Loel, J., C. Hoffmann: 1.1 Evaluation of the breeding progress of sugar beet varieties from 1964 to 2003

Henry-Bounan, K., B. Mangin, F. Sandron, B. Devaux, V. Laurent, P. Devaux: 1.2 Genetic diversity among cultivated and wild species accessions of sugar beet (Beta vulgaris L.) based on SNP and DArT markers: molecular and ecogeographical analyses and linkage map building

Eujayl, I., C. Strausbaugh: 1.3 Whole genome sequencing of sugar beet and SNP development

Barnes, S., K. Koh, A. Sharpe, S. Vanstraelen, G. Willems: 1.4 Relationship between physical and genetic distances in sugar beet chromosomes

Adetunji, I., G. Willems, H. Tschoep, A. Burkholz, S. Barnes, M. Boer, M. Malosetti, S. Horemans, F. van Eeuwijk: 1.5 Genetic diversity and linkage disequilibrium analysis in elite sugar beet breeding lines and wild beet accessions

Miller, J., M. Rekoske, E. Lindroos: 1.6 Impact of American germplasm for resistance breeding in sugar beet

Stevanato, P., L. Sella, C. de Lucchi, C. Broccanello, L. Hanson, L. Panella, M. McGrath: 1.7 Improving key root traits in sugar beet: Fusarium tolerance

Tossens, A., N. Debontridder: 1.8 FT-NIRS for the quantification of pesticides on coated sugar beet seeds

Pedersen, H.C.: 1.9 Field Vision Technology for evaluation of product quality

Koch, H.-J., H. Eigner: 2.1 Recent activities and future topics of the IIRB Plant & Soil study group

Horemans, S., B. Maudoux, R. Robinson, F.J. Bulthuis, N. Tillett, T. Hague, P. Garford: 2.3 Computer vision guided chemical thinning

Wenninger, E.J., O.T. Neher, D.W. Morishita, W.H. Neibling: 2.4 Soil water content, disease, weed, and insect responses in strip-till sugar beet

Laufer, D., G. Sander, G. Schlinker, H.-J. Koch: 2.5 Autumn strip tillage in sugar beet cultivation – first experiences on loess soils in Northern Germany

Nübel, V., B. Loibl, K. Bürcky: 2.6 Investigation on strip-till growing of sugar beet in Southern Germany

Muurinen, S., H. Louramo, M. Turakainen: 2.7 Different cover materials on sugar beet growing

Zavanella, M., A. Vacchi, A.Fabbri, G. Bettini: 2.8 Experimental quantification of machine trampling damage in sugar beet cultivation in Italy

Khan, M.: 2.9 Effect of simulated hail on yield of sugar beet

Becker, C., H.-J. Koch: 2.10 Utilization of deteriorated beets as top-dressed manure in winter wheat

Aylaj, M., El Kbir Lhadi: 2.11 Impact of the salinity of water on the chlorophyll contents of two varieties of sugar beet

Sigl, G., T. Assinger, H. Eigner, P. Liebhard: 2.12 Characterisation of different species for their suitability as intercrop before sugar beet

Sigl, G., T. Assinger, H. Eigner, P. Liebhard: 2.13 Impact of different intercrop species on yield and quality of sugar beet

Grzebisz, W., P. Barłóg, W. Szczepaniak: 3.1 A balanced uptake of nitrogen by sugar beet during the growing season as a prerequisite of high yield of sugar

Trimpler, K., N. Stockfisch: 3.3 N2O-emissions resulting from N-fertiliser application in sugar beet cultivation

Persson, L., Å. Olsson: 3.4 Liming as a method for integrated control of Aphanomyces in sugar beet

Olsson, Å., L. Persson: 3.5 Liming of different soil types – effect on soil factors and sugar yield

Hergert, G.W., M.K. Darapuneni, R. Wilson, R. Harveson, J. Bradshaw, R. Nielsen: 3.6 Effect of precipitated calcium carbonate on soil characteristics and sugar beet yield and quality

Lemme, H., D. Horn, H.-J. Koch: 3.7 Liming increases EUF extractable, labile, and plant available P on loess soils

Fürstenfeld, F., D. Horn: 3.8 Is the P and K supply in soils enough for optimum sugar yield?

