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2025 Biennial Meeting, Long Beach, CA
Posters
- 1_Alder_Response of sugar beet to group 15 herbicides applied pre or delayed preemergence.
- 2_Alder_Impact of herbicide carryover and drift on sugar beet yield and a decision-making guide for growers experiencing impact from non-target herbicide effects.
- 3_Alder_Amaranthus palmeri survey, confirmation, and resistance testing in Idaho and Oregon sugar beet growing regions.
- 4_Miller_Ethofumesate controls amarnthus spp. preemergence in sugarbeet.
- 5_Peters_Reevaluating common ragweed control in sugarbeet in Minnesota and North Dakota
- 6_Baensch_Weeds, catch crops and flower strips as potential risk for virus yellows transmission in sugar beet.
- 8_Burt_Impact of defoliation timing.
- 9_Ekelöf_Quick tests for sguar beet respiration.
- 10_Ekelöf_Modelling the sugar beet storage environment.
- 11_Jolene_Evaluation of root firmness and cell wall components in sugarbeet lines for reducing sugar loss during post-harvest piling storage.
- 12_Barkan_Identification of genomic regions associated with root respiration rate during post-harvest cold storage.
- 13_Majumdar_Post-harvest application of atmospheric air cold plasma improves storage quality of sugar beet roots through alteration of microbiome and sugar metabolism.
- 14_Findlay_A remote sensing approach to measuring in-season canopy cover percentage of sugarbeets.
- 15_Findlay_Innovative extension using epoxy resin displays and time lapse photography.
- 17_Searle_Variations in stand counts affecting sugar beet yield and quality.
- 18_Steinke_Finding the "sweet" spot: Nitrogen strategies for variable sugarbeet harvest timings.
- 19_Steinke_Sugarbeet yield and recoverable sucrose response to intensive nutrient management.
- 20_Hege_Soil moisture sensor evaluation in Idaho sugarbeets.
- 21_Olsen_A comparison of different fertility programs.
- 22_Olsen_Phosphorus - Testing our adequacy thresholds.
- 23_Tarkalson_The case for static range nitrogen management in Northwest U.S. sugarbeet production.
- 24_Tarkalson_Sugarbeet processing precipitated calcium carbonate lime effects on a crop rotation and soil properties: Sites 2 and 3.
- 25_Anfinrud_Development of a rapid seedling assay for evaluating sugar beet Fusarium tolerance.
- 27_Naegele_Development of a mid-density AgriSeq genotyping chip for sugar beet and its relatives.
- 28_Back_Exploration of secondary metabolites as biocontrol agents against sugar beet disease.
- 30_Bill_Evaluating the efficacy of essential oils and botanical extracts to manage sugarbeet storage pathogens.
- 31_Desprez_Exploring genetic structure and diversity of breeding material producing three-way hybrids in sugar beet: impacts on male-female differentiation, and genome-wide patterns.
- 34_Hansen_Screening root maggot lines/hybrids for genetic tolerance.
- 35_Eide_Abiotic factors affecting accumulation of betaine in sugarbeet leaves and roots.
- 36_Ebmeyer_SBR and RTD - A new threat challenging breeding and agronomy in sugarbeet cultivation in Europe.
- 37_Weedon_Characterization of pathogens causing leaf spot diseases of sugarbeet in Michigan.
- 38_Peterson_Always on the watch: supplementing networks with technology to monitor changing sugar beet pathogen and pest composition and distribution.
- 39_Branch_Impact of fungicide application timing on Cercospora beticola latent infection, symptom development, and fungicide resistance profiles during the growing season.
- 40_Chanda_Rotating DMI fungicides within spray programs to manage Cercospora beticola in sugar beet.
- 42_Hendershot_Evaluation of Cercospora leaf spot and post-harvest handling on sugarbeet storage.
- 43_Neher_Simulated canopy loss due to Cercospora leaf spot.
- 44_Neubauer_Using nanoparticles to enhance fungicide efficacy for management of Cercospora leaf spot of sugar beet.
- 45_Kim_Non-toxic CLS disease control fo sugar beet using hot water.
- 47_Morrison_Chromosome one QTLs associated with response to bacterial leaf spot in Beta vulgaris.
- 50_Rotarov_Importance of gassing slot sizing on carbonation gas absorption: A computational approach.
- 52_Lehnberger_Centrifuge control ensures operational safety: state of the art.
- 53_Moritz_Minimizing volume-weighted mean of seed crystal fondant by optimizing operation of Sweco Ball Mill.
- 54_Sedov_Biodegradable and sustainable antifoam based on modified cellulose.
- 55_Burkhardt_Sensors for beet processing.
Section A: Agronomy
- Feb26-820_Mettler_Ntirogen fertilizer management for Beta vulgaris in southern Minnesota.
- Feb26-840_Olsen_High nitrogen and variety performance.
- Feb26-900_Regitnig_Early season UAN applications in sugar beets.
- Feb26-940_Tarkalson_Manure legacy effects on sugarbeet production and quality.
- Feb26-1020_Kniss_Forty years of kochia (Bassia scoparia) control with herbicides in sugar beet.
- Feb26-1040_TeyeDoku_Stale seedbed for weed management in sugar beet.
- Feb26-1100_Wright_Effect of cover crop presence on herbicide efficacy.
- Feb26-1120_Aberle_Kochia control with Phenmedipham in sugarbeet.
- Feb26-1320_Escalon_United Beet Seeds (UBS): A joint venture that forms a strong and reliable player in the sugar beet industry.
- Feb26-1340_Akuoko_Evaluation of metamitron safety and weed ctonrol based on 2024 emergency use label.
