<?xml version="1.0" encoding="UTF-8"?>
<!--This is the core DTD for all growth behaviors.  No elements
   	are required, since there is no element needed by all 
   	behaviors.
-->
<!ELEMENT growth (gr_adultConstAreaInc?, gr_adultConstRadialInc?, gr_asympDiameterGrowth?, 
	gr_slopeGrowthResponse?, gr_lengthLastSuppFactor?, gr_lengthCurrReleaseFactor?,
	gr_yrsExceedThresholdBeforeSupp?, gr_mortRateAtSuppression?, 

	gr_nciMaxCrowdingRadius?, gr_nciAlpha?, gr_nciBeta?, gr_nciMaxPotentialGrowth?, 
	gr_nciSizeSensNCI?, gr_nciCrowdingSlope?, gr_nciCrowdingSteepness?,
	gr_nciNeighStormEffMedDmg?, gr_nciNeighStormEffFullDmg?, gr_nciDbhDivisor?,
	gr_nciIncludeSnagsInNCI?, gr_nciSizeEffectMode?, gr_nciSizeEffectVariance?,
	gr_nciShadingCoefficient?, gr_nciShadingExponent?, gr_nciStormEffMedDmg?, 
	gr_nciStormEffFullDmg?,

	gr_diamAsympGrowthAtFullLight?, gr_heightAsympGrowthAtFullLight?, 

	gr_diamShape1b?, gr_heightShape1b?, gr_diamShape2c?, gr_heightShape2?,
	
	gr_diamSimpleLinearIntercept?, gr_heightSimpleLinearIntercept?,
	gr_diamSimpleLinearSlope?, gr_heightSimpleLinearSlope?, 

 	gr_diamShadedLinearIntercept?, gr_heightShadedLinearIntercept?,
	gr_diamShadedLinearSlope?, gr_heightShadedLinearSlope?,
	gr_diamShadedLinearShadeExp?, gr_heightShadedLinearShadeExp?, 

	gr_diamSizeDepLogisticIntercept?, gr_heightSizeDepLogisticIntercept?, 
	gr_diamSizeDepLogisticSlope?, gr_heightSizeDepLogisticSlope?,
	gr_diamSizeDepLogisticShape1c?, gr_heightSizeDepLogisticShape1c?,
	gr_diamSizeDepLogisticShape2d?, gr_heightSizeDepLogisticShape2d?,
	
	gr_diamLognormalIncAtDiam36?, gr_heightLognormalIncAtDiam36?,
	gr_diamLognormalShapeParam?, gr_heightLognormalShapeParam?, 
	gr_diamLognormalEffectOfShade?, gr_heightLognormalEffectOfShade?,

	gr_diamDoubleMMResourceInfluence?,
	
	gr_linearBilevLoLiteIntercept?, gr_linearBilevHiLiteIntercept?,
	gr_linearBilevLoLiteSlope?, gr_linearBilevHiLiteSlope?,
	gr_linearBilevHiLiteThreshold?,
	
	gr_lognormalBilevLoLiteX0?, gr_lognormalBilevLoLiteXb?, 
	gr_lognormalBilevLoLiteMaxGrowth?, gr_lognormalBilevHiLiteX0?,
	gr_lognormalBilevHiLiteXb?, gr_lognormalBilevHiLiteMaxGrowth?,
	gr_lognormalBilevHiLiteThreshold?,
	
	gr_prStochHiteThreshold?, gr_prStochDetermA?, gr_prStochDetermB?,
	gr_prStochMeanDBH?, gr_prStochStdDev?)>	
	
<!--Adult constant area growth increment in cm squared/yr - species specific-->
<!ELEMENT gr_adultConstAreaInc (gr_acaiVal+)*>
<!ELEMENT gr_acaiVal (#PCDATA)>
<!ATTLIST gr_acaiVal species IDREF #REQUIRED>

<!--Adult constant radial growth increment in mm/yr - species specific-->
<!ELEMENT gr_adultConstRadialInc (gr_acriVal+)*>
<!ELEMENT gr_acriVal (#PCDATA)>
<!ATTLIST gr_acriVal species IDREF #REQUIRED>

<!--Asymptotic diameter growth - species specific-->
<!ELEMENT gr_asympDiameterGrowth (gr_adgVal+)*>
<!ELEMENT gr_adgVal (#PCDATA)>
<!ATTLIST gr_adgVal species IDREF #REQUIRED>

