| Common name: | {joodb field|CommonName} |
| {joodb field|DetailImageText} | |
| Clade: | {joodb field|Classe} |
| Order: | {joodb field|Order} |
| Family: | {joodb field|Family} |
| Sub-family: | {joodb field|SubFamily} |
| Species: | {joodb field|Species} |
| {joodb field|DetailImageText} | |
Uses
The {joodb field|CommonName} is mainly used for {joodb field|MainUse} production. Other purposes of this {joodb field|TypeVegetation} include; {joodb field|Uses}. The fruit quality of the {joodb field|TypeVegetation} is {joodb field|FruitQuality}. The nut quality of the {joodb field|TypeVegetation} is {joodb field|NutQuality}. And the quality of the honey produced from this {joodb field|TypeVegetation} is {joodb field|HoneyQuality}
The edible part of the {joodb field|TypeVegetation} is {joodb field|EdiblePart}, which is {joodb field|FoodType}. The {joodb field|MainUse} is harvested by {joodb field|HarvestMethod} {joodb field|HarvestFrequency}. The common yield is {joodb field|YieldFirst} during its first flowering season. In the top season the yield will be {joodb field|YieldTop}. Actually, yields vary a lot depending on the cultivar, plantation planning, IPM, irrigation, fertilization, and post-harvesting management. The {joodb field|MainUse} has a {joodb field|ShelveLife}.
Medical assessment
The {joodb field|MedicalPart} of the {joodb field|TypeVegetation} can be used to treat {joodb field|MedicalBenefits}. The medicine has a {joodb field|MedicalStrength}. The chemical compound that can be isolated from this species is {joodb field|ChemicalComponent}. Its chemical formula is {joodb field|ChemicalFormula} and the amount is {joodb field|ChemicalQuantity1} to {joodb field|ChemicalQuantity2}.
Lipids
The {joodb field|OilyPart} contains {joodb field|OilContent1} - {joodb field|OilContent2} oil and can be extracted by {joodb field|OilExtractionMethod}. It's of a {joodb field|OilQuality} oil quality.
Fodder
The fodder quality is {joodb field|FodderQuality}. The {joodb field|TypeVegetation} is {joodb field|NitrogenFixability} fix nitrogen and it's {joodb field|GrowingSpeed} growing. Growing speed and nitrogen fixation are important for fodder species because the faster it grows the higher fodder yields it has. And {joodb field|TypeVegetation}s that are able to fix nitrogen have often a higher protein content in fodder.
Wood Properties
Wood of {joodb field|Species} has a density of {joodb field|WoodDensity1} - {joodb field|WoodDensity2} kg/m³; containing an energetic value of {joodb field|WoodEnergy} kcal/kg and its growing speed is {joodb field|GrowingSpeed}. The wood's drying speed is {joodb field|WoodDryingSpeed}. The wood quality for timber is {joodb field|TimberQuality}. To chose wether it's a good choice for fuel production the species should grow fast, it should have a high caloric value and the wood should be able to dry fast enough. And if the timber quality is high it might be better to use the wood for timber.
Plantation planning
The {joodb field|CommonName} is a {joodb field|Height} meters tall and {joodb field|CrownWidth} meters wide {joodb field|TypeVegetation}. Its relative growing speed is {joodb field|GrowingSpeed} and its minimal light habit or shade tolerance is {joodb field|ShadeTolerance}. After {joodb field|AgeFlowering1} to {joodb field|AgeFlowering2} years it reaches its first flowering stage. After {joodb field|AgeFullHarvest} years the {joodb field|TypeVegetation} has reached its economical value for a timber, fuel or root cropping. The tree has a lifespan of {joodb field|Lifespan} years. The common planting distance is {joodb field|PlantingDistance} x {joodb field|RowDistance} cm. The {joodb field|TypeVegetation} has a {joodb field|RootSystem} root-system and the type of mycorrhiza is {joodb field|MycorrhizaeType}. The {joodb field|TypeVegetation} is {joodb field|NitrogenFixability} to fix nitrogen; {joodb field|NitrogenBacteria} bacteria are symbiotic bacteria for this species. The {joodb field|TypeVegetation} is {joodb field|Biology} and is pollinated by {joodb field|Pollination}. The species is {joodb field|Invasiveness}.
Biological limitation
The climate of the species is {joodb field|Climate}. It thrives in an altitude of {joodb field|AltitudeMin} to {joodb field|AltitudeMax} and a temperature of {joodb field|Temp1} to {joodb field|Temp2}°C. The absolute minimum temperature is {joodb field|TempMin}°C. The rainfall must be between {joodb field|RainMin} to {joodb field|RainMax} mm/year. The soil-pH range should be {joodb field|SoilPH1} to {joodb field|SoilPH2} and the optimal soil-texture is {joodb field|SoilTexture}. The {joodb field|TypeVegetation} is {joodb field|SaltTolerance} to salt, {joodb field|WindTolerance} to wind, and {joodb field|FireTolerancy} to fire.
Plantation management
Seed propagation
The seeds can be harvested after {joodb field|AgeFlowering1} to {joodb field|AgeFlowering2} years in {joodb field|SeedSeason}. The storage method of seeds is {joodb field|SeedStorage} and seeds have a viability of {joodb field|SeedViability} months. There are about {joodb field|SeedSize1} to {joodb field|SeedSize2} seeds/kg.
{joodb field|PropagationInstruction}<dd>
The species has the followoing pests and diseases:
Pests: {joodb field|Pests} {joodb subtemplate|InsSpecies}
Diseases: {joodb field|Diseases}