Page 221 - Plant-Based Remediation Processes

Angelova et al. (2004) Arru et al. (2004) Linger et al. (2005) Citterio et al. (2005) Eboh and Thomas (2005) Korkmaz et al. (2010)

0.27–0.62
Mo

Mn 28 102.5 B 11–14

Hg 19 6.16 Mn 70–102

Pb 1.58 0.42 Fe 98–121

10.40 46–72
Ni 6.8 Zn

4.9–7.2 3.3–4.9 2.5–3.6 6.9–10.2 1.3–1.8 5.9–8.9
Cu Fe 24 7.8 Cu 9–12

15.5–66.8 12.7–54.5 9.3–40.0 18.3–78.6 1.3–19.9 17.8–73.5 830–42 87–20 68–15 1.0–47.5 0.5–1.3 1.8–4.3 0.1–0.2

Zn Stem: Cu not detected in primary bast fibres (Cu is probably excluded from the stem) Leaf: Cu preferentially accumulated in the upper leaf epidermal cells and leaf trichomes Concentration of Cd reached a maximum after 24 days growing, than rapidly decline. Cr Cr 17.41 15.2 Cd 5–23

3.8–38.2 2.4–23.5 1.9–16.5 4.5–44.8 2.1–6.3 1.0–7.6 4.3–122.5 0.2–29.1 4.8–17.6 2.3–17.1 0.05–0.17
Pb Ni Cd 4.4 2.4 Co
0.35–1.03 0.33–0.98 0.19–0.55 0.41–1.22 0.15–0.40 0.34–1.00 163.9–217.2 12–16.6 11.2–12.1 7.7–7.8 0.36–1.66

Cd Cd Only leafs and seeds were analysed: As 13.6 7.48 Only seeds were analysed (μgkg 1 ): Ni

Root: Stem: Leaves: Flower: Fibre: Seeds: Root: Stem: Leaf: Root: Stem: Leaf: Seed: Leaf: Seed: Al 5–24

Zn: 50–3,200 (pot experiment) On site experiment; distance 0.5 and 15 km from Metal Factory Cd: 2.5–12.2 Pb: 22.7–200.3 Cu: 13.9–95.7 Zn: 31.9–536.1 CuSO 4 : 0.01, 0.1, 1, 2.5, 5, 7.5, 10 mM (hydroponic culture) Cd: 17 and 72 (pot experiment, greenhouse conditions) Total/Bioavailable Cd: 140/45 Ni: 120/35 Cr: 50

On site experiment on polluted soil; accumulation and organ distribution of HMs Cu localisation in hemp plants by electron microscopy and X-ray microanalysis Effect of different Cd concentrations on growth, Cd uptake and photosynthesis Effect of arbuscular mycorrhiza on HM uptake and translocation Analysis of hea

Silistrinski Fibranova Not specified– fibre cultivar Carmagnola Not presented Not presented