate (tonnes/Month) = "Plant mass (Pl)"*"Max plant growth fraction (KrPl)"*"frPl(S)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 1 [2,2] (-) 1 [6,6] |
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Resilience1C | #44 F,A | Predator infusion (Predators/Month) = 0+step(Predator spike,50)-step(Predator spike,51) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #45 F,A | Predator pop growth rate (Predators/Month) = "Predators (P)"*"Max predator pop growth fraction (KrP)"*"frP(H)" Present In 1 View:Used ByFeedback Loops: 2 (20.0%) (+) 0 [0,0] (-) 2 [2,6] |
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Resilience1C | #48 F,A | Prey infusion (Herbivores/Month) = 0+step(Prey spike,300)-step(Prey spike,301) Present In 1 View:Used ByFeedback Loops: 0 (0.0%) (+) 0 [0,0] (-) 0 [0,0] |
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Resilience1C | #50 A | Random variation (Dmnl) = RANDOM NORMAL(0.75, 1.25 , 1, 0.3 , 0 ) Present In 0 Views: |
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Top | (Type) Subscripts (0 Variables) | ||
Variable Name And Description |
Top | (Type) Data (7 Variables) | ||
Variable Name And Description | Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Top | (Type) Game (0 Variables) | ||
Variable Name And Description |
Top | (Type) Lookup (7 Variables) | ||
Variable Name And Description | Resilience1C | #19 A,T | GF-consumption (Dmnl) "GF-consumption"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #20 A,T | GF-Herbivores (Dmnl) "GF-Herbivores"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #21 A,T | GF-nutrient regen (Dmnl) "GF-nutrient regen"([(0,0)-(1,1)],(0,1),(1,1),(10,1)) ![]() |
Resilience1C | #22 A,T | GF-plant regen (Dmnl) "GF-plant regen"([(0,-4)-(1,1)],(0,-4),(1,1),(10,1)) ![]() |
Resilience1C | #23 A,T | GF-Predation (Dmnl) "GF-Predation"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Resilience1C | #24 A,T | GF-Predators (Dmnl) "GF-Predators"([(0,-4)-(1,1)],(0,-4),(0.25,-1.5),(0.5,0),(1,1),(10,1)) ![]() |
Resilience1C | #25 A,T | GF-takeup (Dmnl) "GF-takeup"([(0,0)-(1,1)],(0,0),(1,1),(10,1)) ![]() |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) |
Resilience1C | A | Desired consumption rate (tonnes/Month) |
Resilience1C | C | Desired predation factor (KdP) (Herbivores/Predators/Month) |
Resilience1C | A | Desired predation rate (Herbivores/Month) |
Resilience1C | C | Desired takeup factor (KdPl) (N units/tonnes/Month) |
Resilience1C | A | Desired takeup rate (N units/Month) |
Resilience1C | A | dH/dt (1/Month) |
Resilience1C | A | dP/dt (1/Month) |
Resilience1C | A | dPl/dt (1/Month) |
Resilience1C | A | dS/dt (1/Month) |
Resilience1C | A | fdH(H) (Dmnl) |
Resilience1C | A | fdPl(Pl) (Dmnl) |
Resilience1C | A | fdS(S) (Dmnl) |
.Control | C | FINAL TIME (Month) |
Resilience1C | A | frH(Pl) (Dmnl) |
Resilience1C | A | frP(H) (Dmnl) |
Resilience1C | A | frPl(S) (Dmnl) |
Resilience1C | A | frS(S) (Dmnl) |
Resilience1C | A,T | GF-consumption (Dmnl) |
Resilience1C | A,T | GF-Herbivores (Dmnl) |
Resilience1C | A,T | GF-nutrient regen (Dmnl) |
Resilience1C | A,T | GF-plant regen (Dmnl) |
Resilience1C | A,T | GF-Predation (Dmnl) |
Resilience1C | A,T | GF-Predators (Dmnl) |
Resilience1C | A,T | GF-takeup (Dmnl) |
Resilience1C | F,A | Herbivore pop growth rate (Herbivores/Month) |
Resilience1C | F,A | Herbivore predation rate (Herbivores/Month) |
Resilience1C | L | Herbivores (H) (Herbivores) |
Resilience1C | LI,C | Initial herbivores (Herbivores) |
Resilience1C | LI,C | Initial nutrients (N units) |
Resilience1C | LI,C | Initial plant mass (tonnes) |
Resilience1C | LI,C | Initial predators (Predators) |
.Control | C | INITIAL TIME (Month) |
Resilience1C | C | Max herbivore growth fraction (KrH) (1/Month) |
