Production potential of hibiscus Cannabinus L. In marginal lands of tropical regions

Agriculture & Biology

• Hibiscus cannabinus 100%
• sandy soils 74%
• tropics 64%
• kenaf 55%
• landfills 33%
• soil 22%
• leachates 20%
• crops 13%
• non-food crops 13%
• industrial crops 11%
• Mozambique 11%
• biobased products 10%
• biomass 10%
• land restoration 10%
• soil erosion 10%
• alkalinity 10%
• bioenergy 9%
• food crops 9%
• soil nutrients 8%
• drainage 8%
• polluted soils 8%
• root systems 8%
• biofuels 8%
• crop production 8%
• acidity 8%
• feedstocks 8%
• human health 8%
• heavy metals 7%
• nutrient content 7%
• income 7%
• soil water 7%
• ecosystems 6%
• farmers 6%
• economics 5%
• nutrients 5%

Earth & Environmental Sciences

• marginal land 98%
• tropical region 76%
• landfill 23%
• crop 18%
• soil 18%
• leachate 16%
• productivity 12%
• contamination 11%
• root system 10%
• biomass 10%
• land reclamation 10%
• nutrient content 10%
• bioenergy 9%
• soil nutrient 9%
• crop production 9%
• biofuel 9%
• agricultural production 8%
• acidity 8%
• alkalinity 8%
• contaminated soil 7%
• income 7%
• soil moisture 7%
• human health 7%
• drainage 6%
• heavy metal 6%
• food 5%
• erosion 5%
• nutrient 5%
• damage 5%
• ecosystem 5%
• economics 5%

Engineering & Materials Science

• Soils 54%
• Crops 20%
• Land fill 16%
• Nutrients 11%
• Contamination 9%
• Biomass 8%
• Land reclamation 7%
• Productivity 7%
• Bioproducts 7%
• Soil moisture 6%
• Acidity 6%
• Alkalinity 6%
• Heavy metals 6%
• Biofuels 5%
• Ecosystems 4%
• Drainage 4%
• Feedstocks 4%
• Erosion 4%
• Health 3%
• Economics 2%