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PAR and cumulative dry matter were plotted for each plot. The slop is the radiation use efficiency (RUE). Results and Discussion Results of this investigation showed that by higher density of weeds, LAI and height of potato reduced and vertical leaf area distribution, LAD and light interception changed. By increasing weeds density and its interference, leaf area percentage in the second layer of canopy increased from 45 to 50 percent. Maximum LAI and LAD were obtained in upper layers of canopy. Amaranthus retroflexus and Chenopodium album reached to their LAD and maximum light interception in 55 to 80 cm of height in various treatments, while this point in potato was 40 cm. In other words, weed by putting more leaf are upon the potato canopy and more height and of course more light interception, can reduce potato yield. Results showed that by increasing weeds interference, light interception of potato was reduced. So, in 8 plant of lambsquarter per meter of row , potato light interception was reduced 43.3 and 53.5 percent in 2004 and 2005. In third level of redroot pigweed (8 plants per meter of row) reduction of potato light interception was 56.5 qnd 66.8 percent in 2004 and 2005, respectively. By 2 redroot pigweed per meter of row, RUE of potato increased 2.8 percent in comparison with control. It means redroot pigweed suppressed potato by shading. In the first and second levels of density of lambsquarter (2 and 4 plants per meter of row) results were similar. Average of potato RUE was 1.56 and 1.83 g/MJ intercepted PAR (for redroot pigweed treatment) and 1.72 and 1.89 g/MJ intercepted PAR in 2004 and 2005. On average, redroot pigweed and lambsquarter reduced RUE of potato by 10.5 and 4.6 percent. Table 1- Change (%) in dry matter, absorbed PAR and RUE of potato in comparison with control in 2004. Weed Density Emergence time Treatments 2 plants/m of row 4 plants/m of row 8 plants/m of row 8 days before potato 4 days before potato Same time to potato Dry Matter Change in comparison with control(%) Absorbed PAR RUE C. album A. retroflexus C. album A. retroflexus C. album A. retroflexus -18.7 -21.8 -19.2 -22.1 +2.1 +2.8 -24.8 -39.7 -25.2 -25.2 +0.9 -19.4 -37.9 -47.3 -29.1 -24.9 -12.2 -30.3 -36.3 -47.1 -19.8 -29.1 -19.2 -22.6 -30.4 -38.8 -17.3 -22.2 -14.1 -19.2 -22.3 -24.2 -14.9 -16.3 -7.9 -9.7 Table 2- Change (%) in dry matter, absorbed PAR and RUE of potato in comparison with control in 2005. Change in comparison with control(%) Treatments Dry Matter Absorbed PAR RUE C. album A. retroflexus C. album A. retroflexus C. album A. retroflexus 2 plants/m of row -12.9 -19.2 -15.3 -18.5 +2.6 -1.3 Weed Density 4 plants/m of row -19.5 -27.6 -20 -24.9 +0.5 -3.2 8 plants/m of row -26.5 -34.7 -22.7 -27.1 -5.4 -9.9 8 days before potato -26.9 -35.2 -22.5 -27 -5.1 -10.8 Emergence time 4 days before potato -22.8 -25.1 -22.4 -24.9 -1.1 -3.2 Same time to potato -13.9 -18.9 -16 -18.5 +3.2 +0.4 Selected References Crook, T. M., and Renner, K. A. 1990. Common lambsquarter competition and time of removal in soybean. Weed Sci. 38, 358-364. Haverkort, A. J., Uenk, D., Veroude, H., and Van de Waart, M. 1991. Relationships between ground cover, intercepted solar radiation, leaf area index and infrared reflectance of potato crop. Potato Res. 34, 113-121. Hock, S. M., S. Z. Knezevic., and A. R. Martin. 2006. Soybean row spacing and weed emergence time influence weed competitiveness and competitive indices. Weed Sci. 54, 38-46. Keating, B. A., and Carberry, P. S. 1993. Resource capture and use in intercropping: Solar radiation. 254
Field Crops Res. 34, 273-301. Khurana, S. C., and McLaren, J. S. 1982. The influence of leaf area, light interception and season on potato growth and yield. Pot. Res. 25, 329-342. Manrique, L. A., Kiniry, J. R., Hodges, T., and Axness, D. S. 1991. Dry matter production and radiation interception of potato. Crop Sci. 31, 1044-1049. Nassiri Mahallati. M., and Kropff, M. J. 1997. Simulation model for crop-weed competition, modified for LAD distribution function and extinction coefficient based on leaf dispersion. Agricultural Wageningen University. Netherlands. Radosevich, S. 1987. Methods to study interactions among crop and weeds. Weed Tech. 1, 190-198. 255
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Annals of National Institute of Res
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Dear participants to the 17th Trien
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TRANSCRIPTIONAL PROFILING IN POTATO
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AGRONOMY...........................