Resilience1C | C | Max nutrient regen flow (KrS) (N units/Month) |
Resilience1C | C | Max plant growth fraction (KrPl) (1/Month) |
Resilience1C | C | Max predator pop growth fraction (KrP) (1/Month) |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) |
Resilience1C | F,A | Nutrient takeup rate (N units/Month) |
Resilience1C | F,A | Plant consumption rate (tonnes/Month) |
Resilience1C | L | Plant mass (Pl) (tonnes) |
Resilience1C | F,A | Plant regeneration rate (tonnes/Month) |
Resilience1C | F,A | Predator infusion (Predators/Month) |
Resilience1C | F,A | Predator pop growth rate (Predators/Month) |
Resilience1C | C | Predator spike (Predators/Month) |
Resilience1C | L | Predators (P) (Predators) |
Resilience1C | F,A | Prey infusion (Herbivores/Month) |
Resilience1C | C | Prey spike (Herbivores/Month) |
Resilience1C | A | Random variation (Dmnl) |
Resilience1C | C | Regen step (N units/Month) |
.Control | A | SAVEPER (Month ) |
Resilience1C | L | Soil nutrients (S) (N units) |
.Control | C | TIME STEP (Month ) |
Resilience1C | L | Herbivores (H) (Herbivores) | 4 | 5 | 0.80 | 3| 1| 0 | 5| 0| 0 |
Resilience1C | L | Plant mass (Pl) (tonnes) | 3 | 5 | 0.60 | 2| 1| 0 | 4| 1| 0 |
Resilience1C | L | Soil nutrients (S) (N units) | 3 | 4 | 0.75 | 2| 1| 0 | 4| 0| 0 |
Resilience1C | L | Predators (P) (Predators) | 3 | 3 | 1.00 | 3| 0| 0 | 2| 1| 0 |
Resilience1C | F,A | Predator pop growth rate (Predators/Month) | 3 | 2 | 1.50 | 1| 2| 0 | 2| 0| 0 |
Resilience1C | F,A | Plant regeneration rate (tonnes/Month) | 3 | 2 | 1.50 | 3| 0| 0 | 2| 0| 0 |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) | 3 | 2 | 1.50 | 3| 0| 0 | 2| 0| 0 |
Resilience1C | F,A | Herbivore pop growth rate (Herbivores/Month) | 3 | 2 | 1.50 | 3| 0| 0 | 2| 0| 0 |
Resilience1C | F,A | Plant consumption rate (tonnes/Month) | 2 | 2 | 1.00 | 2| 0| 0 | 0| 2| 0 |
Resilience1C | F,A | Nutrient takeup rate (N units/Month) | 2 | 2 | 1.00 | 2| 0| 0 | 0| 2| 0 |
Resilience1C | LI,C | Initial nutrients (N units) | 0 | 4 | 0.00 | 0| 0| 0 | 1| 3| 0 |
Resilience1C | F,A | Herbivore predation rate (Herbivores/Month) | 2 | 2 | 1.00 | 2| 0| 0 | 0| 2| 0 |
Resilience1C | A | frS(S) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | frPl(S) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | frP(H) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | frH(Pl) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | fdS(S) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | fdPl(Pl) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | A | fdH(H) (Dmnl) | 3 | 1 | 3.00 | 2| 1| 0 | 1| 0| 0 |
Resilience1C | LI,C | Initial plant mass (tonnes) | 0 | 3 | 0.00 | 0| 0| 0 | 1| 2| 0 |
Resilience1C | LI,C | Initial herbivores (Herbivores) | 0 | 3 | 0.00 | 0| 0| 0 | 1| 2| 0 |
Resilience1C | A | dS/dt (1/Month) | 3 | 0 | ∞ | 2| 1| 0 | 0| 0| 0 |
Resilience1C | A | dPl/dt (1/Month) | 3 | 0 | ∞ | 1| 2| 0 | 0| 0| 0 |
Resilience1C | A | dH/dt (1/Month) | 3 | 0 | ∞ | 2| 1| 0 | 0| 0| 0 |
Resilience1C | A | Desired takeup rate (N units/Month) | 2 | 1 | 2.00 | 2| 0| 0 | 1| 0| 0 |
Resilience1C | A | Desired predation rate (Herbivores/Month) | 2 | 1 | 2.00 | 2| 0| 0 | 1| 0| 0 |
Resilience1C | A | Desired consumption rate (tonnes/Month) | 2 | 1 | 2.00 | 2| 0| 0 | 1| 0| 0 |
Resilience1C | F,A | Prey infusion (Herbivores/Month) | 1 | 1 | 1.00 | 0| 0| 1 | 1| 0| 0 |
Resilience1C | F,A | Predator infusion (Predators/Month) | 1 | 1 | 1.00 | 0| 0| 1 | 1| 0| 0 |
Resilience1C | A | dP/dt (1/Month) | 2 | 0 | ∞ | 2| 0| 0 | 0| 0| 0 |
.Control | C | TIME STEP (Month ) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
.Control | A | SAVEPER (Month ) | 1 | 0 | ∞ | 1| 0| 0 | 0| 0| 0 |
Resilience1C | C | Regen step (N units/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Prey spike (Herbivores/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 0| 0| 1 |