Muurinen, S., M. Turakainen: 3.9 Yield response in Finnish sugar beet trials with starter application of phosphorus

Szczepaniak, W., W. Grzebisz, A. Kozera: 3.10 Potassium replacement by sodium in different sugar beet fertilising systems

Barłóg, P., W. Grzebisz: 3.11 Effect of sodium application on nutritional status of sugar beet plants at critical stages of growth

El-Sayed, H.M., M.A. El-Hawary, M.K.K. Awad: 3.12 Influence of boron sources on yield and quality of some sugar beet varieties

Vagher, T., A. L. Fenwick, L. Panella: 4.1 Preparation of inoculum of Rhizoctonia solani Kühn for an artificially inoculated field trial

Renner, A.-C., B. Boine, R. Apfelbeck, M. Zellner: 4.2 Molecular assay for rapid quantification of Rhizoctonia solani AG2-2IIIB

Renner, A.-C., B. Boine, G. Wagner, G. Simeth, M. Zellner: 4.3 Effect of different sugar beet pre-crops and agricultural practices on soil inoculum densities of Rhizoctonia solani

Schulze, S., H.-J. Koch: 4.4 Soil structure effects on Rhizoctonia infestation of sugar beet (Beta vulgaris) – concept and first results

Kreitzer, C., H. Eigner: 4.5 Management of Rhizoctonia solani by specific intercrop cultivation and biological control agents

Champeil, A., K. Bouchek-Mechiche, C. Chatot, P. Dolo, V. Faloya,D. Gaucher, B. Mille, F. Montfort: 4.6 Reduce the pressure of brown rhizoctonia attacks in the crop rotation involving corn, sugar beet and potatoes

Bartholomäus, A., S. Mittler, M. Varrelmann: 4.7 Chemical control of the late root and crown rot in sugar beet caused by Rhizoctonia solani

Bredehoeft, M.W., V. Rivera, G. Secor: 4.8 Analysing a late season root rot of sugar beet in the Imperial Valley of California

Christ, D., M. Varrelmann: 4.9 Development of two biotests for the identification of Aphanomyces cochlioides resistance in sugar beet

Josic, D., M. Starovic, V. Stojsin,F. Bagi, D. Budakov, R. Pivic: 4.10 Mycoantagonistic activity of indigenous antibiotic-producing Pseudo-monas spp. against sugar beet pathogens (Fusarium spp., Macrophomina phaseolina and Rhizoctonia solani)

Secor, G., V. Rivera, M. Bolton, M. Khan: 4.11 Current status of DMI and QoI fungicide resistance in European Union populations of Cercospora beticola

Wieczorek, T.M., L. Nistrup Jørgensen, A. L. Hansen, L. Munk, A. Fejer Juestensen: 4.12 Early leaf disease control and detection of Ramularia beticola in sugar beets using spore traps and qPCR

Persson, L., Å. Olsson: 4.13 Occurrence of Verticillium wilt in sugar beet in Sweden

De Bruyne, E., G. Willems, L. Broos, J. Hermes: 4.14 Genetic diversity of the BNYVV virus by whole genome sequencing – some new insights

Kimmel, J., L. Potyondi, F. Csima, E. Takacs: 4.15 The effect of climate change on sugar beet pests and diseases in Hungary

Horn, D., T. Hetterich, F. Fürstenfeld: 4.16 Experience of the determination of Heterodera schachtii in soils and implementation into farming practice

Meinecke, A., K. Ziegler, K. Bürcky, A. Westphal: 4.17 Importance of weeds on stubble fields for population densities of Heterodera schachtii

Olsson, Å., S. Andersson, A. L. Hansen: 4.18 Survey of free living nematodes in sugar beet fields in Sweden and Denmark 2012-2013

Zavanella, M., G. Campagna, M. Silvagni: 4.19 Mapping the spread of sugar beet cyst nematodes in Northern Italy

Schlatter, C., C. Watrin, A. Oliveira: 4.20 Developing an integrated approach to the control of beet cyst nematode in sugar beet

Hauer, M., H.-J. Koch, S. Mittler, A. Windt: 4.21 Water use efficiency of three sugar beet types in relation to cyst nematode infestation

Manderyck, B., E. Raaijmakers: 4.22 Chemical and biological methods for the control of leatherjackets (Tipulidae) in sugar beet

Schlatter, C., A. Yilmaz, W. Fischer, F. Brandl: 4.23 The use of rhizotrons in sugar beet root research

Champion, G., E. Burks, P. Turnbull: 5.1 Herbicide combinations to optimise control of black-grass in sugar beet

Šulík, R.: 5.2 Control of Clearfield sunflower in sugar beet

Wendt M.J., M. Wegener, E. Ladewig, B. Märländer: 5.3 Methodology of testing efficacy and durability of an ALS-inhibitor herbicide on weed species in sugar beet cultivation

Bartsch, D., U. Ehlers, A. Gathmann, C. Kula, A. Meisner, U. Middelhoff, A. Scheepers, W. Schenkel, M. Streloke: 5.4 Environmental risk assessment of glyphosate tolerant H7-1 sugar beet

