# VPSIG9.60    Do not remove or modify this line, otherwise this file will not be recognized as a vortex project file


[General Project Information]
ProjectTitle="Mountain Tapir PHVA Baseline"       # Project Title
ProjectPath="Cü\Program Files\Vortex\tapirs"      # Project Working Path
ProjectNotes="Simulations developed during Mountain Tapir PHVA workshop --  Otun-Quimbaya Sanctuary, Pereira, Colombia  12 - 15 October 2004.  Workshop organized by the IUCN/SSC Tapir Specialist Group. For detailed information about the base line model and parameters used, please consult the report."
Users={"Phil Miller"}
NumScene="1"                                      # Number of Scenarios (Do not modify !!!)
SpecialOptions0="0"                               # Show Symbols option
SpecialOptions1="0"                               # Translocate option
SpecialOptions1txt=Empty                          # Translocate option
SpecialOptions2="0"                               # Exclude last pop option
SpecialOptions3="0"                               # No dispersal into saturated pop option
SpecialOptions4="0"                               # Extinction = Decline option
SpecialOptions5="0"                               # Output all animals option
SpecialOptions6="0"                               # Census file option
SpecialOptions6txt=Empty                          # Census file option
SpecialOptions7="0"                               # Clear Lines option
SpecialOptions8="0"                               # Max K option
SpecialOptions8txt=Empty                          # Max K option
SpecialOptionsUndoc=Empty                         # Undocumented options

[Project Report]
ReportLocation="Mountain Tapir PHVA Baseline_report.rtf" # File path of the report

[ST Data]
ST.NumItems="0"                                   # Number of items in the ST Scheme

[1 Scenario Notes]
ScenarioNotes={"This set of simulations looks at the mountain tapir population within Ecuador's Sangay National Park and surrounding areas.";Empty;"Timeframe gives ample opportunity to observe appropriate natural phenomena, while reducing the extreme variance in outcome expected with longer projections.";Empty;"Single population in this analysis";Empty;Empty;Empty;Empty;Empty;Empty: "Group chose not to include inbreeding depression for this set of analyses in the face of other anthropogenic pressures.";Empty;Empty;"No evidence to dispute this concordance in this species.";Empty;"Catastrophes included were volcanic eruption and forest fire.";Empty;Empty;Empty;Empty;Empty: Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;"Los datos reproductivos empleados provinieron de lo publicado por Barongi (19..), y de la información suministrada por Michael Dee del Zoológico de Los Ángeles. La edad a la primera cópula es de 2 a 3 años en las hembras (H), y de 3 a 4 años en los machos (M). Sin embargo, como la gestación demora 13 meses, la edad a la primera reproducción es de 3 años en las hembras y de 4 años en los machos.";Empty;"Data on this particular parameter is quite scare, but general observations, etc. indicate that mountain tapirs could perhaps live and reproduce up to 15 years in the wild.";"El tamaño máximo de camada es de 2, por ser el numero máximo de crías que pueden nacer en un parto.";"Según Michael Dee (com. pers), la proporción de sexos es 1ü1 (50% de machos o 50% M).";Empty;Empty;Empty;Empty;Empty: "En cuanto al numero de hembras disponibles para reproducción al año, se  tomaron los valores mas comunes en otras especies de mamíferosü 50%   12.5 (PHVA Tapirus bairdii 1994).";Empty;Empty;"El tamaño máximo de camada es de 2, por ser el numero máximo de crías que pueden nacer en un parto. Por lo general nace una sola cría por parto, y rara vez hay partos gemelares, por consiguiente se estableció una probabilidad del 95% para partos de una sola cría, y del 5% para partos gemelares.";Empty;Empty;Empty;Empty;Empty;Empty;Empty: "While there are little detailed data on age/sex-specific mortality rates in mountain tapirs, the work of Craig Downer and others was used to develop the following mortality schedule, including estimates of annual environmentally-based variability in average rates.";Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: "Volcanoes and forest fire could potentially be significant threats to tapir populations. Severities as defined here are relatively low, but frequency is relatively high.";Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: "We assume here that some adult males are restricted from breeding through social exclusion. Specifically, we assume that 75% of adult males are available for breeding.";Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;"Based on an estimated density of 587 Ha / animal.";Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: "Simple assumption of K = 2N(0)";Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty: Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty;Empty} # Scenario Notes in RTF format

[1 Simulation Settings]
ScenarioName="Mountain Tapir PHVA BASELINE Sangay" # Scenario name
NumIter="500"                                     # Number of iterations/simulations
NumYears="100"                                    # Number of years
ExtinctDef0="True"                                # Extinction definition 0 (one of ExtinctDef0 and ExtinctDef1 *must* be FALSE and the other must be TRUE)
ExtinctDef1="False"                               # Extinction definition 1
CriticalSize="30000"                              # Critical size
NumPop="1"                                        # Number of populations

[1 Species Description]
InbreedDepress="0"                                # Inbreeding depression?
LethalEquiv="3.14"                                # Lethal equivalents
PercentLethal="50"                                # Percent due to recessive lethals
EVConcord="1"                                     # EV concordance?
NumCatast="2"                                     # Number of types of catastrophes
EV="0.5"                                          # EV Correlation
DispYoung="1"                                     # Lower age for dispersal
DispOld="5"                                       # Upper age for dispersal
DispFemales="1"                                   # Females disperse?
DispMales="1"                                     # Males disperse?
PercentDispSurvive="50"                           # % survival of dispersers
DensDispersal=Empty                               # Minimum density for dispersal