Resilience1C | C | Predator spike (Predators/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 0| 0| 1 |
Resilience1C | C | Max predator pop growth fraction (KrP) (1/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 0| 1| 0 |
Resilience1C | C | Max plant growth fraction (KrPl) (1/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Max nutrient regen flow (KrS) (N units/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Max herbivore growth fraction (KrH) (1/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | LI,C | Initial predators (Predators) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-takeup (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-Predators (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-Predation (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-plant regen (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-nutrient regen (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-Herbivores (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A,T | GF-consumption (Dmnl) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Desired takeup factor (KdPl) (N units/tonnes/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Desired predation factor (KdP) (Herbivores/Predators/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) | 0 | 1 | 0.00 | 0| 0| 0 | 1| 0| 0 |
Resilience1C | A | Random variation (Dmnl) | ( 0| 0) | ∞ | 0| 0| 0 | 0| 0| 0 |
.Control | C | INITIAL TIME (Month) | ( 0| 0) | ∞ | 0| 0| 0 | 0| 0| 0 |
.Control | C | FINAL TIME (Month) | ( 0| 0) | ∞ | 0| 0| 0 | 0| 0| 0 |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | A | dH/dt (1/Month) |
Resilience1C | A | dP/dt (1/Month) |
Resilience1C | A | dPl/dt (1/Month) |
Resilience1C | A | dS/dt (1/Month) |
Resilience1C | A | Random variation (Dmnl) |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) |
Resilience1C | F,A | Predator infusion (Predators/Month) |
Resilience1C | F,A | Prey infusion (Herbivores/Month) |
Resilience1C | A | Random variation (Dmnl) |
Resilience1C | A,T | GF-consumption (Dmnl) | Left |
Resilience1C | A,T | GF-Herbivores (Dmnl) | Left |
Resilience1C | A,T | GF-plant regen (Dmnl) | Left |
Resilience1C | A,T | GF-Predation (Dmnl) | Left |
Resilience1C | A,T | GF-Predators (Dmnl) | Left |
Resilience1C | A,T | GF-takeup (Dmnl) | Left |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) |
Resilience1C | F,A | Predator infusion (Predators/Month) |
Resilience1C | F,A | Prey infusion (Herbivores/Month) |
Resilience1C | L | Herbivores (H) (Herbivores) | 4 |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | A | fdH(H) (Dmnl) |
Resilience1C | A | fdPl(Pl) (Dmnl) |
Resilience1C | A | fdS(S) (Dmnl) |
Resilience1C | A | frH(Pl) (Dmnl) |
Resilience1C | A | frP(H) (Dmnl) |
Resilience1C | A | frPl(S) (Dmnl) |
Resilience1C | A | frS(S) (Dmnl) |
Resilience1C | A,T | GF-consumption (Dmnl) |
Resilience1C | A,T | GF-Herbivores (Dmnl) |
Resilience1C | A,T | GF-nutrient regen (Dmnl) |
Resilience1C | A,T | GF-plant regen (Dmnl) |
Resilience1C | A,T | GF-Predation (Dmnl) |
Resilience1C | A,T | GF-Predators (Dmnl) |
Resilience1C | A,T | GF-takeup (Dmnl) |
Resilience1C | A | Random variation (Dmnl) |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) |
Resilience1C | A | Desired consumption rate (tonnes/Month) |
Resilience1C | C | Desired predation factor (KdP) (Herbivores/Predators/Month) |
Resilience1C | A | Desired predation rate (Herbivores/Month) |
Resilience1C | C | Desired takeup factor (KdPl) (N units/tonnes/Month) |
Resilience1C | A | Desired takeup rate (N units/Month) |
Resilience1C | A | dH/dt (1/Month) |
Resilience1C | A | dP/dt (1/Month) |
Resilience1C | A | dPl/dt (1/Month) |
Resilience1C | A | dS/dt (1/Month) |
Resilience1C | A | fdH(H) (Dmnl) |
