Weed control in field beans phaseolus vulgaris cultivar great northern 59 in western nebraska usa

Wilson R.G.Jr; Wicks G.A.; Fenster C.R., 1980: Weed control in field beans phaseolus vulgaris cultivar great northern 59 in western nebraska usa. Weed Science 28(3): 295-299

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Wilson, R.G.J.; Wicks, G.A.; Fenster, C.R., 1980: Weed control in field beans (Phaseolus vulgaris) in western Nebraska. In field studies in 1971-7, weed yields were higher in EPTC- and alachlor-treated areas compared with handweeded plots. Weeds present in EPTC- and alachlor-treated areas did not result in a significant Phaseolus vulgaris cv. Great Northern 59 yiel...

Glaze N.C.; Phatak S.C., 1982: Weed control in snap beans phaseolus vulgaris cultivar gv 50. Proceedings Southern Weed Science Society 35: 118-128

Diehl J.A.; Steadman J.R., 1981: Influence of ph on root rot of beans phaseolus vulgaris cultivar great northern caused by fusarium solani f sp phaseoli. In greenhouse studies, 'Great Northern' bean seeds were planted in sterilized and nonsterilized Judson silty clay loam soil at different pH. They were inoculated by placing a spore suspension over the seeds. Root rot was reduced when the...

Howe, O.-Whiting; Rhoades, H.F., 1961: Irrigation of great northern field beans in western Nebraska

Weiss A.; Kerr E.D.; Steadman J.R., 1981: Temperature and moisture influences on development of white mold disease sclerotinia sclerotiorum on beans phaseolus vulgaris cultivar great northern. Great Northern dry edible beans (P. vulgaris) inoculated with a suspension of mycelial fragments of S. sclerotiorum were incubated in a constant-temperature chamber at 100% relative humidity for periods up to 268 hr at 10.degree.-30.degree. C. Per...

Sathe S.K.; Deshpande S.S.; Reddy N.R.; Goll D.E.; Salunkhe D.K., 1983: Effects of germination on proteins raffinose oligo saccharides and anti nutritional factors in cultivar the great northern beans phaseolus vulgaris. During 5 day germination the major reserve proteins of the 'Great Northern' bean (P. vulgaris L.) were substantially hydrolyzed. In vitro trypsin digestion of the extracted proteins up to 4 h at 37.degree. C indicated that the major stor...

Shii C.T.; Rabakoarihanta A.; Mok M.C.; Mok D.W.S., 1982: Embryo development in reciprocal crosses of phaseolus vulgaris cultivar great northern and phaseolus coccineus cultivar scarlet runner. Embryo development was examined in reciprocal crosses of P. vulgaris cv. Great Northern and P. coccineus cv. Scarlet Runner. The formation of abnormal (shrunken and underdeveloped) embryos constituted the primary crossing barrier between the 2 spp...

Sathe S.K.; Salunkhe D.K., 1981: Solubilization and electrophoretic characterization of the great northern bean phaseolus vulgaris cultivar great northern proteins. Protein content of dry beans (P. vulgaris L.) cv. 'Great Northern', was 26.10% (dry weight basis). The isoelectric pH of the NaCl extractable proteins was about 4.4. Several salts, NaOH and HCl were employed to solubilize the Great North...

Forster, Rl, 1982: Control of root rot beans with Agramine, 1980 Beans (Phaseolus vulgaris Great northern Ul 61), Gallatin Valley X 30904), root rot; Fusarium solani f.sp. phaseoli and Rhizoctonia solani. Fungicide and nematicide tests results American Phytopathological Society7(37): 58-59

Teasdale J.R.; Frank J.R., 1983: Effect of row spacing on weed competition with snap beans phaseolus vulgaris cultivar checkmate. Five field experiments were conducted with snap bean (P. vulgaris L.) row spacings of 15, 25, 36, 46 and 91 cm, all of which were seeded at a constant density of 43 plants/m2. When weeds were allowed to emerge with the crop, row spacings of 15-36...