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Hiltunen L., Virtanen E., Hänninen
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IN TURKEY - Caliskan M.E ., Caliska
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IMPROVING THE APPLICATION OF CIPC T
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Key notes
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Agricultural exploitation type 4 Nu
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2) Development of clean technologie
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Box 3. Effects of climate change on
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glycaemic load (GL) is to be follow
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Lachman, K. and K. Hamouz: Red and
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IMPORTANT THREATS IN POTATO PRODUCT
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3. Control of agrophages during gro
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DEVELOPMENTS IN POTATO STORAGE IN G
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temperature and high humidity, ther
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Fogger Fans controlled by variable
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POTATO PROCESSING FOR THE CONSUMER:
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The total number of cultivars, bred
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al., 1991). We also obtained first
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transmission into tubers are determ
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Original seeds, produced on the bas
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Genetic Modification As state above
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(2x) with two groups Yari and Ajawi
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Alexandra Parma Cook and Noble Davi
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also present in all other yellow fl
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Potato has acquired a status of a m
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- Sensitivity to N, which means tha
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to be present or imminent. Referenc
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This example characterises the diff
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PHYSIOLOGY OF THE POTATO: NEW INSIG
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Iwama, K. 1998. Development of noda
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Genomics EPITOPES OF THE POTATO VIR
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identify early cold-responsive gene
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The GeneChip-assisted qPCR dataset
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QTLs and markers were projected bas
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GISH AND FISH ANALYSES OF TETRAPLOI
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This is the first study applying GI
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Molecular Breeding INHERITANCE OF R
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Table 1. Segregation ratios of resi
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original somatic hybrid; these char
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ABIOTIC STRESS RESPONSES IN POTATO:
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EFFECTOR GENOMICS AND CISGENIC EXPL
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GENOTYPING AND PHENOTYPING OF SOLAN
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THE EXPRESSION OF Y-VIRUS RESISTANC
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esistant lines (figure 1, lines b2,
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COMBINING MARKER ASSISTED SELECTION
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irdcherry oat aphid Rhopalosiphum p
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TESTS OF TAXONOMIC AND BIOGEOGRAPHI
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Since both studies considered resis
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GENETIC ANALYSIS OF SENSORY AND VOL
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POTATO BREEDING IN BELARUS: OBJECTI
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RESISTANCE BREEDING AGAINST PHYTOPH
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Varietal assessment THE VALORISATIO
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References - Brescia, M.A., M. Monf
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VARIATION OF GROWTH AND DISEASE CHA
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over years and in different countri
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Table 1. Drought influence on yield
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IN VITRO SCREENING OF POTATO AGAINS
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Table 1. Effect of different media
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Virology EFFECTIVENESS OF PARAFFINI
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-1998-1999-2000: paraffinic mineral
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Fig 2. Trial 1998/2000: treatment e
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3. 2001 trial. 3.1 Treatments effic
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DETECTION AND MANAGEMENT OF TOBACCO
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Since 1995, 95% of the sever virus
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100 80 60 40 20 0 healthy N 605 123
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were conducted in both Washington S
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Table 3. Potato plants with zebra c
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Girsova, N., Bottner, K.D., Mozhaev
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at 50°C and the inoculated medium
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3. Pathogenicity tests At the end o
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Non-wounded tubers rarely had dryco
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FUSARIUM GRAMINEARUM AS A CAUSE OF
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indices in comparison with control
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on leaves. Experimental and trainin
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ASPECTS IN PATHOGENICITY OF COLLETO
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was dried at 40°C and stored dry a
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DETECTION OF SYMPTOMLESS INFECTIONS
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The CelA PCR primers also did not d
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BIOLOGIZED SYSTEM OF EARLY POTATO P
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Table 3 Tuber quality of early pota
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EFFECTS OF INTERACTIONS BETWEEN TWO
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Phytophthora EVOLUTION OF THE POPUL
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etween 18°C to 22°C) were good ex
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Fig. 3. : Mefenoxam resistance fiel
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Table 3 : The epidemics in 2004, 20
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protocols of Goodwin et al. (1995).