Blocaille, S.: 6.1 PERFBETT – Improve performances and uses of harvest machinery

Rydén, A.: 6.2 Harvest losses – potentials and actions to catch them

Büsching, S., C. Linnes, D. Wollenweber, C. Becker: 6.3 Yield and processing quality of topped and defoliated sugar beets

Nowakowski, M., P. Skonieczek, A. Paradowski, K. Kubicki: 6.4 Yield and processing quality of topped and defoliated sugar beets

Schnepel, K., C. Hoffmann: 6.5 Formula to calculate the invert sugar content based on the glucose content of sugar beet

Schnepel, K., C. Hoffmann: 6.6 Estimation of the storability of sugar beet genotypes

Liebe, S., M. Varrelmann: 6.7 Effect of genotype and environment on the development of root rots during long-time storage of sugar beets

Eigner, H., G. Sigl: 6.8 Investigations on the storability of sugar beet varieties

Hein, W., F. Emerstorfer: 6.9 Evaluation of the refractometric formula for the prediction of the technological quality of stored sugar beets

Olsson, R.: 6.10 Sugar losses and effect on beet quality after different clamp covering concepts in Sweden

Danojević, D., N. Nagl, Ž. Ćurčić,I. Maksimović, M. Putnik-Delić, K. Taški-Ajduković, J. Boćanski: 6.11 Changes in proline content and leaf traits under water stress in sugar beet lines and hybrids

Potyondi, L., J. Kimmel, F. Csima, E. Takacs: 7.1 Biogas and bio-energy production from sugar beet

Auburger, S., E. Bahrs: 7.2 Potential availability of arable land for additional sugar beet cultivation as a biogas crop in Germany

Brauer-Siebrecht, W., A. Jacobs, H.-J. Koch: 7.3 Balance and leaching of nitrogen in energy crop rotations with and without sugar beet

Götze, P., J. Rücknagel, A. Jacobs, O. Christen: 7.4 Risk of soil compaction in energy crop rotations with and without sugar beet

Pelka, N., O. Musshoff: 7.5 Competitiveness and economic risks of crop rotations with and without sugar beets with biogas as production target under consideration of the individual risk acceptance

Hoffmann, C.: 8.1 Bioenergy from winter beet – a joint project along the value chain

Kopisch-Obuch, F.J., M. Kirchhoff, F. Uhlmann, N. Pfeiffer, J. Ogutu, E. Orsini, A. Schechert, C. Jung: 8.2 QTL for winter hardiness and post winter bolting resistance in sugar beet (Beta vulgaris ssp. vulgaris L.)

Loel, J., C. Hoffmann: 8.3 Factors affecting the winter hardiness of sugar beet

Reinsdorf, E.: 8.4 Risk assessment for frost killing of winter sugar beet by modelling the beet crown temperature

Stephan, H., U. Böttcher, H. Kage: 8.5 Simulations of potential yields for non-bolting winter beet

Ohl, S., E. Hartung: 8.6 Methane yield of winter beet

Ohl, S., E. Hartung: 8.7 Producing biogas from winter beet: Is it reasonable?

Stockfisch, N.: 8.8 Resource efficiency of winter beet cultivation

Potthast, C., S. Brinker, K. Maier: 9.1 Assessment of the effects of chemical silage additives in pressed pulp silage

Brinker, S., C. Potthast, K. Maier: 9.2 Microbiology of pressed beet pulp silage under practical conditions

N. Minerva, D. Rosini, Zavanella, M.: 10.1 A Decisional Support System sustaining the Italian sugar beet growers

Raaijmakers, E., B. Hanse, P. Wilting, E. van Oorschot: 10.2 Sugar beet diagnostic service: a winning system for all involved

Smit, A.B., K.J. Poppe: 10.3 The position, role and future of cooperative sugar refineries in the EU

Risser, P., K. Bürcky: 10.4 (Consumer) communication – sustainable beet cultivation

WVZ: Sustainable sugar beet planting

Südzucker: Threshold based pesticide application

Südzucker: Optimization of harvest, cleaning and transport

Südzucker: Strengthening rural areas

Pfeifer & Langen: Responsible use of fertilizers - increase yield

Pfeifer & Langen: Ecoefficiency total - everything is used

Pfeifer & Langen: The soil - our highest good

Nordzucker: Improving soil structure

Nordzucker: Ecological and water use aspects of beet growing

Nordzucker: Fertilisation

Suiker Unie: Plant and planet - Sustainability at Suiker Unie (I)

Suiker Unie: Plant and planet - Sustainability at Suiker Unie (II)

Suiker Unie: Plant and planet - Sustainability at Suiker Unie (III)