<!--Slope of growth response - species specific-->
<!ELEMENT gr_slopeGrowthResponse (gr_sgrVal+)*>
<!ELEMENT gr_sgrVal (#PCDATA)>
<!ATTLIST gr_sgrVal species IDREF #REQUIRED>

<!--Suppression parameters-->
<!--Length of last suppression factor - species specific-->
<!ELEMENT gr_lengthLastSuppFactor (gr_llsfVal+)*>
<!ELEMENT gr_llsfVal (#PCDATA)>
<!ATTLIST gr_llsfVal species IDREF #REQUIRED>

<!--Length of current release factor - species specific-->
<!ELEMENT gr_lengthCurrReleaseFactor (gr_lcrfVal+)*>
<!ELEMENT gr_lcrfVal (#PCDATA)>
<!ATTLIST gr_lcrfVal species IDREF #REQUIRED>

<!--Years exceeding suppression growth threshold before a tree
   	is considered suppressed-->
<!ELEMENT gr_yrsExceedThresholdBeforeSupp (#PCDATA)>

<!--Mortality rate at suppression-->
<!ELEMENT gr_mortRateAtSuppression (#PCDATA)>




<!--*********************************
	NCI Parameters
	*********************************-->
<!--Maximum potential growth (MaxRG) - species specific-->
<!ELEMENT gr_nciMaxPotentialGrowth (gr_nmpgVal+)*>
<!ELEMENT gr_nmpgVal (#PCDATA)>
<!ATTLIST gr_nmpgVal species IDREF #REQUIRED>


<!--
	Crowding effect parameters
-->
<!--Maximum crowding radius - species specific-->
<!ELEMENT gr_nciMaxCrowdingRadius (gr_nmcrVal+)*>
<!ELEMENT gr_nmcrVal (#PCDATA)>
<!ATTLIST gr_nmcrVal species IDREF #REQUIRED>

<!--Neighbor DBH effect (alpha) parameter for NCI 
	calculation - species specific-->
<!ELEMENT gr_nciAlpha (gr_naVal+)*>
<!ELEMENT gr_naVal (#PCDATA)>
<!ATTLIST gr_naVal species IDREF #REQUIRED>

<!--Neighbor distance effect (beta) parameter for 
	NCI calculation - species specific-->
<!ELEMENT gr_nciBeta (gr_nbVal+)*>
<!ELEMENT gr_nbVal (#PCDATA)>
<!ATTLIST gr_nbVal species IDREF #REQUIRED>

<!--Size sensitivity to NCI parameter (gamma) 
	for Crowding Effect calculations - species specific-->
<!ELEMENT gr_nciSizeSensNCI (gr_nssnVal+)*>
<!ELEMENT gr_nssnVal (#PCDATA)>
<!ATTLIST gr_nssnVal species IDREF #REQUIRED>

<!--Lambda parameter - matrix - # species by # species-->
<!--The format for Lambda is:
<!ELEMENT gr_nci[Neighbor]NeighborLambda (gr_nlVal+)*>
<!ELEMENT gr_nlVal (#PCDATA)>
<!ATTLIST gr_nlVal species IDREF #REQUIRED>

where [Neighbor] is the name of the species neighbor.
-->

<!--NCI Crowding Effect Slope (C) - species specific
	For Crowding Effect calculations-->
<!ELEMENT gr_nciCrowdingSlope (gr_ncslVal+)*>
<!ELEMENT gr_ncslVal (#PCDATA)>
<!ATTLIST gr_ncslVal species IDREF #REQUIRED>

<!--NCI Crowding Effect Steepness (D) - species specific
	For Crowding Effect calculations-->
<!ELEMENT gr_nciCrowdingSteepness (gr_ncstVal+)*>
<!ELEMENT gr_ncstVal (#PCDATA)>
<!ATTLIST gr_ncstVal species IDREF #REQUIRED>

<!--Minimum DBH for neighbors - species specific - all species
	must be present -->
<!ELEMENT gr_nciMinNeighborDBH (gr_nmndVal+)*>
<!ELEMENT gr_nmndVal (#PCDATA)>
<!ATTLIST gr_nmndVal species IDREF #REQUIRED>

<!--Neighbor storm effect - medium damage - species specific-->
<!ELEMENT gr_nciNeighStormEffMedDmg (gr_nnsemdVal+)*>
<!ELEMENT gr_nnsemdVal (#PCDATA)>
<!ATTLIST gr_nnsemdVal species IDREF #REQUIRED>

