Section: Abstracts from the latest meeting
Identification of genomic regions associated with Beet curly top virus resistance in the sugar beet double haploid line, KDH4-9.
Sugarbeet processing precipitated calcium carbonate lime effects on a crop rotation and soil properties: sites 2 and 3.
Evaluation of root firmness and cell wall components in sugarbeet lines for reducing sugar loss during post-harvest piling storage.
Adjusting fertilizer strategies to address new challenges in sugarbeet production including early harvest, varietal differences, and sugar quality.
Simulated hail timing and severity on sugarbeet root yield and sucrose content.
Kochia control with Phenmedipham in sugarbeet.
Reducing late rot in Imperial Valley sugar beet production using variety tolerance and irrigation.
How does simulated hail damage timing affect sugar beet root yield and quality?
Artificial intelligence-based insect traps for monitoring sugarbeet root maggot fly activity.
Effects of post-harvest cold storage in bolting and disease susceptibility (Botrytis cinerea and Fusarium gramminearum) in sugar beet roots.
Advances in sugar beet storage systems in Nordic countries: A decade of research and development.
United Beet Seeds (UBS): A joint Venture that forms a strong and reliable player in the sugar beet industry.
Storage conditions and plant genetics affect sugar transporter gene expression with likely effects on postharvest sucrose losses.
Methods of collecting temperature of sugar beet storage piles at Southern Minnesota Beet Sugar Cooperative for research purposes.
Low concentration of chlorine dioxide gas reduced invert sugars and raffinose accumulation in postharvest sugarbeet roots.
Potassium and nitrogen applications for sugarbeet yield and quality in Southern Minnesota and Imperial Valley of California.
Evaluation of EcoRobotix green-on-green herbicide sprayer in sugarbeet.
Nitrogen fertilizer management for Beta vulgaris in southern Minnesota.
Identification of volatile organic compounds as biomarkers for early detection of storage rots in sugar beets.
High nitrogen and variety performance.
Simulated hail timing and severity on sugarbeet root yield and sucrose content.
Early season UAN applications in sugar beets.
Manure legacy effects on sugarbeet production and quality.
Mass trapping of adult sugar beet root maggot flies using pheromone-lure-baited bucket traps.
Stale seedbed for weed management in sugar beet.
Response of sugar beet to group 15 herbicides applied pre or delayed preemergence.
Effect of cover crop presence on herbicide efficacy.
Evaluation of root firmness and cell wall components in sugarbeet lines for reducing sugar loss during post-harvest piling storage.
Impact of herbicide carryover and drift on sugar beet yield and a decision-making guide for growers experiencing impact from non-target herbicide effects.
Amaranthus palmeri survey, confirmation, and resistance testing in Idaho and Oregon sugar beet growing regions.
Weeds, catch crops and flower strips as potential risk for virus yellows transmission in sugar beet.
Sugarbeet yield and recoverable sucrose response to intensive nutrient management.
Identification of genomic regions associated with root respiration rate during post-harvest cold storage.
Impact of defoliation timing.
Integrating multi-source remote sensing data and machine learning for large-scale sugarbeet yield forecasting in the Western High Plains region.
Modelling the sugar beet storage environment.
Quick tests for sugar beet respiration.
A remote sensing approach to measuring in-season canopy cover percentage of sugarbeets.
Innovative extension using epoxy resin displays and time lapse photography.
Finding the “sweet” spot: Nitrogen strategies for variable sugarbeet harvest timings.
Soil moisture sensor evaluation in Idaho sugarbeets.
Post-harvest application of atmospheric air cold plasma improves storage quality of sugar beet roots through alteration of microbiome and sugar metabolism.
A comparison of different fertility programs.
Ethofumesate controls amaranthus spp. preemergence in sugarbeet.
Phosphorus – Testing our adequacy thresholds.
Reevaluating common ragweed control in sugarbeet in Minnesota and North Dakota.
Variations in stand counts affecting sugar beet yield and quality.
The case for static range nitrogen management in Northwest U.S. sugarbeet production.
Do harvest-aids improve sugarbeet topping?
Sugarbeet processing precipitated calcium carbonate lime effects on a crop rotation and soil properties: sites 2 and 3.
Characterization of the resistance protein Rz2 and its interaction with the avirulence protein triple gene block I from beet necrotic yellow vein virus.
Management of Cercospora Leaf Spot on CLS improved sugarbeet varieties.
Strategies for successful management of Cercospora leaf spot and emerging foliar diseases in sugar beet.
The sugarbeet phyllosphere harbors bacteria capable of inhibiting Cercospora beticola, the causal agent of Cercospora leaf spot.
Exploring gene sources for sustainable improvement of sugarbeet.
Effects of synonymous and nonsynonymous Cyp51 mutations on DMI resistance in Cercospora beticola.
Leaf shape and size are highly heritable in sugar beet breeding populations and may be a valuable source of diversity for improving resiliency in changing climates.
