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BCPC’s Knowledge Bank provides access to a wealth of research from past BCPC Congresses and Symposia. This resource contains over 64,000 pages dating back to 1954 through to 2009.
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| Publication Title. | Excerpt | Publication date | View/download PDF |
| Fungicide Resistance Benzimidazoles and Dicarboximides – Posters 259-280 | ...the performance of strategies used to combat resistance. Where efforts to assess the risk of resistance to new compounds identifies resistant mutants at an early stage in development, rapid, DNA... |  view PDF | |
| Fungicide Resistance Benzimidazoles and Dicarboximides 1-208 | ...on the selection for resistance in the population was examined. METHODS To identify the combined effects of fungicide use patterns and declining residual activity on the population dynamics of resistance... | view PDF | |
| Fungicide Resistance DMI Fungicides p111-130 | ...bromuconazole 0.03 90 . -50 0.50 epoxyconazole 0.02 – 30 « 225 0.40 flusilazole 0.008 -10 A -10 0.40 hexaconazole 0.01 -50 ‘ – 30 0.75 cyprodinil 0.006 -005 F... | view PDF | |
| Fungicide Resistance Morpholines – Posters | ...type) tested in the sametest. Il. To study the competitive ability of FS- and FR- monospore isolates, two FS- isolates (LH and 67) and two FR-isolates (3a and 16c) were... | view PDF | |
| Fungicide Resistance Morpholines p309-324 | ...102 -12.05 P= 0.01 A 157 -5.11 d) Isolates classified by location and virulence Location virulence for No. mean’l’’ Comparison significance cv Hornet isolates N Vv 49 -14.97 N,V vS,V... | view PDF | |
| Fungicide Resistance Phenylamides p147-162 | ...with PA resistance Month 1981-85 1986-°93 June 0.5 16.6 July 5.0 54.8 August 20.0 63.7 September 24.7 52.9 Numberof crops surveyed 281 1,167 TABLE 2: Comparison ofdifferent phenylamide based strategies... | view PDF | |
| Fungicide Resistance Morpholines p297-308 | ...1992 and 1993, using a car- mounted Jet Spore Trap. A standard technique was used to measure the sensitivity of all the isolates to the morpholine fungicide fenpropimorph. In 1993,... | view PDF | |
| Fungicide Resistance DMI Fungicides p56-66 | ...practice: - standard nonselective program: sulphur (10 000 g Al/ha) - DMI program:triadimenol (37.5 g Al/ha); - half rate DMI: triadimenol (18.75 g Al/ha); - mixtures: triadimenol+sulphur (25+4000 g Al/ha)or... | view PDF | |
| Fungicide Resistance DMI Fungicides p19-34 | ...frequency distributions of prochloraz IG;, values from dose- responsetesting of P. herpotrichoides isolates from Frenchtrials between 1985 and 1991. M < — - A b P r s e =... | view PDF | |
| Fungicide Resistance Benzimidazoles and Dicarboximides 207-224 | ...Penrose, L.J.; Davis, K.C.; Koffmann, W. (1979). The distribution of benomyl- tolerant Sclerotinia fructicola (Wint) Rehm in stone fruit orchards in New South Wales and comparative studies with susceptible isolates.... | view PDF | |
| Fungicide Resistance – Risk Evaluation II | ...protocol from Gisi andStaehle- Csech and modified it as shownin Figure1. Test Meth – Baseline sensitivities To be able to test a new compoundin standard agar plate assays at least... | view PDF | |
| Fungicide Resistance DMI Fungicides p66-86 | ...used to inoculate plants in greenhouse experiments. Pathogenicity and competitive ability of sensitive and resistant strains are similar. The resistant strains seem to be as competitive or less competitive than... | view PDF | |
| Intergated Crop Protection – Biological Control Posters 73-85 | ...of Bem- becia scopigera were determinedin 1, 2 and 3 year- old infes- ted sainfoin ( Onobrychis viciifolia ) fields by various met- hods including sweep netting , attractive bait... | view PDF | |
| Intergated Crop Protection – Biological Control Posters 107-122 | ...that required for approval for any new compoundsfor use on lettuce. Mean no. aphids/plant (4) Pre-treatment H&2 DAT M10 DAT Pirimicarb Untreated FIGURE 3. The efficacy of the commercial standard... | view PDF | |
| Intergated Crop Protection – Biological Control Posters 143-158 | ...effective working width, for example the working width ofa baleris not the width of the balers pick- up reel but the width of crop cut from which the swath was... | view PDF | |
| Intergated Crop Protection – Biological Control Posters 159-170 | ...component of the polyphagous predator complex. They make horizontal webs both on and above the ground, depending on the species, and have been shown to have a significant impact on... | view PDF | |
| Intergated Crop Protection – Biological Control Posters 171-186 | ...rate to compensatefor poorer germination conditions, slug damage and loss of plants through mechanical weeding. Good plant populations required to compete with weeds and compensate for lowertiller numbers dueto limited... | view PDF | |
| Intergated Crop Protection – Novel Chemistry 353-370 | ...Activity of drimane antifeedants and related compounds against aphids, and comparative biological effects and chemical reactivity of (-)- and (+)- polygodial. Journal of Chemical Ecology 14, 1845-1855. Blight, M.M.; Pickett,... | view PDF | |
| Intergated Crop Protection – Novel Chemistry 386-402 | ...in the fi eld (Havis & Walters, unpublished results). NNNESCICIH,N Ze E-BED (E)-1,4-diaminobut-2-ene C,H;COO C,Hs LeNHNA | SGHs |CH, C;H;COO C,H E-TED (E)-(N,N,N”,.N’-tetraethyl)-1,4-diaminobut-2-ene NH,Cl NH,Cl BAD 1,2-bis(aminomethyl)-4,5-dimethylcyclohexa-1,4-diene CH,NEt; ““CHNEt, TBAMBH... | view PDF | |
| Intergated Crop Protection – Systems Projects 305-320 | ...+13 +17 -40 50% -141 -248 -187 -136 S. barley 100% 703 +5 -19 +20 50% -79 -46 -44 -80 S. oats 100% 608 -12 +4 50% +16 +4 -9... | view PDF |
