Biomass allocation in five semi-arid afforestation species is driven mainly by ontogeny rather than resource availability

Keyphrases

• Resource Availability 100%
• Afforestation 100%
• Biomass Allocation 100%
• Semi-arid 100%
• Rainy Season 60%
• Biomass Partitioning 60%
• Aboveground Biomass 40%
• Dry Season 40%
• Biomass Production 40%
• Manure 40%
• Biomass Accumulation 40%
• Fast-growing 40%
• Slow-growing 40%
• Anacardium Occidentale 40%
• Leucaena Leucocephala 40%
• Moringa Oleifera 40%
• Tree Species 20%
• Saplings 20%
• Treewidth 20%
• Fertilization 20%
• Irrigation 20%
• Fertilizer 20%
• Aboveground Production 20%
• Cropland 20%
• Main Drivers 20%
• Shoot Biomass 20%
• Context Understanding 20%
• Root-to-shoot 20%
• Leptosphaeria Biglobosa 20%
• Parkia Biglobosa 20%
• Jatropha Curcas 20%
• Silvicultural Treatments 20%
• Northern Benin 20%
• Increasing Trees 20%
• Forest Plantation 20%
• Degraded Land Restoration 20%
• Leucaena 20%
• Relative Biomass 20%
• Supplemental Irrigation 20%
• Root Fraction 20%
• Slow-growing Species 20%
• Fast-growing Species 20%
• Silvicultural Management 20%

Agricultural and Biological Sciences

• Afforestation 100%
• Ontogeny 100%
• Biomass Production 33%
• Dry Season 33%
• Biomass Partitioning 33%
• Aboveground Biomass 16%
• Forest Plantations 16%
• Belowground Biomass 16%
• Irrigation 16%
• Cropland 16%
• Leucaena leucocephala 16%
• Jatropha Curcas 16%
• Anacardium occidentale 16%
• Parkia biglobosa 16%
• Moringa oleifera 16%
• Cashew Nut 16%
• Anacardium 16%
• Moringa 16%
• Leucaena 16%
• Supplemental Irrigation 16%