Evaluating BEETcast™, a disease forecasting model, for timing fungicide sprays with CR+™ varieties.
Several faces of Colletotrichum on sugar beet.
Unmanned aerial vehicle-based high-throughput phenotyping in sugar beet fields.
Decoding the biotrophic phase of Cercospora beticola through functional characterization of effectors.
The de novo sequencing, assembly, annotation, gene expression, and public database housing genomic dataset sequences for the sugar beet root maggot Tetanops myopaeformis, TmSBRM_v1.0.
Speed breeding practices in sugar beet: An application to Yellowing disease resistant breeding.
Finding solutions against viral yellows in Europe without phytosanitary products.
Virus Yellows resistant/tolerant varieties for sustainable sugar beet production, when seed treatments are banned.
Genomic regions responsible for rhizomania resistance in a mutagenic sugar beet line identified through graded-pool sequencing and transcriptome analysis.
Identification of genomic regions associated with Beet curly top virus resistance in the sugar beet double haploid line, KDH4-9.
Exploring the origin and phylogeny of Cercospora beticola resistance gene BvCR4 in geographically diverse populations of wild sea beet (Beta vulgaris subsp. maritima).
Identification and characterization of Cercospora beticola effector candidates associated with adaptation to the sugarbeet resistance gene BvCr4.
Identification and characterization of beet necrotic yellow vein virus-derived small RNAs from sugarbeet by high-throughput sequencing.
Battling Cercospora Leaf Spot in an ever-changing world.
Virus yellows disease in sugar beet – a resistance mechanism for the future.
Extreme-phenotype GWAS identified genomic variation associated with resistance to Aphanomyces root rot in sugar beet.
Seasonal spore production, germination and fungicide resistance shifts of Cercospora beticola in commercial sugar beet fields.
Characterization of Cercospora beticola populations to support integrated Cercospora leaf spot management approaches in Michigan.
Breeding for genetic tolerances against leaf diseases based on a unique, combined gene pool.
Whole genome sequencing reveals population structure of Cercospora beticola to resistant sugar beet cultivars in Germany.
Incorporating disease onset indicators for Cercospora leaf spot risk modeling and fungicide application management.
Development of a rapid seedling assay for evaluating sugar beet Fusarium tolerance.
Exploration of secondary metabolites as biocontrol agents against sugar beet disease.
Impact of fungicide application timing on Cercospora beticola latent infection, symptom development, and fungicide resistance profiles during the growing season.
Development of a high-throughput computational pipeline to identify new chemical management strategies for sugar beet pathogens.
SBR and RTD – A new threat challenging breeding and agronomy in sugarbeet cultivation in Europe.
Rotating DMI fungicides within spray programs to manage Cercospora beticola in sugar beet.
Exploring genetic structure and diversity of breeding material producing three-way hybrids in sugar beet: impacts on male-female differentiation, and genome-wide patterns.
Genomic insights into the evolution, diversity, and trait discovery in cultivated beets (Genus Beta).
Mapping-by-sequencing identifies loci linked to Rhizoctonia Root and Crown Rot resistance.
Sugar beet defense responses are significantly modulated during a susceptible interaction with Cercospora beticola.
Abiotic factors affecting accumulation of betaine in sugarbeet leaves and roots.
Screening root maggot lines/hybrids for genetic tolerance.
Evaluation of Cercospora leaf spot and post-harvest handling on sugarbeet storage.
Non-toxic CLS disease control of sugar beet using hot water.
Evaluating the efficacy of essential oils and botanical extracts to manage sugarbeet storage pathogens.
The impact of sugarbeet variety mixtures on the epidemiology of Cercospora leaf spot.
Chromosome One QTLs associated with response to bacterial leaf spot in Beta vulgaris.
Development of a mid-density AgriSeq genotyping chip for sugar beet and its relatives.
Simulated canopy loss due to Cercospora leaf spot.
Using nanoparticles to enhance fungicide efficacy for management of Cercospora leaf spot of sugar beet.
Always on the watch: supplementing networks with technology to monitor changing sugar beet pathogen and pest composition and distribution.
Development of a greenhouse screening assay to evaluate sugar beet germplasm for resistance to Beet Curly Top virus (BCTV).
Characterization of pathogens causing leaf spot diseases of sugarbeet in Michigan.
Maximizing operational efficiency – A study into proper valve technology selection for critical sugar processing applications.
Process development of beet sugar factories: Masterplan for the reduction of fossil energies based on technology improvements.
Dimple tube technology – An innovation to improve vacuum pan throughput and factory efficiency.
Identification of bacterial isolates from North American sugar beet factories and determination of optimal lab-scale antimicrobial dosing.
First results in online NIR technology for the beet processing at Pfeifer & Langen.
A study for the chemical markers of Pseudomonas punonensis.
The ability for realtime measurement of sugarbeet quality on the cossette belt.
Decarbonizing sugar production through advancements in heat exchange technology.
Advancing industrial processes with innovative chromatography solutions.
