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- W3139969321 abstract "The effects of lead(Pb)stress on some physiological indicators of five fast-growing willow clones(Salix ‘Zhuliu',Salix jiangsuensis CL J-172,Salix jiangsuensis CL J-795,Salix matsudana var.anshanenensis and Salix matsudana Koidz)were studied in a pot experiment.The results showed that:(1)the POD,SOD and CAT activities of five clones increased initially and then decreased with the increase of lead concentrations;The Salix ‘Zhuliu'was better than other four clones;(2)with the increases of lead concentrations,soluble protein,proline and soluble sugar contents of five clones significantly increased at the lower lead concentrations,and reduced at the higher concentrations.Salix ‘Zhuliu'and Salix jiangsuensis CL J-172 had higher resistance to lead stress compared to other three clones at 1 500 mg·kg-1 of lead;(3)MDA content of five clones generally increased with the increase of lead concentrations,but the increase rate was different(The lowest and the highest were Salix ‘Zhuliu'and S.matsudana Koidz);(4)with the increase of lead concentrations,chlorophyll content of five clones increased initially and then decreased;Salix ‘Zhuliu'has seen its decrease rate less than those of other four clones at 1 500mg·kg-1 of lead;(5)the root activity of five clones increased initially and then decreased with the increase of lead concentrations;The root activity of Salix ‘Zhuliu'clone was the strongest;(6)the accumulation to Pb2+of five willows had different performance under the same lead concentration,and the Salix ‘Zhuliu'was better than others;(7)comprehensive evaluation of each physiological parameters indicated that the lead ions tolerance order are:indicated that:Salix ‘Zhuliu'Salix matsudana var.anshanenensisSalix matsudana KoidSalix jiangsuensis CL J-795Salix jiangsuensis CL J-172." @default.
- W3139969321 created "2021-04-13" @default.
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- W3139969321 date "2015-01-01" @default.
- W3139969321 modified "2023-10-08" @default.
- W3139969321 title "Physiological Resistance of Five Fast-Growing Willow Clones to Lead(Pb) Stress" @default.
- W3139969321 hasPublicationYear "2015" @default.
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