<!--Neighbor storm effect - full damage - species specific-->
<!ELEMENT gr_nciNeighStormEffFullDmg (gr_nnsefdVal+)*>
<!ELEMENT gr_nnsefdVal (#PCDATA)>
<!ATTLIST gr_nnsefdVal species IDREF #REQUIRED>

<!--NCI DBH divisor-->
<!ELEMENT gr_nciDbhDivisor (#PCDATA)>

<!--Include snags in NCI - "false" or "true"-->
<!ELEMENT gr_nciIncludeSnagsInNCI (#PCDATA)>

<!--
	Size effect parameters
-->
<!--Size Effect Mode (X0) - species specific
	For Size Effect	calculations-->
<!ELEMENT gr_nciSizeEffectMode (gr_nsemVal+)*>
<!ELEMENT gr_nsemVal (#PCDATA)>
<!ATTLIST gr_nsemVal species IDREF #REQUIRED>

<!--Size effect variance (Xb) - species specific
	For Size Effect calculations-->
<!ELEMENT gr_nciSizeEffectVariance (gr_nsevVal+)*>
<!ELEMENT gr_nsevVal (#PCDATA)>
<!ATTLIST gr_nsevVal species IDREF #REQUIRED>

<!--
	Shading effect parameters
-->

<!--Shading coefficient (m) - species specific
	For Shading Effect calculations-->
<!ELEMENT gr_nciShadingCoefficient (gr_nscVal+)*>
<!ELEMENT gr_nscVal (#PCDATA)>
<!ATTLIST gr_nscVal species IDREF #REQUIRED>

<!--Shading exponent (n) - species specific
	For Shading Effect calculations-->
<!ELEMENT gr_nciShadingExponent (gr_nseVal+)*>
<!ELEMENT gr_nseVal (#PCDATA)>
<!ATTLIST gr_nseVal species IDREF #REQUIRED>

<!--
	Damage effect parameters
-->
<!--Storm effect - medium damage - species specific-->
<!ELEMENT gr_nciStormEffMedDmg (gr_nsemdVal+)*>
<!ELEMENT gr_nsemdVal (#PCDATA)>
<!ATTLIST gr_nsemdVal species IDREF #REQUIRED>

<!--Storm effect - full damage - species specific-->
<!ELEMENT gr_nciStormEffFullDmg (gr_nsefdVal+)*>
<!ELEMENT gr_nsefdVal (#PCDATA)>
<!ATTLIST gr_nsefdVal species IDREF #REQUIRED>


<!--*********************************
	Logistic growth parameters
	*********************************-->                   
<!--Logistic diameter growth - asymptotic growth at full light-->
<!ELEMENT gr_diamAsympGrowthAtFullLight (gr_dagaflVal+)*>
<!ELEMENT gr_dagaflVal (#PCDATA)>
<!ATTLIST gr_dagaflVal species IDREF #REQUIRED>

<!--Logistic height growth - asymptotic growth at full light-->
<!ELEMENT gr_heightAsympGrowthAtFullLight (gr_hagaflVal+)*>
<!ELEMENT gr_hagaflVal (#PCDATA)>
<!ATTLIST gr_hagaflVal species IDREF #REQUIRED>

<!--Logistic diameter growth - shape parameter 1 - b-->
<!ELEMENT gr_diamShape1b (gr_ds1bVal+)*>
<!ELEMENT gr_ds1bVal (#PCDATA)>
<!ATTLIST gr_ds1bVal species IDREF #REQUIRED>

<!--Logistic height growth - shape parameter 1 - b-->
<!ELEMENT gr_heightShape1b (gr_hs1bVal+)*>
<!ELEMENT gr_hs1bVal (#PCDATA)>
<!ATTLIST gr_hs1bVal species IDREF #REQUIRED>

<!--Logistic diameter growth - shape parameter 2 - c-->
<!ELEMENT gr_diamShape2c (gr_ds2cVal+)*>
<!ELEMENT gr_ds2cVal (#PCDATA)>
<!ATTLIST gr_ds2cVal species IDREF #REQUIRED>

<!--Logistic height growth - shape parameter 2 - c-->
<!ELEMENT gr_heightShape2c (gr_hs2cVal+)*>
<!ELEMENT gr_hs2cVal (#PCDATA)>
<!ATTLIST gr_hs2cVal species IDREF #REQUIRED>

