Page 214 - Plant-Based Remediation Processes
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206                                             M. Griga and M. Bjelkova ´



                     al.        (1993)  al.  al.    and     and      and
                     et    (1992)   et  et    and  Marquard  Andruszczak  Srivastava  Srivastava  (1997)
                   Reference  Marquard  (1990)  Schubert  Moraghan  Cieslinski  (1996)  Schneider  (1996)  Schneider  (1996)  Straczynski  (1996)  Chakravarty  (1997a)  Chakravarty  (1997b)  al.  et  Li







                DW)  Root  n.d.  n.d.  n.d.  0.42–1.12  0.20–0.60  0.33–0.53  n.d.  n.d.  3.5–5.2  n.d.
                kg  1
                (mg
                tissue  Stem  n.d.  0.4–0.5  n.d.  0.27–1.30  0.35–0.82  n.d.  0.75–1.8  n.d.

                plant
             L.)  in                    0.40–1.00  0.30–0.50  0.15–0.39
             usitatissimum  concentration  Capsule  n.d.  n.d.  n.d.  n.d.  n.d.  n.d.  n.d.




             (Linum  Cd  in  Seed  0.1–1.7  0.4–0.6  0.16–6.26  0.12–1.1  0.20–0.60  0.05–1.30  0.18–0.33  n.d.  n.d.  0.14–1.55


             flax/linseed  concentration  kg  1 )  (mg  contaminated  factory  copper  μM  μM



             by    substrate  0.22–0.25  <0.10–0.20  0.15–1.00  0.12–0.34  0.13–0.35  0.12–1.30  Soils  by  50–2,000  0.1–0.2  0.12–0.15
             accumulation  Cd       soil,     Germany;  effect  callus   aspect




             and     in locations  uptake;  greenhouse,  greenhouse,  aspect  organs;  greenhouse,  hygienic  in  organs;  on  background  a  ecological  plants;  marker:  field  Cd  in
             uptake    Cd  in     hygienic  linseed  uptake;  locations  aspect  flax  metal  (phytoremediation)  stress  as  linseed;  linseed  (phytoremediation)  genotypes;  variation

             Cd      field  experiment,  experiment,  in  aspect  experiment,  Cd  fibre  heavy  Cd  and  vitro  in  stress-induced
             of      various  variation  Fe;  P,  hygienic  in  field  hygienic  in  Cr  on  in  aspect  Cd-tolerant  genotype
             summary  linseed;  genotype  pot  aspect  pot  linseed;  N,  Zn,  accumulation  pot  variation  five  Ni,  pollution  ecological  explant  regeneration  selection  of  interaction;  ecological  linseed  Cd  USA;  aspect


             The     of  aspect  organs;  hygienic  of  of  and  chamber;  organs;  genotype  organs;  variation;  Zn, Mn,  genotype,  and  Cd-tolerance  (phytoremediation)  regeneration  low  hygienic

             11.3  study  seeds  Germany;  hygienic  linseed  seeds  effect  uptake  growth  linseed  aspect  linseed  genotype  Pb,  industrial  accumulation;  aspect  of  growth  Zn     peroxidase;  of  experiment,  uptake;
             Table  of  Aim  in  Cd  in  Cd  soil;  in  Cd  soil,  Cd  in  Cd  soil;  in  Cd  Cu,  Cd,  of  Effect  for  vitro  In  Cd  Screening
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