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PHENOTYPIC TRAITS OF PHYTOPHTHORA I
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% of isolates 100 80 60 40 20 0 R1
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ANALYSIS OF GENETIC VARIABILITY BY
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succeeding the conversion of RAPD m
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Potato seed production IN VITRO BAS
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farm model calculations that relies
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Production costs, ¢/kg 400,00 350,
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STUDIES ON DEVELOPMENT OF NATIONAL
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greenhouses at two institutes in Ma
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produce minitubers from their own v
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Potato Health Management. APS Press
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Figure 2: Average daily temperature
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STUDY THE POTATO - WEED INTERACTION
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Diseases Research Institute (PPDRI)
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1985a). But, for redroot pigweed, t
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Weed Management. Agricultural Syste
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Table 1Productivity of early variet
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REDUCING COSTS CAUSED BY ISOLATION
Page 219 and 220: Figure 2. Border strip requirements
Page 221 and 222: epresentatives. (Tuomisto 2007). Th
Page 223 and 224: Integrated agrothechnology formatio
Page 225 and 226: idge planting mineral fertilizers a
Page 227 and 228: as the colour of crisps and the qua
Page 229 and 230: due to storage, the quality score d
Page 231 and 232: CULTIVATION AND ANALYSIS OF ANTHOCY
Page 233 and 234: anthocyanin content in mg/100g dry
Page 235 and 236: Physiology YIELD AND BIOMASS PARTIT
Page 237 and 238: summer-autumn cycle (25.0 and 23.0
Page 239 and 240: PHYSIOLOGIC SUPPORT OF EARLY GROWN
Page 241 and 242: 5 th level. Potential crop capacity
Page 243 and 244: REGULATION OF STEROIDAL GLYCOALKALO
Page 245 and 246: In 2005 the concentration of Ca and
Page 247 and 248: ESTIMATION OF POTATO PLANT PHYSIOLO
Page 249 and 250: Table 3. Mean macro and microelemen
Page 251 and 252: Tab. 1: Dry matter and sugar conten
Page 253 and 254: ULTRASOUND IMPROVES CHIP COLOUR OF
Page 255 and 256: L value 70 60 50 40 Norin 1 M ay Q
Page 257 and 258: ethereal oils on weight losses were
Page 259 and 260: After the application, the rains we
Page 261 and 262: t/ha (35+) to +3,5 t/ha (50+) (figu
Page 263 and 264: conveyor of both tubers and stones
Page 265 and 266: shock absorbing units [4]. The dama
Page 267 and 268: 251 Posters
Page 269: AGRONOMY RADIATION USE EFFICIENCY A
Page 273 and 274: Table 1 - Total seasonal water inpu
Page 275 and 276: tuber production due largely to red
Page 277 and 278: SPAD readings 60 50 40 30 20 10 0 p
Page 279 and 280: Table 1. Variants of pre-emergent h
Page 281 and 282: THE INFLUENCE OF SELENIUM FERTILIZA
Page 283 and 284: Fig 1: Influence of Se-treatment on
Page 285 and 286: POTATO CROP ESTABLISHMENT WITH USIN
Page 287 and 288: application (Maidl et al., 2002; Pi
Page 289 and 290: GENOTOXIC EFFECTS OF EXTRACTS FROM
Page 291 and 292: ECOLOGICAL ASPECTS OF FERTILIZERS A
Page 293 and 294: magnesium). In soils with the neutr
Page 295 and 296: RESULTS OF USING DRIP IRRIGATION FO
Page 297 and 298: variety) to 52.3 cm (Futura variety
Page 299 and 300: Table 1. Microelements and varietie
Page 301 and 302: CONCLUSIONS - applications with Mn
Page 303 and 304: Results CLIMATE Figure 1. Climatic
Page 305 and 306: Prod. (t/ha) 50,0 Prod. (t/ha) 45,0
Page 307 and 308: difficult to record a definite yiel
Page 309 and 310: Fig. 9: Application map of Olešná
Page 311 and 312: stem infections on the adjacent Agr
Page 313 and 314: POTENTIALS FOR WIREWORM CONTROL IN
Page 315 and 316: Table 1. Characteristics of tested
Page 317 and 318: BREEDING FOR ORGANIC FARMING: COMPA
Page 319 and 320: comparatively higher amount of star
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POTATO SEED PRODUCTION THE INFLUENC
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Sitobion avenae (Fabricius) 1 9 7 4
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THE OVERVIEW OF THE RESEARCH AND AP
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The multiplication of meristem plan
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EVALUATION OF MICRO TUBER PRODUCTIO
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Finally, a planter with a cup syste
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WINIGER, LUDWIG, and BROUWER (1976)
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Practically, in this case it can be
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Tubers were selected and sprouted i
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References Basky Z. (2002). The rel
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deep on emaciated earths, earthen /
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Figure 2. Variation of the total tu
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from the Republic of Karelia for th
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Degefu Y., Jokela S., Joki-Tokola E
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potato, in the percentage of farms
