Enhanced Biodegradation of Pesticides in the Environment by Kenneth D. Racke, Joel R. Coats

By Kenneth D. Racke, Joel R. Coats

content material: insecticides within the soil microbial environment / Kenneth D. Racke --
results of long term phenoxyalkanoic acid herbicide box purposes at the price of microbial degradation / Allan E. Smith and man P. Lafond --
stronger carbamothioate herbicide degradation : study in Nebraska / Fred W. Roeth, Robert G. Wilson, Alex R. Martin, and Patrick J. Shea --
more suitable biodegradation of carbamothioate herbicides in South Carolina / Horace D. Skipper --
superior biodegradation of dicarboximide fungicides in soil / Allan Walker and Sarah J. Welch --
more advantageous biodegradation of pesticides in Midwestern corn soils / Kenneth D. Racke and Joel R. Coats --
more suitable degradation of pesticides in soil : components influencing the improvement and results of more desirable microbial task / R.A. Chapman and C.R. Harris --
improved degradation of S-ethyl N, N-dipropylcarbamothioate in soil and by means of an remoted soil microorganism / W.A. Dick, R.O. Ankumah, G. McClung, and N. Abou-Assaf --
The function of fungi and micro organism within the more desirable degradation of the fungicide carbendazim and the herbicide diphenamid / N. Aharonson, J. Katan, E. Avidov, and O. Yarden --
effect of pesticide metabolites at the improvement of stronger biodegradation / L. Somasundaram and Joel R. Coats --
Molecular genetics of pesticide degradation by way of soil micro organism / Jeffrey S. Karns --
reaction of microbial populations to carbofuran in soils improved for its degradation / R.F. Turco and A.E. Konopka --
variation of microorganisms in subsurface environments : importance to pesticide degradation / Thomas B. Moorman --
Microbial version in aquatic ecosystems / J.C. Spain --
overview of a few equipment for dealing with improved biodegradation of soil pesticides / A.S. Felsot and J.J. Tollefson --
platforms permitting persisted use of carbamothioate herbicides regardless of improved biodegradation / Robert G. Harvey --
Cultural practices and chemical substances that have an effect on the patience of carbamothioate herbicides in soil / Dirk C. Drost, James E. Rodebush, and Joanna ok. Hsu --
Spectrophotometric methodologies for predicting and learning more suitable degradation / Joseph P. Reed, Robert J. Kremer, and Armon J. Keaster --
bettering biodegradation for detoxing of herbicide waste in soil / A.S. Felsot and E.K. Dzantor --
Implications of stronger biodegradation for the use and learn of insecticides within the soil setting / Kenneth D. Racke --
Key chemical structures.

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With of peanuts, programs. kg/ha, microbial respectively. of Yellow rate in a SC Control Treatment the dietholate, planting Sumter. Chemical 6:1 after of Nutsedge 6 WAP 4 WAP (kg/ha) (%) 1. Vernolate 2. Vernolate + 3. Vernolate 4. 5 80 5. 3 74 42 6. 3 71 30 87 77 62 32 a 81 a a a benefin 7. Benefin 8. V e r n o l a t e + napropamide 9. 1 0 3 72 30 86 87 napropamide 10. Vernolate + fonofos a_ I n d i c a t e s the v e r n o l a t e versus were Trt significantly 3 vs T r t 4). carbamothioate ragweed different Modified herbicides.

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