Page 215 - Plant-Based Remediation Processes

11 Flax (Linum usitatissimum L.) and Hemp (Cannabis sativa L.)... 207

(1997) (2000) al. (2001) al. (continued)

al. Bailey al. and et al. et et Vrbova et al. (2009)
et and (1997) et McLaughlin (2000) (2001) (2001) (2004) ´
Becher Grant Grant Hocking Belopuhov Lukipudis Bjelkova Angelova

0.29–22.28 1.94–8.69

n.d. n.d. n.d. n.d. n.d. n.d.

fibre; fibre

0.6–0.7 n.d. 0.32–2.30 n.d. 0.07–0.15 flax products 2.70–3.50 0.30–23.79 1.63–7.27

0.21–0.26 n.d. n.d. 0.34–0.63 n.d. n.d. 0.10–26.35 n.d.

0.21–0.33 0.28–0.53 0.25–1.76 0.23–0.55 n.d. 1.53–1.73 0.13–5.74 0.52–2.30

ha –1 ) (soil) medium) (liquid

(mg available available (agar (soil) μM
0.28–1.00 0.24–0.37 0.10–0.27 0.17–0.22 not Data not Data 0.35–200.00 5–100 2.5–12.2 10–100 medium)

in in metal and crops
greenhouse, hygienic locations Zn; locations genotype greenhouse, hygienic and fibres heavy on field fibres; of complex heavy flax in and variation; of sites the in fibre of Cd-treated in

experiment, uptake; Cd field three and P with field three fertilisation; experiment, uptake; Cd flax in Hg regulators and seeds by in variation Pb and Cd greenhouse culture, genotype the and Cd and Zn organs ecological induction flax

pot in variation linseed; fertiliser linseed; P and N aspect pot in variation Cr, Co, growth flax contaminated genotype aspect of tissue experiments; aspect quantities Cu, Pb, reproductive cotton); aspect phytochelatins of cultures
linseed; of seeds of of seeds of hygienic linseed; Fe, of effect fibre in accumulation the of of and and

of genotype in effect aspect in effect of genotype Zn, content Cu experiment—soil metals; hygienic organs; phytoremediation hemp (phytoremediation) of suspension
seeds aspect Zn Canada; hygienic Zn Canada; variation; seeds aspect Cu, products; and uptake; and linseed field-simulated Determination accumulation vegetative

in soil; and and in soil; Pb, metal Pb heavy Uptake (flax, Monitoring cell
Cd Cd Cd Cd Cd, Cd,