[1 Population Labels]
NumPopStateVars="0"                               # Num Population State Vars?
PopLabels={"Population 1"}                        # Population Labels
OutbreakModelLink="0"                             # Link to Outbreak?
OutbreakFileLink=Empty                            # Outbreak project file
SpatialModelLink="0"                              # Link to Spatial?
SpatialFileLink=Empty                             # Spatial project file
SpatialSteps="0"                                  # Num Spatial steps
NumIndivStateVars="0"                             # Num Individual State Vars?
IndivStateVars={Empty;Empty;Empty;Empty}          # Individual State Vars
NumMetaModelLinks="0"                             # Num Meta Model Links?
OtherMetaModels={Empty;Empty;Empty}               # Other Meta Models

[1 Dispersal Rates]
DispRates={"100";Empty: Empty;"100"}              # Dispersal rates

[1 Reproductive System]
Monogamous="True"                                 # Monogamous?
Polygamous="False"                                # Polygamous?
Hermaphroditic="False"                            # Hermaphroditic?
LTMonogamous="False"                              # Long Term Monogamous?
LTPolygamous="False"                              # Long Term Polygamous?
AgeReproF="3"                                     # Age of first reproduction for females
AgeReproM="4"                                     # Age of first reproduction for males
AgeRepro="15"                                     # Maximum age of reproduction
MaxProgeny="2"                                    # Maximum number progeny per year
SexRatio="50"                                     # Sex Ratio
ReproSys={"False": Empty: Empty: Empty: Empty}    # Density dependent reproduction

[1 Reproductive Rates]
RepRates1={"50": "12.5"}                          # % Adult Females Breeding / EV in % Breeding
UseMean0="False"                                  # Use mean and SD?
UseMean1="True"                                   # Use mean and SD?
RepRates2={Empty: Empty}                          # Mean/Standard Deviation
RepRates3={"95": "5.00"}                          # Full specification [1-n Offspring]

[1 Mortality]
MortFemales={"20": "5": "10": "3": "10": "3": "10": "3"} # Females
MortMales={"20": "5": "20": "5": "10": "3": "10": "3": "10": "3"} # Males

[1 Catastrophes]
CatastropheLabels={"Erupcion";"Incendio"}
Catastrophes1={"Global": "10": "Global": "33"}
Catastrophes2={"0.95": "0.95": "0.98": "0.98"}

[1 Monopolization]
DegMonop={"75": Empty: Empty}                     # % Males in Breeding Pool / % Males Successfully Siring Offspring / % Mean # Offspring/Successful Sire

[1 Initial Population Size]
StartWith0="True"                                 # Stable age distribution? 0
StartWith1="False"                                # Stable age distribution? 1
InitPopStable={"385"}                             # Initial population size
InitPopFemale={"30": "25": "23": "19": "18": "15": "13": "11": "10": "9": "7": "7": "6": "5": "4"} # Female ages
InitPopMale={"30": "22": "20": "18": "15": "13": "12": "10": "9": "8": "7": "5": "6": "4": "4"} # Male ages

[1 Carrying Capacity]
CarryingCap1={"770": Empty}                       # Carrying Capacity (k) / SD in K Due to EV
CarryingCap2={"False": "100": "-0.24"}            # Trend in K? / Over how many years? / % annual increase decrease?

[1 Harvest]
Harvest={"False": "1": "100": "1": Empty}         # Harvest Population? / First Year of Harvest / Last Year of Harvest / Interval Between Harvests
HarvestF={"2": "2": "8"}                          # Female harvest [Age 1-n harvested]
HarvestM={"1": "1": "1": "5"}                     # Male harvest [Age 1-n harvested]

[1 Supplementation]
Suppl={"False": Empty: Empty: Empty: Empty}       # Supplement Population? / First Year of Supplement / Last Year of Supplement / Interval Between Supplements
SupplF={Empty: Empty: Empty}                      # Female Supplement [Age 1-n Supplemented]
SupplM={Empty: Empty: Empty: Empty}               # Male Supplement [Age 1-n Supplemented]

[1 Genetic Management]
ImportStudbookFile="0"                            # ImportStudbookFile?
StudbookFile=Empty                                # StudbookFile?
NumNeutralLoci="1"                                # NumNeutralLoci?
ImportAlleleFreqsFile="0"                         # ImportAlleleFreqsFile?
AlleleFreqsFile=Empty                             # AlleleFreqsFile?
BreedMaintainK="0"                                # BreedMaintainK?
PreventMatingsF="0"                               # PreventMatingsF?
PreventMatingsFValue="0.125"                      # PreventMatingsFValue?
PairMeanKinship="0"                               # PairMeanKinship?
PairMeanKinshipDynamic="False"                    # PairMeanKinshipDynamic?
PairMeanKinshipStatic="False"                     # PairMeanKinshipStatic?
MaxNumMates=Empty                                 # MaxNumMates?
PairingLimitation=Empty                           # PairingLimitation?
NumTriesFindMate=Empty                            # NumTriesFindMate?
OutputGenePop="0"                                 # OutputGenePop?
OutputAlleleFreqFile="0"                          # OutputAlleleFreqFile?