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EVOLUATION OF ACTUAL SITUATION AND
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BREEDING DEVELOPING SELECTION CRITE
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maximum soil cover; d = time from m
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YEAR 0 40.000 seeds Crossings (glas
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POTATO BREEDING WITHOUT POTATO VIRU
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Material and methods Like biologica
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Figure 3. The proposal system to pr
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Material and methods In this study
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DEVELOPMENT OF POTATO BREEDING RESE
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tonnes/ha. Culinary quality is good
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„CLAUDIU” NEW POTATO ADVANCED C
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the precision level of the estimato
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GENETIC RESOURCES THE EVALUATION OF
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According to the evaluation method,
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THE EXPLOITATION OF SOLANUM CARDIOP
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somatic hybrids was lower than that
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Some genotypes have combined resist
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Table 1. Primers used for the ampli
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The genetic variation within a samp
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The genetic basis of resistance to
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COPY NUMBER AND TRANSCRIPTION LEVEL
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STUDY OF GENETIC VARIATION OF EUROP
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18 6 441 24.5 13 2 83 6.38 26 9 82
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Use of SSR-markers made possible lo
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seedlings originated from the hybri
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level of somatic hybrids by means o
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characters were less than 1% in 200
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ADVANCEMENTS IN THE APPLICATION OF
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gel-electrophoresis, which makes th
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Results The results are shown in Ta
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A BIOCHEMICAL AND MOLECULAR APPROAC
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THE POTATO PHYSICAL AND SEQUENCE MA
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(Ashoub et al., 1998). This paper d
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DNA METHYLATION PATTERNS ASSOCIATED
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COMMUNITY RESOURCES FOR HIGH THROUG
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to Phytophthora infestans (late bli
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species, carbapenem antibiotic prod
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TRANSGENIC RESEARCH INTROGRESSION I
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changed in the first sexual progeny
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STUDY OF AGRONOMICAL CHARACTERS OF
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With respect to mean tuber yield pe
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THE TRANSGENE CODING FOR THE COLD-I
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UNRAVELLING STARCH GRANULE MORPHOLO
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• The seed pool increase. Further
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MICROTUBERIZATION AS AN EFFICIENT W
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Table 1. Precipitation (mm) during
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‘Maret’, ‘Reet’ and breed 1
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Table 1. Yield performance of potat
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Table 2. Overall yield performance
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RESULTS OBTAINED TO SOME POTATO VAR
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The number of days from emergency t
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Physical measurements Flesh colour
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Cultivation site Table 2. Product e
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PHYSIOLOGY THE INFLUENCE OF THERMAL
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TS and TO variant (Table 2). By tha
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INFLUENCE OF VARIOUS FERITLIZATION
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References (1) Al-Saikhan, M.S. - H
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EFFECT OF LOCALITY AND VARIETY ON T
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significant to 21,00 %). On average
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ECOPHYSIOLOGICAL RESPONSE OF POTATO
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valid in detecting differences in p
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FERRIC REDUCING- ANTIOXIDANT POWER
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References Pawelzik E. Haase N. U.
