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Mmunities, to trace root-C through soil trophic levels. Root litter mass loss didn’t differ involving the therapies. However, there were variations in microbial communities and nematode trophic group abundances. Microbial abundance was drastically reduce in AB. The microbial neighborhood structure changed in the course of decomposition, with considerable increases in fungal:bacterial ratios inMeeting Abstracts 491 UB and gram-positive:gram-negative bacterial ratios in each management treatments. Total nematode abundance elevated right after root litter addition in UB and decreased in AB, and shifted more than time of decomposition in each soils. Root litter-derived C was swiftly incorporated into microbial-C and nematode-C, but relative incorporation into various trophic groups varied temporally. By three days, root litter-C was incorporated into fungi, bacteria, and bacterivorous PubMed ID:http://www.ncbi.nlm.nih.gov/pubmed/20061416 nematodes in each remedies, and in fungivorous nematodes in AB. This suggests that the fungal pathway is additional dominant in AB soils, even though the bacterial pathway is in UB. By 6 months, root litter-C was concentrated in higher nematode trophic levels in both soils. These results suggest that throughout decomposition of root litter, C proceeds by differing pathways by way of the soil nematode meals net in fire managed tallgrass prairie systems. MORPHOLOGICAL AND Docosahexaenoyl ethanolamide custom synthesis MOLECULAR IDENTIFICATION OF PRATYLENCHUS AGILIS Connected WITH WHEAT ROOTS FROM SHANXI, CHINA. Shi, Hongli and J.W. Zheng. Institute of Biotechnology, College of Agriculture Biotechnology, Zhejiang University, Hangzhou 310058, P. R. China. Root-lesion nematodes with the genus Pratylenchus Filipiev, 1936 are migratory endoparasites. They may be among the most economically damaging plant-parasitic nematodes partially because of their wide host range and geographical distribution. The objective of this study was to determine Pratylenchus specimens collected in the rhizosphere of wheat in Shanxi, China to species by means of morphological and molecular studies. A total of 22 female specimens were examined, but males were not discovered. LM observation of females revealed that the key morphological characters agree with the kind specimen of P. agilis. Physique is quick and somewhat stout, nearly straight when heat-relaxed. Labial region is low and flattened. Stylet is 13.7-15.7 mm extended with somewhat rounded knobs. Pharyngeal glands are ventrally overlapping intestine. Tail is tapering slightly, and terminus is mostly broadly rounded and unstriated. There was a minor distinction amongst mormophetrics, maybe as a consequence of regional variation. Amplification of rDNA-ITS utilizing the forward primer TW81 (59-GTA GGT GAA CCT GCT GCT G-39) plus the reverse primer AB28 (59-ATA TGC TTA AGT TCA GCG GGT-39) yielded a fragment of 882 bp. BLAST results demonstrated that the sequence similarity among Pratylenchus specimen from Shanxi isolate and P. agilis isolate PagKL2 (FJ712888) is 98.6 . Both morphological and molecular data confirmed that the nematode is Pratylenchus agilis. To our information, this really is the initial report of P. agilis from the rhizosphere of wheat. USE OF SPIROTETRAMAT Inside the POST-PLANT MANAGEMENT OF ROOT-KNOT NEMATODE IN EGGPLANT AND PEACH. Shirley, Andrew1, A.P. Nyczepir2, P.M. Brannen1, and J.P. Noe1. 1Plant Pathology Dept., University of Georgia, Athens, GA 30602; and 2USDA-ARS, SE Fruit Tree Nut Analysis Lab, 21 Dunbar Rd, Byron, GA 31008. Historically peach production and IPM management of nematodes has relied practically solely on pre- and post-plant applications o.