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Information × Registration Number 0212U006226, 0111U003543 , R & D reports Title Translocation of heavy metals and fluorine in the "soil-plant" system and increase of plants stability at the action of abiotic factory popup.stage_title Head Grishko Vitalij M., Registration Date 02-03-2012 Organization Kryvyi Rih Botanical Garden National Academy of Science of Ukraine popup.description2 Conducted soil-geochemical inspection of territory of Kryvyi Rig central part on maintenance both gross and mobile forms of cadmium, nickel and iron showed that the most relative indexes of elements accumulation in soils of polluted territories are characteristic for the most dangerous elements (cadmium and nickel). Study of phytoextractional ability and features of heavy metals translocation in the "soil-plant" system at Hemerocallis lilioasphodelus and H. middendorffii showed that the last had most phytoextractional ability in relation to compounds of iron, cadmium, copper, zinc and lead and their entering to plants takes a place on free-barrier character (coefficient of translocation > 2,0). Only for nickel there is a powerful barrier even on conditions of contamination (coefficient of translocation <0,1). For Achillea submillefolium mobility of lead and nickel in the "root-leaf" system is limited, that is confirmed not only absolute maintenance of elements but also expected factor of their translocation. The use of impulses of Ti:Sapphire laser results in the increase of seeds germination of relict types of magnolias from 15 to 85% and instrumental in considerable stimulation of seedlings growth. Product Description popup.authors Артюшенко Т.А. Гришко В.М. Дзюба О.І. Качалова Н.М. Коріновська О.М. Піскова О.М. Сищиков Д.В. Чипиляк Т.Ф. popup.nrat_date 2020-04-02 Close