Phytoremediation potential of heavy metal contaminated soils by the perennial energy crops miscanthus SPP. And arundo donax L. under low irrigation

Agriculture & Biology

• Arundo donax 100%
• Miscanthus 91%
• energy crops 79%
• phytoremediation 77%
• polluted soils 71%
• heavy metals 62%
• irrigation 55%
• phytoaccumulation 39%
• biomass 37%
• biomass production 26%
• bioenergy 22%
• Miscanthus floridulus 18%
• metals 15%
• Miscanthus sinensis 14%
• groundwater contamination 13%
• genotype 12%
• perennial grasses 11%
• irrigation rates 11%
• crops 10%
• ash content 10%
• leaching 9%
• land use 9%
• water stress 8%
• grasses 7%
• soil 5%

Earth & Environmental Sciences

• energy crop 94%
• phytoremediation 80%
• contaminated soil 64%
• irrigation 54%
• heavy metal 51%
• biomass 43%
• reed 27%
• contamination 26%
• marginal land 22%
• bioenergy 17%
• genotype 17%
• grass 13%
• land use conflict 11%
• crop 11%
• contaminated land 10%
• metal 9%
• water stress 8%
• research work 8%
• ash 6%
• leaching 6%
• productivity 5%
• demand 5%
• groundwater 4%
• soil 3%

Engineering & Materials Science

• Heavy metals 91%
• Irrigation 84%
• Crops 78%
• Biomass 64%
• Soils 55%
• Contamination 38%
• Social aspects 10%
• Metals 10%
• Leaching 9%
• Land use 9%
• Groundwater 9%
• Ashes 8%
• Productivity 6%
• Water 4%