The APSIM vine Module

Vine

CropType = vine
Population

Value = 14

Arbitrator

DMSink = Reserve

Phenology

ThermalTime

Temperature (oC) ThermalTime
7 0.0

22 15.0

30 15.0

35 0.0

Dormant

Dormant extends from StartDormancy to EndDormancy with a Chilling Days Target of 30 days.

Budding

Budding extends from EndDormancy to BudBurst with a fixed thermal time duration of 200 degree.days.

ShootGrowth

ShootGrowth extends from BudBurst to Flowering with a fixed thermal time duration of 442 degree.days.

FlowerDevelopment

FlowerDevelopment extends from Flowering to Set with a fixed thermal time duration of 150 degree.days.

BerryDevelopment

BerryDevelopment extends from Set to Veraison with a fixed thermal time duration of 600 degree.days.

Ripening

Ripening extends from Veraison to Ripe with a fixed thermal time duration of 510 degree.days.

Senescent

Start = Ripe
End = LeafFall

Rewind

Start = LeafFall
End = Unused

Leaf

InitialiseStage = BudBurst
Frgr = 1
PrimaryBudNo = 1
MaxCover = 0.5
ExtinctionCoeff

Value = 0.5

KDead = 0.5
InitialLeafPrimordia = 1
InitialAreas = 1000
InitialAges = 1
Height

Stem.LiveWt Height
0 1800.0

500 1800.0

FrostFraction
0 0.0

2 0.0

Photosynthesis

FT
5 0.0

20 1.0

30 1.0

45 0.0

FVPD
0 1.0

10 1.0

50 1.0

RUE = 0.8

ThermalTime

Temperature (oC) ThermalTime
7 0.0

22 15.0

30 15.0

35 0.0

NodeInitiationRate

The value of NodeInitiationRate during the period from BudBurst to Veraison is calculated as follows:
Function

Value = 30.0

MaxNodeNo = 24
NodeAppearanceRate

The value of NodeAppearanceRate during the period from BudBurst to Veraison is calculated as follows:
Function

Value = 30.0

MaxArea

Leaf.NodeNo MaxArea
1 5000.0

4 15000.0

30 10000.0

SpecificLeafArea

Leaf.NodeNo SpecificLeafArea
1 20000.0

30 19000.0

GrowthDuration

Leaf.NodeNo GrowthDuration
4 150.0

5 150.0

LagDuration

Leaf.NodeNo LagDuration
5 1500.0

20 2500.0

SenescenceDuration

Leaf.NodeNo SenescenceDuration
5 500.0

30 500.0

BranchingRate

Leaf.NodeNo BranchingRate
5 0.0

10 0.0

11 0.0

PartitionFraction

Early

The value of Early during the period from BudBurst to Veraison is calculated as follows:
Function

Value = 0.4

ExpansionStress

WaterSupplyDemandRatio ExpansionStress
0.0 1

1.0 1

Stem

PartitionFraction

Early

The value of Early during the period from BudBurst to Veraison is calculated as follows:
Function

Value = 0.4

StructuralFraction

PreFlowering

The value of PreFlowering during the period from BudBurst to Flowering is calculated as follows:
Function

Value = 1.0

PostFlowering

The value of PostFlowering during the period from Flowering to Veraison is calculated as follows:
Function

Value = 1.0

Root

ll = 0.29 0.29 0.29 0.29 0.3 0.31 0.32 0.33 0.34 0.35 0.36
kl = 0.07 0.07 0.07 0.07 0.05 0.05 0.04 0.04 0.04 0.04 0.04
xf = 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00
KLModifier

Value = 1.0

InitialDM = 0.01
SpecificRootLength = 105000
RootFrontVelocity

Value = 10.0

PartitionFraction

Value = 0.2

TemperatureEffect

Temperature (oC) TemperatureEffect
0 0.0

26 1.0

35 0.0

Berry

MaximumSize = 0.33
RipeStage = Ripe
NumberFunction

Stem.LiveWt NumberFunction
0 0

1000 150000

FillingRate

EarlyBerryGrowth

The value of EarlyBerryGrowth during the period from Flowering to Veraison is calculated as follows:
Function

Temperature (oC) EarlyBerryGrowth
7 0.0

22 0.00133

30 0.00133

35 0.0

LateBerryGrowth

The value of LateBerryGrowth during the period from Veraison to Ripe is calculated as follows:
Function

Temperature (oC) LateBerryGrowth
7 0.0

22 0.0072

30 0.0072

35 0.0

WaterContent

Stages = StartDormancy EndDormancy BudBurst Flowering Set Veraison Ripe LeafFall
Codes = 0.93 0.93 0.93 0.93 0.93 0.85 0.7 0.7

Reserve

InitialDM = 100
DailyRetransFraction = 0.1

StageCode

Stages = StartDormancy EndDormancy BudBurst Flowering Set Veraison Ripe LeafFall
Codes = 1 2 7 23 27 35 38 47

Summary =