Non-sugar driven, automated milk of lime flow control.
Efficient operations management at sugar factories with a focus on industrial separators.
Integration of SugarsTM Process Simulation Data into dataPARC visualization and analytics.
Refractory lining – A key component for lime kilns.
Assessment of sucrose solubility in American Crystal Sugar Company’s Technical Sucrose Solutions.
Quantitative analysis of sucrose, raffinose, and moisture content in sugar beets utilizing hyperspectral imaging and advanced machine learning techniques.
Experiences from automated centrifuge wash water control.
Pond odor control 101: Practical solutions for retention pond odor management in sugar beet processing.
Split & dual continuous pans – Design aspects for maximizing the benefit to sugar mills.
Membrane-based no-waste extract decolorization process.
Improved energy usage of continuous crystallisation with vapour compression.
Sustainability and energy efficiency in United States beet sugar processing.
Experiences with the installation of new gas boiler and turbine/generator at Western Sugar Cooperative, Scottsbluff location.
Reduction in Energy consumption by maximizing the dry substance of the beet pulp leaving your Beet pulp press – Long term case history from Süd Zucker.
Functional equivalent of a direct discharge – Do discharges to ground water at your facility require an NPDES Permit?
Minimizing the carbon footprint of the Billings factory.
Measurement and mitigation strategies for elevated viscosities resulting from microbes present in sugar beet processing.
Sensors in beet processing.
Biodegradable and sustainable antifoam based on modified cellulose.
Helping sugar companies understand incoming sugarbeet quality.
Recovery of acetoin, a chemical pre-curser and produced via fermentation of sugar beet extract, using solvents.
Importance of gassing slot sizing on carbonation gas absorption: A computational approach.
Minimizing volume-weighted mean of seed crystal fondant by optimizing operation of Sweco Ball Mill.
Energy savings through fine filtration of high brix standard liquor.
Centrifuge control ensures operational safety: state of the art.
Evaluation of metamitron safety and weed control based on 2024 Emergency Use Label.
Forty years of kochia (Bassia scoparia) control with herbicides in sugar beet.
Rinskor provides selective broadleaf weed control in sugarbeet.
When do sugar beets in Alberta grow the fastest?
Introducing Rinskor herbicide: Development of a new postemergence tool for managing weeds in sugar beet.
Challenges in the transition to a new analytical process for sugarbeet quality analysis.
Sprinkler irrigation versus furrow irrigation for emergence and yield in the Imperial Valley of California.
Intellectual property in the US: Fostering innovation through R&D.
Manipulating sugar beet plant population to compensate for high nitrogen fertility in southern Minnesota.
Transcriptomic, metabolomic, and physiological changes occurring in stored sugarbeet roots.
Alternatives to chlorpyrifos for sugarbeet production in the Imperial Valley of California.
Growing and feeding sugarbeets to dairy cows in the San Joaquin Valley of California.
Study of storage pathogens and bacterial contamination in sugarbeet processing facilities.
Cover crop N effects are different for subsequent sugar beet and maize.
Optimum potassium supply increases early sugar beet growth and autumn yield.
Nitrogen application rate and timing in the Imperial Valley of California.
Reinventing common ragweed control with clopyralid in sugarbeet.
Soil fertility management for Zea mays grown after unharvested Beta vulgaris in southern Minnesota.
Sugarbeet variety selection for high nitrogen soils.
The impact of soil sampling timing on soil test results.
Phosphorus deficiency symptoms in Idaho sugarbeet.
Static Nitrogen: Evaluating an alternative method for determining nitrogen requirement in sugarbeet.
Dicamba and glufosinate integrated with soil residual and POST herbicides improves control of GR weeds in sugarbeet.
Nitrogen and irrigation effects on sugar beet emergence.
Changing fertilizer strategies to address new challenges in sugarbeet management: Early harvest, varietal differences, and sugar quality.
Michigan State University’s experiences managing glyphosate-resistant waterhemp in sugarbeet.
Economic value of nutrients in sugarbeet processing precipitated calcium carbonate.
Effects of sugarbeet processing precipitated calcium carbonate on crop production and soil properties.
Mitigating drought impact through variety improvement.
Changing the sugar beet cropping system in Iran, from spring to autumn in order to increase water productivity.
Herbicide carryover in sugarbeet – an assessment.
Genetic variability creates difficulties in scalping research trials.
Investigating the impact of clover and radish cover crops on sugarbeet yield in a sugarbeet cyst nematode environment.
Our experiences with acifluorfen in sugarbeet.
Effect of potassium acetate on sugar beets late season plant health.
How to produce a representative sugarbeet sample.
Achieving the same prediction quality on different NIR spectrometers.
Sugarbeet tolerance to acifluorfen (Ultra Blazer) in Michigan.
Crop residue accumulation and nutrient stratification near the soil surface in tilled and direct-seeded sugarbeet cropping systems.
Cake & precoat filtration – Evaluating influences of increased backwash efficiency on cloth lifetime.