Resilience1C | A | fdPl(Pl) (Dmnl) |
Resilience1C | A | fdS(S) (Dmnl) |
Resilience1C | A | frH(Pl) (Dmnl) |
Resilience1C | A | frP(H) (Dmnl) |
Resilience1C | A | frPl(S) (Dmnl) |
Resilience1C | A | frS(S) (Dmnl) |
Resilience1C | A,T | GF-consumption (Dmnl) |
Resilience1C | A,T | GF-Herbivores (Dmnl) |
Resilience1C | A,T | GF-nutrient regen (Dmnl) |
Resilience1C | A,T | GF-plant regen (Dmnl) |
Resilience1C | A,T | GF-Predation (Dmnl) |
Resilience1C | A,T | GF-Predators (Dmnl) |
Resilience1C | A,T | GF-takeup (Dmnl) |
Resilience1C | F,A | Herbivore pop growth rate (Herbivores/Month) |
Resilience1C | F,A | Herbivore predation rate (Herbivores/Month) |
Resilience1C | L | Herbivores (H) (Herbivores) |
Resilience1C | LI,C | Initial herbivores (Herbivores) |
Resilience1C | LI,C | Initial nutrients (N units) |
Resilience1C | LI,C | Initial plant mass (tonnes) |
Resilience1C | LI,C | Initial predators (Predators) |
Resilience1C | C | Max herbivore growth fraction (KrH) (1/Month) |
Resilience1C | C | Max nutrient regen flow (KrS) (N units/Month) |
Resilience1C | C | Max plant growth fraction (KrPl) (1/Month) |
Resilience1C | C | Max predator pop growth fraction (KrP) (1/Month) |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) |
Resilience1C | F,A | Nutrient takeup rate (N units/Month) |
Resilience1C | F,A | Plant consumption rate (tonnes/Month) |
Resilience1C | L | Plant mass (Pl) (tonnes) |
Resilience1C | F,A | Plant regeneration rate (tonnes/Month) |
Resilience1C | F,A | Predator infusion (Predators/Month) |
Resilience1C | F,A | Predator pop growth rate (Predators/Month) |
Resilience1C | C | Predator spike (Predators/Month) |
Resilience1C | L | Predators (P) (Predators) |
Resilience1C | F,A | Prey infusion (Herbivores/Month) |
Resilience1C | C | Prey spike (Herbivores/Month) |
Resilience1C | A | Random variation (Dmnl) |
Resilience1C | C | Regen step (N units/Month) |
Resilience1C | L | Soil nutrients (S) (N units) |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Resilience1C | A | Random variation (Dmnl) |
1/Month | Basic | |
Dmnl | Basic | |
Herbivores | Basic | |
Month | Basic | |
N units | Basic | |
Predators | Basic | |
tonnes | Basic | |
Herbivores/Month | Combined | |
Herbivores/Predators*Month | Combined | [Herbivores/Predators/Month] |
N units/Month | Combined | |
N units/tonnes*Month | Combined | [N units/tonnes/Month] |
Predators/Month | Combined | |
tonnes/Herbivores*Month | Combined | [tonnes/Herbivores/Month] |
tonnes/Month | Combined |
Resilience1C | L | Herbivores (H) (Herbivores) | 4 (40.0%) | 1 [2,2] | 3 [3,6] | 0.33 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | L | Plant mass (Pl) (tonnes) | 4 (40.0%) | 1 [2,2] | 3 [3,6] | 0.33 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | L | Soil nutrients (S) (N units) | 3 (30.0%) | 1 [3,3] | 2 [3,6] | 0.50 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Herbivore pop growth rate (Herbivores/Month) | 2 (20.0%) | 1 [2,2] | 1 [6,6] | 1.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Herbivore predation rate (Herbivores/Month) | 2 (20.0%) | 0 [0,0] | 2 [3,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Nutrient takeup rate (N units/Month) | 2 (20.0%) | 0 [0,0] | 2 [3,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Plant consumption rate (tonnes/Month) | 2 (20.0%) | 0 [0,0] | 2 [3,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Plant regeneration rate (tonnes/Month) | 2 (20.0%) | 1 [2,2] | 1 [6,6] | 1.