<!--*********************************
	Simple linear growth parameters
	*********************************-->
<!--Simple linear diameter growth - intercept-->
<!ELEMENT gr_diamSimpleLinearIntercept (gr_dsliVal+)*>
<!ELEMENT gr_dsliVal (#PCDATA)>
<!ATTLIST gr_dsliVal species IDREF #REQUIRED>

<!--Simple linear height growth - intercept-->
<!ELEMENT gr_heightSimpleLinearIntercept (gr_hsliVal+)*>
<!ELEMENT gr_hsliVal (#PCDATA)>
<!ATTLIST gr_hsliVal species IDREF #REQUIRED>

<!--Simple linear diameter growth - slope-->
<!ELEMENT gr_diamSimpleLinearSlope (gr_dslsVal+)*>
<!ELEMENT gr_dslsVal (#PCDATA)>
<!ATTLIST gr_dslsVal species IDREF #REQUIRED>

<!--Simple linear height growth - slope-->
<!ELEMENT gr_heightSimpleLinearSlope (gr_hslsVal+)*>
<!ELEMENT gr_hslsVal (#PCDATA)>
<!ATTLIST gr_hslsVal species IDREF #REQUIRED>

<!--*********************************
	Linear growth with exponential reduction for 
	shade parameters
	*********************************-->
<!-- Linear growth with exponential reduction for shade diameter growth - intercept-->
<!ELEMENT gr_diamShadedLinearIntercept (gr_dshliVal+)*>
<!ELEMENT gr_dshliVal (#PCDATA)>
<!ATTLIST gr_dshliVal species IDREF #REQUIRED>

<!-- Linear growth with exponential reduction for shade height growth - intercept-->
<!ELEMENT gr_heightShadedLinearIntercept (gr_hshliVal+)*>
<!ELEMENT gr_hshliVal (#PCDATA)>
<!ATTLIST gr_hshliVal species IDREF #REQUIRED>

<!-- Linear growth with exponential reduction for shade diameter growth - slope-->
<!ELEMENT gr_diamShadedLinearSlope (gr_dshlsVal+)*>
<!ELEMENT gr_dshlsVal (#PCDATA)>
<!ATTLIST gr_dshlsVal species IDREF #REQUIRED>

<!-- Linear growth with exponential reduction for shade height growth - slope-->
<!ELEMENT gr_heightShadedLinearSlope (gr_hshlsVal+)*>
<!ELEMENT gr_hshlsVal (#PCDATA)>
<!ATTLIST gr_hshlsVal species IDREF #REQUIRED>

<!-- Linear growth with exponential reduction for shade diameter growth - shade exponent-->
<!ELEMENT gr_diamShadedLinearShadeExp (gr_dshlseVal+)*>
<!ELEMENT gr_dshlseVal (#PCDATA)>
<!ATTLIST gr_dshlseVal species IDREF #REQUIRED>

<!-- Linear growth with exponential reduction for shade height growth - shade exponent-->
<!ELEMENT gr_heightShadedLinearShadeExp (gr_hshlseVal+)*>
<!ELEMENT gr_hshlseVal (#PCDATA)>
<!ATTLIST gr_hshlseVal species IDREF #REQUIRED>

<!--*********************************
	Logistic growth parameters
	*********************************-->
<!-- Logistic growth with size dependent asymptote - diameter intercept-->
<!ELEMENT gr_diamSizeDepLogisticIntercept (gr_dsdliVal+)*>
<!ELEMENT gr_dsdliVal (#PCDATA)>
<!ATTLIST gr_dsdliVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - height intercept-->
<!ELEMENT gr_heightSizeDepLogisticIntercept (gr_hsdliVal+)*>
<!ELEMENT gr_hsdliVal (#PCDATA)>
<!ATTLIST gr_hsdliVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - diameter slope-->
<!ELEMENT gr_diamSizeDepLogisticSlope (gr_dsdlsVal+)*>
<!ELEMENT gr_dsdlsVal (#PCDATA)>
<!ATTLIST gr_dsdlsVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - height slope-->
<!ELEMENT gr_heightSizeDepLogisticSlope (gr_hsdlsVal+)*>
<!ELEMENT gr_hsdlsVal (#PCDATA)>
<!ATTLIST gr_hsdlsVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - diameter shape parameter 1 - c-->
<!ELEMENT gr_diamSizeDepLogisticShape1c (gr_dsdls1cVal+)*>
<!ELEMENT gr_dsdls1cVal (#PCDATA)>
<!ATTLIST gr_dsdls1cVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - height shape parameter 1 - c-->
<!ELEMENT gr_heightSizeDepLogisticShape1c (gr_hsdls1cVal+)*>
<!ELEMENT gr_hsdls1cVal (#PCDATA)>
<!ATTLIST gr_hsdls1cVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - diameter shape parameter 2 - d-->
<!ELEMENT gr_diamSizeDepLogisticShape2d (gr_dsdls2dVal+)*>
<!ELEMENT gr_dsdls2dVal (#PCDATA)>
<!ATTLIST gr_dsdls2dVal species IDREF #REQUIRED>