- Feb26-1400_Lawrence_Evaluation of EcoRobotix green-on-green herbicide sprayer in sugarbeet.
- Feb26-1420_Boetel_Artificial intelligence-based insect traps for monitoring sugarbeet root maggot fly activity.
- Feb26-1440_Wenninger_Mass trapping of adult sugar beet root maggot flies using pheromone-lure-baited bucket traps.
- Feb27-800_Buitrago-Acosta_Effects of post-harvest cold storage in bolting and disease susceptibility (Botrytis cinerea and Fusarium gramminearum) in sugar beet roots.
- Feb27-820_Ekelöf_Advances in sugar beet storage systems in Nordic countries: A decade of research and development.
- Feb27-840_Fugate_Storage conditions and plant genetics affect sugar transporter gene expression with likely effects on postharvest sucrose losses.
- Feb27-900_Kandel_Low concentration of chlorine dioxide gas reduced invert sugars and raffinose accumulation in postharvest sugarbeet roots.
- Feb27-920_Nkanpira_Identification of volatile organic compounds as biomarkers for early detection of storage rots in sugar beets.
- Feb27-940_Groen_Methods of collecting temperature of sugar beet storage piles at Southern Minnesota Beet Sugar Cooperative for research purposes.
- Feb27-1020_Anderson_How does simulated hail damage timing affect sugar beet root yield and quality?
- Feb27-1040_Peters_Simulated hail timing and severity on sugarbeet root yield and sucrose content.
- Feb27-1100_Bloomquist_Reducing late rot in Imperial Valley sugar beet production using variety tolerance and irrigation.
Section B: PPG
- Feb26-900_Majumdar_Identification of genomic regions associated with Beet curly top virus resistance in the sugar beet double haploid line, KDH4-9.
- Feb26-920_Chu_Exploring gene sources for sustainable improvement of sugarbeet.
- Feb26-940_Klink_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.
- Feb26-1020_Laudinat-Maupas_Finding solutions against viral yellows in Europe without phytosanitary products.
- Feb26-1100_Kuroda_Speed breeding practices in sugar beet: An application to Yellowing disease resistant breeding.
- Feb26-1120_Lennefors_Virus Yellows resistant/tolerant varieties for sustainable sugar beet production, when seed treatments are banned.
- Feb26-1320_Hanson_Several faces of Colletotrichum on sugar beet.
- Feb26-1340_Tschoep_Breeding for genetic tolerances against leaf diseases based on a unique, combined gene pool.
- Feb26-1440_Kim_Unmanned aerial vehicle-based high-throughput phenotyping in sugar beet fields.
- Feb27-800_Secor_Seasonal spore production, germination and fungicide resistance shifts of Cercospora beticola in commercial sugar beet fields.
- Feb27-820_Wyatt_Incorporating disease onset indicators for Cercospora leaf spot risk modeling and fungicide application management.
- Feb27-840_Chanda_Strategies for successful management of Cercospora leaf spot and emerging foliar diseases in sugar beet.
- Feb27-900_Guza_Evaluating BEETcastTM, a disease forecasting model, for timing fungicide sprays with CR+TM varieties.
- Feb27-920_Willbur_Characterization of Cercospora beticola populations to support integrated Cercospora leaf spot managmeent approaches in Michigan.
- Feb27-1040_Christenson_The sugarbeet phyllosphere harbors bacteria capable of inhibiting Cercospora beticola, the causal agent of Cercospora leaf spot.
- Feb27-1100_Jaswal_Decoding the biotrophic phase of Cercospora beticola through functional characterization of effectors.
Section C: Processing
- Feb26-820_Baker_Maximizing operational efficiency - A study into proper valve technology selection for critical sugar processing applications.
- Feb26-840_Buschette_A study for the chemical markers of Pseudomonas punonensis.
- Feb26-900_Schofield_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.
- Feb26-920_DeBruler_Non-sugar driven, automated milk of lime flow control.
- Feb26-1020_Nelson_Pond odor control 101: Practical solutions for retention pond odor managment in sugar beet processing.
- Feb26-1040_Ring_Sustainability and energy efficiency in United States beet sugar processing.
- Feb26-1100_Rurgoden_Experiences with the installation of new gas boiler and turbine/generator at Western Sugar Cooperative, Scottsbluff location.
- Feb26-1120_Peacock_Membrane-based no-waste extract decolorization process.
- Feb26-1320_Kobrinsky_Assessment of sucrose solubility in American Crystal Sugar Company's Technical Sucrose Solutions.
- Feb26-1340_Nielsen_Experiences from automated centrifuge wash water control.
- Feb26-1420_Popov_Improved energy usage of continuous crystallization with vapor compression.
- Feb26-1440_Bezuidenhoudt_Dimple tube technology - An innovation to improve vacuum pan throughput and factory efficiency.
- Feb27-800_Gaudet_Efficient operations management at sugar factories with a focus on industrial separators.
- Feb27-820_Charbonneau_Advancing industrial processes with innovative chromatography solutions.
- Feb27-840_Sinner_Functional equivalent of a direct discharge - Do discharges to groundwater at your facility require and NPDES Permit?
- Feb27-940_IvannaMojoko_Quantitative analysis of sucrose, raffinose, and moisture content in sugar beets utilizing hyperspectral imaging and advanced machine learning techniques.
- Feb27-1020_Kahre_Integration of SugarsTM Process Simulation Data into dataPARC visualization and analytics
- Feb27-1040_Caskey_Decarbonizing sugar production through advancements in heat exchange technology.
- Feb27-1100_Smejkal_Process development of beet sugar factories: Masterplan for the reduction of fossil energies based on technology improvements.