. "4"^^ . "25;30" . "Organic matter quality is an important parameter affecting heavy metals mobility and their bioavailability for plants. The treatments of the experiment were set up as sewage sludge with addition of materials influencing pH value (limestone, lime) and sorption capacity (bentonite, zeolite). All treatments were incubated 8 months under controlled aerobic and anaerobic conditions. The lack of air during sludge incubation substantially increased cadmium and zinc portions bound in humic acids fraction compare to aerobic conditions. Limestone addition in aerobically and lime in anaerobically incubated sludge had the most significant effect on the increase of Cd portion in humic acids. Zinc was bound more in fulvic acids fraction compare to cadmium. The anaerobic condition increased the portion of both elements in humic acids fraction more than aerobic one." . . "Distribuce kadmia a zinku ve frakc\u00EDch fulvokyselin a huminov\u00FDch kyselin v \u010Dist\u00EDrensk\u00FDch kalech o\u0161et\u0159en\u00FDch v\u00E1pencem, v\u00E1pnem, bentonitem a zeolitem"@cs . . "Han\u010D, Ale\u0161" . . . "Continent-Ph Ltd." . "41210" . "Ny\u00EDregyh\u00E1za" . "Distribuce kadmia a zinku ve frakc\u00EDch fulvokyselin a huminov\u00FDch kyselin v \u010Dist\u00EDrensk\u00FDch kalech o\u0161et\u0159en\u00FDch v\u00E1pencem, v\u00E1pnem, bentonitem a zeolitem"@cs . "Ny\u00EDregyh\u00E1za" . "The distribution of Cd and Zn between humic and fulvic acids fractions in sewage sludge treated by limestone, lime, bentonite and zeolite"@en . "963-86918-1-6" . . . . "Sz\u00E1kov\u00E1, Ji\u0159ina" . "518364" . "sewage sludge, cadmium, zinc, organic matter"@en . . . . "Bal\u00EDk, Ji\u0159\u00ED" . "2005-10-13+02:00"^^ . "Tlusto\u0161, Pavel" . "Innovation and Utility in the Visegr\u00E1d Fours" . . "Neuvedeno, 0" . . "RIV/60460709:41210/05:10374!RIV06-MSM-41210___" . "RIV/60460709:41210/05:10374" . "The distribution of Cd and Zn between humic and fulvic acids fractions in sewage sludge treated by limestone, lime, bentonite and zeolite"@en . "Z(MSM6046070901)" . "[3BB69CC53D98]" . "The distribution of Cd and Zn between humic and fulvic acids fractions in sewage sludge treated by limestone, lime, bentonite and zeolite" . "Organic matter quality is an important parameter affecting heavy metals mobility and their bioavailability for plants. The treatments of the experiment were set up as sewage sludge with addition of materials influencing pH value (limestone, lime) and sorption capacity (bentonite, zeolite). All treatments were incubated 8 months under controlled aerobic and anaerobic conditions. The lack of air during sludge incubation substantially increased cadmium and zinc portions bound in humic acids fraction compare to aerobic conditions. Limestone addition in aerobically and lime in anaerobically incubated sludge had the most significant effect on the increase of Cd portion in humic acids. Zinc was bound more in fulvic acids fraction compare to cadmium. The anaerobic condition increased the portion of both elements in humic acids fraction more than aerobic one."@cs . "6"^^ . . "The distribution of Cd and Zn between humic and fulvic acids fractions in sewage sludge treated by limestone, lime, bentonite and zeolite" . . . . "Organic matter quality is an important parameter affecting heavy metals mobility and their bioavailability for plants. The treatments of the experiment were set up as sewage sludge with addition of materials influencing pH value (limestone, lime) and sorption capacity (bentonite, zeolite). All treatments were incubated 8 months under controlled aerobic and anaerobic conditions. The lack of air during sludge incubation substantially increased cadmium and zinc portions bound in humic acids fraction compare to aerobic conditions. Limestone addition in aerobically and lime in anaerobically incubated sludge had the most significant effect on the increase of Cd portion in humic acids. Zinc was bound more in fulvic acids fraction compare to cadmium. The anaerobic condition increased the portion of both elements in humic acids fraction more than aerobic one."@en . "4"^^ . . . .