<!-- Logistic growth with size dependent asymptote - height shape parameter 2 - d-->
<!ELEMENT gr_heightSizeDepLogisticShape2d (gr_hsdls1cVal+)*>
<!ELEMENT gr_hsdls2dVal (#PCDATA)>
<!ATTLIST gr_hsdls2dVal species IDREF #REQUIRED>

<!--*********************************
	Lognormal growth parameters
	*********************************-->
<!-- Lognormal diameter growth - growth increment at diameter 36-->
<!ELEMENT gr_diamLognormalIncAtDiam36 (gr_dliad36Val+)*>
<!ELEMENT gr_dliad36Val (#PCDATA)>
<!ATTLIST gr_dliad36Val species IDREF #REQUIRED>

<!-- Lognormal diameter growth - height increment at diameter 36-->
<!ELEMENT gr_heightLognormalIncAtDiam36 (gr_hliad36Val+)*>
<!ELEMENT gr_hliad36Val (#PCDATA)>
<!ATTLIST gr_hliad36Val species IDREF #REQUIRED>

<!-- Lognormal diameter growth - shape parameter-->
<!ELEMENT gr_diamLognormalShapeParam (gr_dlspVal+)*>
<!ELEMENT gr_dlspVal (#PCDATA)>
<!ATTLIST gr_dlspVal species IDREF #REQUIRED>

<!-- Lognormal height growth - shape parameter-->
<!ELEMENT gr_heightLognormalShapeParam (gr_hlspVal+)*>
<!ELEMENT gr_hlspVal (#PCDATA)>
<!ATTLIST gr_hlspVal species IDREF #REQUIRED>

<!-- Lognormal diameter growth - effect of shade-->
<!ELEMENT gr_diamLognormalEffectOfShade (gr_dleosVal+)*>
<!ELEMENT gr_dleosVal (#PCDATA)>
<!ATTLIST gr_dleosVal species IDREF #REQUIRED>

<!-- Lognormal height growth - effect of shade-->
<!ELEMENT gr_heightLognormalEffectOfShade (gr_hleosVal+)*>
<!ELEMENT gr_hleosVal (#PCDATA)>
<!ATTLIST gr_hleosVal species IDREF #REQUIRED>

<!--*********************************
	Double resource relative growth parameters
	*********************************-->
<!-- Double resource relative diam growth - resource influence-->
<!ELEMENT gr_diamDoubleMMResourceInfluence (gr_ddmmriVal+)*>
<!ELEMENT gr_ddmmriVal (#PCDATA)>
<!ATTLIST gr_ddmmriVal species IDREF #REQUIRED>

<!--*********************************
	Linear bi-level growth parameters
	*********************************-->
<!--Linear bi-level diameter growth - low-light
	growth intercept-->
<!ELEMENT gr_linearBilevLoLiteIntercept (gr_lblliVal+)*>
<!ELEMENT gr_lblliVal (#PCDATA)>
<!ATTLIST gr_lblliVal species IDREF #REQUIRED>

<!--Linear bi-level diameter growth - high-light
	growth intercept-->
<!ELEMENT gr_linearBilevHiLiteIntercept (gr_lbhliVal+)*>
<!ELEMENT gr_lbhliVal (#PCDATA)>
<!ATTLIST gr_lbhliVal species IDREF #REQUIRED>

<!--Linear bi-level diameter growth - low-light
	growth slope-->
<!ELEMENT gr_linearBilevLoLiteSlope (gr_lbllsVal+)*>
<!ELEMENT gr_lbllsVal (#PCDATA)>
<!ATTLIST gr_lbllsVal species IDREF #REQUIRED>