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Predator pop growth rate (Predators/Month) | 2 (20.0%) | 0 [0,0] | 2 [2,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | L | Predators (P) (Predators) | 2 (20.0%) | 0 [0,0] | 2 [2,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | Desired consumption rate (tonnes/Month) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | Desired predation rate (Herbivores/Month) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | Desired takeup rate (N units/Month) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | fdH(H) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [3,3] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | fdPl(Pl) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [3,3] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | fdS(S) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [3,3] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | frH(Pl) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | frP(H) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | frPl(S) (Dmnl) | 1 (10.0%) | 0 [0,0] | 1 [6,6] | 0.00 | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | frS(S) (Dmnl) | 1 (10.0%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Nutrient regeneration rate (N units/Month) | 1 (10.0%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Desired consumption factor (KdH) (tonnes/Herbivores/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Desired predation factor (KdP) (Herbivores/Predators/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Desired takeup factor (KdPl) (N units/tonnes/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | dH/dt (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | dP/dt (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | dPl/dt (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | dS/dt (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | FINAL TIME (Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-consumption (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-Herbivores (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-nutrient regen (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-plant regen (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-Predation (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-Predators (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A,T | GF-takeup (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | LI,C | Initial herbivores (Herbivores) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | LI,C | Initial nutrients (N units) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | LI,C | Initial plant mass (tonnes) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | LI,C | Initial predators (Predators) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | INITIAL TIME (Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Max herbivore growth fraction (KrH) (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Max nutrient regen flow (KrS) (N units/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Max plant growth fraction (KrPl) (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Max predator pop growth fraction (KrP) (1/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Predator infusion (Predators/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Predator spike (Predators/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | F,A | Prey infusion (Herbivores/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Prey spike (Herbivores/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | A | Random variation (Dmnl) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Resilience1C | C | Regen step (N units/Month) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | A | SAVEPER (Month ) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | TIME STEP (Month ) | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
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Predator spike | Predator infusion | Inconsistent |
Prey spike | Prey infusion | Inconsistent |
Not in View | 1 vars (1.8%) |
View 1 | 48 vars (87.3%) |