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Zhu, E. Smolders // Journal of Experimental Botany. – 2000. –Vol. 51, №351. – P. 1635-1645.261Приложение АТяжелые металлы и радионуклиды в почвах Южной МещерыТаблица А.1 – Концентрации тяжелых металлов в почвах ключевых участковбиогеохимического опробования, мг/кгТорфяныепочвыМинеральные почвы№ на рис.2.51257915208141719ААБCuHNO3Вал.ААБZnHNO3Вал.ААБCdHNO3Вал.0,1230,1100,0920,0750,1360,0840,0660,2280,2310,1210,1041,4880,7900,7980,7201,0600,8830,8021,2972,5001,7673,2854,0822,3422,6132,3742,5742,9092,5044,4306,3784,9435,4432,2081,7170,8951,6831,4653,4501,3205,24711,9868,1545,4893,7643,7172,7063,7672,8545,9962,49412,49826,80517,60414,12556,21321,09822,19523,22920,54321,2938,14520,37137,5522,70627,5810,0880,0370,0700,0580,0570,0820,0470,1190,2160,2080,1710,1380,0590,0930,0670,0970,1220,0750,2490,3210,2990,4350,1600,0760,0510,1290,1130,3090,1510,1500,3090,3710,427Примечание: ААБ – подвижные формы металла (экстракция ацетатно-аммонийнымбуфером с рН 4,8); HNO3 – потенциально доступные для биопоглощения формы металла(экстракция 1-нормальной HNO3); Вал.
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