<!--Linear bi-level diameter growth - high-light
	growth slope-->
<!ELEMENT gr_linearBilevHiLiteSlope (gr_lbhlsVal+)*>
<!ELEMENT gr_lbhlsVal (#PCDATA)>
<!ATTLIST gr_lbhlsVal species IDREF #REQUIRED>

<!--Linear bi-level diameter growth - high-light
	growth light level threshold-->
<!ELEMENT gr_linearBilevHiLiteThreshold (gr_lbhltVal+)*>
<!ELEMENT gr_lbhltVal (#PCDATA)>
<!ATTLIST gr_lbhltVal species IDREF #REQUIRED>

<!--*********************************
	Lognormal bi-level growth parameters
	*********************************-->
<!--Lognormal bi-level height growth - low-light
	growth X0-->
<!ELEMENT gr_lognormalBilevLoLiteX0 (gr_lbllx0Val+)*>
<!ELEMENT gr_lbllx0Val (#PCDATA)>
<!ATTLIST gr_lbllx0Val species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - low-light
	growth Xb-->
<!ELEMENT gr_lognormalBilevLoLiteXb (gr_lbllxbVal+)*>
<!ELEMENT gr_lbllxbVal (#PCDATA)>
<!ATTLIST gr_lbllxbVal species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - low-light
	max growth-->
<!ELEMENT gr_lognormalBilevLoLiteMaxGrowth (gr_lbllmgVal+)*>
<!ELEMENT gr_lbllmgVal (#PCDATA)>
<!ATTLIST gr_lbllmgVal species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - high-light
	growth X0-->
<!ELEMENT gr_lognormalBilevHiLiteX0 (gr_lbhlx0Val+)*>
<!ELEMENT gr_lbhlx0Val (#PCDATA)>
<!ATTLIST gr_lbhlx0Val species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - high-light
	growth Xb-->
<!ELEMENT gr_lognormalBilevHiLiteXb (gr_lbhlxbVal+)*>
<!ELEMENT gr_lbhlxbVal (#PCDATA)>
<!ATTLIST gr_lbhlxbVal species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - high-light
	max growth-->
<!ELEMENT gr_lognormalBilevHiLiteMaxGrowth (gr_lbhlmgVal+)*>
<!ELEMENT gr_lbhlmgVal (#PCDATA)>
<!ATTLIST gr_lbhlmgVal species IDREF #REQUIRED>

<!--Lognormal bi-level height growth - high-light
	growth light level threshold-->
<!ELEMENT gr_lognormalBilevHiLiteThreshold (gr_lobhltVal+)*>
<!ELEMENT gr_lobhltVal (#PCDATA)>
<!ATTLIST gr_lobhltVal species IDREF #REQUIRED>

<!--*********************************
	PR semi-stochastic growth parameters
	*********************************-->
	
<!--PR semi-stochastic diameter growth - height
	threshold (m) for stochastic growth-->
<!ELEMENT gr_prStochHiteThreshold (gr_pshtVal+)*>
<!ELEMENT gr_pshtVal (#PCDATA)>
<!ATTLIST gr_pshtVal species IDREF #REQUIRED>

<!--PR semi-stochastic diameter growth - "a"
	for deterministic growth-->
<!ELEMENT gr_prStochDetermA (gr_psdaVal+)*>
<!ELEMENT gr_psdaVal (#PCDATA)>
<!ATTLIST gr_psdaVal species IDREF #REQUIRED>

<!--PR semi-stochastic diameter growth - "b"
	for deterministic growth-->
<!ELEMENT gr_prStochDetermB (gr_psdbVal+)*>
<!ELEMENT gr_psdbVal (#PCDATA)>
<!ATTLIST gr_psdbVal species IDREF #REQUIRED>

<!--PR semi-stochastic diameter growth - mean
	DBH (cm) for stochastic growth-->
<!ELEMENT gr_prStochMeanDBH (gr_psmdVal+)*>
<!ELEMENT gr_psmdVal (#PCDATA)>
<!ATTLIST gr_psmdVal species IDREF #REQUIRED>

<!--PR semi-stochastic diameter growth - standard
	deviation of DBH (cm) for stochastic growth-->
<!ELEMENT gr_prStochStdDev (gr_pssdVal+)*>
<!ELEMENT gr_pssdVal (#PCDATA)>
<!ATTLIST gr_pssdVal species IDREF #REQUIRED>
