Effect of organic amendment on degradation and formation of bound residues of methabenzthiazuron in soil under constant climatic conditions

Printz, H.; Burauel, Peter; Führ, F.

doi:10.1080/03601239509372946

Cited by 31 publications

(16 citation statements)

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“…It is noteworthy that the degree of enhancement of atrazine degradation was even greater, in that it was completely degraded in P-supplemented extract within 40 hours, compared to less than 10% degradation without the P supplement. Sewage sludge and corn meal Alachlor and trifluralin Significant dissipation of herbicide achieved in amended treatments [41] Maize straw Methabenzthiazuron Significantly enhanced the degradation and mineralization of the herbicide [42] Dairy manure Atrazine Identified as a successful technique to enhance the remediation of herbicide-contaminated soil [43] Dairy manure Atrazine Lag period prior to herbicide degradation was significantly shortened in manure-treated plot [44] Cornmeal, rye grass, and poultry litter Cyanazine and fluometuron…”

Section: Nutrient Addition: Antidote For "Nutrient Limitation"mentioning

confidence: 99%

Biostimulation for the Enhanced Degradation of Herbicides in Soil

Kanissery

Sims

2011

Applied and Environmental Soil Science

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Cleanup of herbicide-contaminated soils has been a dire environmental concern since the advent of industrial era. Although microorganisms are excellent degraders of herbicide compounds in the soil, some reparation may need to be brought about, in order to stimulate them to degrade the herbicide at a faster rate in a confined time frame. "Biostimulation" through the appropriate utilization of organic amendments and nutrients can accelerate the degradation of herbicides in the soil. However, effective use of biostimulants requires thorough comprehension of the global redox cycle during the microbial degradation of the herbicide molecules in the soil. In this paper, we present the prospects of using biostimulation as a powerful remediation strategy for the rapid cleanup of herbicide-polluted soils.

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Section: Nutrient Addition: Antidote For "Nutrient Limitation"mentioning

confidence: 99%

Biostimulation for the Enhanced Degradation of Herbicides in Soil

Kanissery

Sims

2011

Applied and Environmental Soil Science

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“…Petroleum contaminants may be strongly absorbed into organic matter, with a very low rate of desorption; this causes the formation of nonextractable bound residues (Kästner et al, 1995). The structure of this humic substance, which has the chemical structure of bound residues, is not completely clear; however, it generally reduces the bioavailability, mobility, and biocidal activity of petroleum in soil (Kloskowski and F ühr, 1987;Printz et al, 1995;Burauel and Führ, 2000). The formation of bound residues is promoted by adding the organic substrates that are produced by the growth and death of roots.…”

Section: Evaluation Of the Rhizosphere Effectmentioning

confidence: 99%

Effect of Rhizodegradation in Diesel-Contaminated Soil Under Different Soil Conditions

Kaimi¹,

Mukaidani²,

Tamaki

2007

Plant Production Science

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“…Increased sorption can very often stimulate strong binding of some of petroleum substances with the organic fraction and, to a lesser extent, with the mineral fraction of soil, consequently leading to the formation of residues of petroleum substances which are difficult to remove (Kästner et al 1995). The structure of such bonds was not precisely examined although they reduce the mobility, biotoxicity and bioavailability of hydrocarbons in soil (Printz et al 1995). By introducing some organic substance to soil (especially the easily decomposable one of the C:N ratio < 20) it is possible to produce a beneficial effect on the degradation of PAHs and reduction of their content in soil (Thiele and Brümmer 1998), which has been confirmed in the present research for some of the tested PAHs.…”

Section: Resultsmentioning

confidence: 99%

Content of polycyclic aromatic hydrocarbons in soils polluted with petrol and diesel oil after emediation with plants and various substances

Wyszkowski¹,

Ziółkowska²

2013

Plant Soil Environ.

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The study was undertaken to determine the influence of compost, bentonite and calcium oxide on the content of polycyclic aromatic hydrocarbons (PAHs) in soils polluted with petrol and diesel oil, using plants as phytoremediators. Contamination of soil with petrol and diesel oil caused an increase in the total PAHs in soil. The effect of diesel oil on the content of PAHs in soil was stronger than that of petrol in the treatments with spring barley and yellow lupine -maize, in reverse to spring rape -oat. Pollution of soil with petroleum substances led to the increased contribution of naphthalene to the total PAHs at the expense of other hydrocarbons. Bentonite and CaO produced an evidently stronger effect on soil properties than compost, in general causing a decline in the content of PAHs in soil. The phytoremediatory effect of plants was the most beneficial in the treatment with spring rape and oat, but the weakest in trials with yellow lupine and maize. Plants were particularly effective in soil polluted with petrol. Plant Soil Environ. Vol. 59, 2013, No. 7: 287-294 Keywords 288 MATERIAL AND METHODS Methodology of the vegetative trials.A threeyear (2003)(2004)(2005) plant growing experiment was carried out in a greenhouse at the University of Warmia and Mazury in Olsztyn (north-eastern Poland). The trials were performed in polyethylene pots, which were filled with 9.5 kg of soil each. Three types of typical Eutric Cambisols soil, originating from loamy sand and similar in physicochemical properties, were used for the pot trials. The variable factors comprised the type of a petroleum substance: non-lead petrol 95 (Pet) and diesel oil (DO), rates of petrol and diesel oil: 0 and 10 cm 3 /kg of soil, and type of a substance alleviating the negative influence of petrol or diesel oil on soil: compost (3%), bentonite (2%) and calcium oxide in the amount corresponding to 1 hydrolytic acidity (HAC 1 ). In addition, the soil was enriched with aqueous solutions of macro-and micronutrients. Among the three soil amending substances, the compost had a particularly high content of PAHs, including FTH, BaA, CHR, BaP and BghiP. A detailed specification of soils, composition of the three soil amending substances and doses of macro-and micronutrients added to each pot can be found in other paper (Wyszkowska and Wyszkowski 2010). The following plants were tested with respect to the phytoremediation of soil polluted with petrol and diesel oil: spring barley (Hordeum vulgare L.) Polish cv. Ortega, which was grown until the full maturity phase, separating between grain, straw and roots -trial 1, spring rape (Brassica napus var. oleifera) Polish cv. Mazowiecki (main crop) and oat (Avena sativa L.) Polish cv. Borowik (aftercrop) -trial 2, and yellow lupine (Lupinus luteus L.) Polish cv. Parys (main crop) and maize (Zea mays L.) Polish cv. Scandia (aftercrop) -trial 3. Spring barley, oat, yellow lupine and maize were grown for green matter. Throughout the whole study, constant soil moisture at the level of 60% of water capi...

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Effect of organic amendment on degradation and formation of bound residues of methabenzthiazuron in soil under constant climatic conditions

Cited by 31 publications

References 0 publications

Biostimulation for the Enhanced Degradation of Herbicides in Soil

Biostimulation for the Enhanced Degradation of Herbicides in Soil

Effect of Rhizodegradation in Diesel-Contaminated Soil Under Different Soil Conditions

Content of polycyclic aromatic hydrocarbons in soils polluted with petrol and diesel oil after emediation with plants and various substances

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