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In fenofaza of flowery ( the June)
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PATHOLOGY VERTICILLIUM WILT OF POTA
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EVALUATION OF THE DIFFERENT MILDIU
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Crop emergence (% of seed tubers) 1
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BIOFUMIGATION FOR REDUCING SOILBORN
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the fungus appear much faster than
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drain into the inter-rows. For dise
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CHLORANTRANILIPROLE (RYNAXYPYR®, C
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Figure 3. Efficacy on L. decemlinea
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BIOFUMIGATION FOR CONTROLLING SOIL
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2007, followed by a further 15 line
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Jeffries CJ (2001) A history of pot
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POTATO LATE BLIGHT DISEASE: MECHANI
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RESULTS In 2006, infection develope
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EXPLOITATION OF WILD AND INTERSPECI
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Acknowledgements This work was supp
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RESULTS AND DISCUSSION Table2. Late
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The frequency of tubers with late b
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BACTERIAL DESEASES FATE OF SOIL INF
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Strips : 1 2 3 4 5 6 June 2002 Sept
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NEMATODES COMMERCIAL AND TECHNICAL
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INSECTS POTATO PLANT ACCEPTANCE BY
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TECHNICAL AND PHYSICAL PARAMETERS M
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MECHANISATION MECHANIZATION LEVEL A
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which have been used (though not so
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TESTING METHOD TO ASSES THE POTATO
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Fig. 4. The pendulum calibration us
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AGROTRONICS IN MEASURING AND MAPPIN
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scientific applications, industrial
Page 535 and 536:
CONTRIBUTIONS OF THE PRECISION MECH
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• The substantial increase of the
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STORAGE STORAGE SUITABILITY OF STAR
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CARBOHYDRATE METABOLISM OF STARCH P
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Sugars The sugar contents of all va
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ASSISTORE - A DECISION SUPPORT SYST
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Step 3: Application After balancing
Page 549 and 550:
EFFECTS OF RESTRAIN ON SPROUT GROWT
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esearch. Data related to the topic
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½ tea glass of vegetable oil 1 tea
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Tab. 3: Quality parameter of chippi
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dumplings of commercial origin was
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Tab. 2 - Qualitative and technologi
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EVALUATION OF FLESH COLORED VARIETI
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Conclusions In total 25 varieties w
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assimilates to the growing tubers a
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VIROLOGY THE STRUCTURE, ABUNDANCE,
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same classes. In 2002, in spite of
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MANAGEMENT OF POTATO VIRUS Y IN SEE
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SOIL-BORN VIRUSES IN TATARSTAN Zama
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Clark and Adams (1977). We used 100
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The influence of the sample’s inc
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Potato sprouts of 2 cm, grown on li
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microtuberisation than Roclas varie
Page 583 and 584:
Results and Discussion The multipli
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maximum tuber size, which could be
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EFFECT OF HAULM APPLICATION OF GIBB
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Table 2: Weight distribution by cla
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THE EFFECT OF PHYSIOLOGICAL AGE AND
Page 593 and 594:
inhibiting roots growth, lateral br
Page 595 and 596:
Analyzing the obtained data, we obs
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Conclusions Figure7. Regenerated pl
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Plants were destructively sampled 1
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Tuber number per stem 20 15 10 5 0
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After four weeks of in vitro cultiv
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vitro growth stage in such a way th
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STUDY ABOUT POSSIBILITIES OF REPEAT
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PHYTOPLASMA & ZEBRA CHIP STOLBUR PH
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POTATO STOLBUR PHYTOPLASMA INDUCED
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597 Authors index
Page 615 and 616:
Cooke L.R. ........................
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Makhan’ko O......................
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Virtanen E. .......................
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ADDENDUM EFFECTS OF COMPOST APPLICA
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Assessments Composts. At the moment
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