#1 |
A holistic understanding of Australian co-created cellar door experiences from staff and consumer perspectives |
Genevieve d'Ament, Charles Sturt University |
#2 |
If NZ can do it, why can’t Australia? |
Rob Bramley, CSIRO |
#3 |
Market concerns towards vineyard nanotechnology use |
Nikolai Siimes, University Of Auckland |
#4 |
Wine traceability technology and anti-counterfeiting – adoption, best practice, and future directions |
Irma Dupuis, The University Of Newcastle |
#5 |
No and Low Alcohol Wine – Consumer Insights |
Wes Pearson, The Australian Wine Research Institute |
#7 |
Photoselective shading: Implications from Riesling bunch zone light manipulation using different coloured shade cloth |
Josh Hixson, The Australian Wine Research Institute |
#8 |
Potassium transport in ripening Shiraz grape berries investigated by electric potentials and gene expression |
Yin Liu, Charles Sturt University |
#10 |
Factors affecting the efficacy of vineyard techniques used to delay sugar accumulation |
Pietro Previtali, The University Of Adelaide |
#11 |
Understanding the relationship between rates of sugar accumulation and aroma composition of Cabernet Sauvignon grapes |
Pietro Previtali, The University Of Adelaide |
#12 |
The @EcoVineyards program is helping to enhance functional biodiversity and resilience in vineyards across SA |
Mary Retallack, Retallack Viticulture Pty Ltd |
#13 |
Prime real estate: Biochar makes great homes for soil microbes to get busy transforming nitrogen! |
Kate Kingston, Griffith University |
#14 |
Factors influencing intention to adopt spatial approaches to experimentation: insights from the Australian winegrape sector |
Xinxin Song, Tasmanian Institute of Agriculture |
#15 |
Effect of application of Kaolin and pinolene on grape berry cell death and shrivel |
Lishi Cai, The University Of Adelaide |
#16 |
How heatwaves kill grape berry cells |
Lishi Cai, The University Of Adelaide |
#17 |
Impacts of climate variability and change on the timing of budburst across Australian wine regions |
Cindy Liles, University Of Newcastle |
#18 |
How do light and temperature influence grapevine bud fruitfulness: a comparative transcriptome analysis? |
Xiaoyi Wang, The University Of Adelaide |
#19 |
Vineyard floor management across landscapes effects soil carbon, water infiltration and plant communities |
Merek Kesser, The University Of Adelaide |
#21 |
Towards a predictive model of berry cell death and shrivel based on berry physiology. |
Stephen Tyerman, The University Of Adelaide |
#22 |
How multi-criteria analysis climate modelling could be used to influence Chardonnay winegrape production in NSW |
Darren Fahey, NSW Department of Primary Industries |
#23 |
Cover crops, carbon stocks and decomposition - a view from under the vine. |
Joseph Marks, The University Of Adelaide |
#24 |
Whole genome assembly and annotation of 140 Ruggeri: A fundamental framework to future rootstock breeding |
Andres Zhou-Tsang, ARC Training Centre For Innovative Wine Production - University of Adelaide |
#25 |
Wine Industry Smoke Detection System for Early Warning of Smoke Taint Risk in Wine. |
Ian Porter, La Trobe University |
#26 |
The Impact of Climate Change on the Australian Wine Industry |
German Puga, University of Adelaide |
#27 |
Recommendations for best practice management of fire damaged vineyards |
Richard Hamilton, Hamilton Viticulture |
#28 |
Re-establishing fire damaged vineyards – Considerations of future opportunity and indicative costs |
Richard Hamilton, Hamilton Viticulture |
#29 |
‘Everything we do now is to make the vines healthier‘ |
Anne Johnson, Charles Sturt University |
#30 |
An image library of the visual symptoms of grapevine nutrient disorders |
Tintu Baby, Charles Sturt University |
#31 |
An Australian wine grape phenology model |
Dane Thomas, South Australian Research and Development Institute |
#32 |
Towards abiotic stress tolerance in grapevine: volatile-mediated defence priming under drought stress |
Joanah Midzi, University Of Adelaide |
#34 |
Non-chemical weed management using an autonomous tractor |
Wen-Hsiang (Denny) Hsieh, The Australian Wine Research Institute |
#35 |
A clone by any other name; The genetics of grapevine clonal identity |
Anthony Borneman, The Australian Wine Research Institute |
#36 |
Genetic origin of the Gingin clone in Australia |
Anthony Borneman, The Australian Wine Research Institute |
#37 |
Modelling the potential of vineyard management practices to counteract heatwaves |
Marcos Bonada, South Australian Research and Development Institute |
#38 |
Managing irrigation in vineyards during dry winters and springs |
Marcos Bonada, South Australian Research and Development Institute |
#39 |
Assessing the components of vineyard evapotranspiration in the Barossa Valley |
Vinod Phogat, South Australian Research and Development Institute |
#41 |
Bio-acidification of wines with Lachancea thermotolerans |
Alana Seabrook, LAFFORT |
#43 |
Impact of SO₂ addition on microbial diversity and colour in uninoculated commercial rose fermentations |
Emma Snyder, Chalmers Wines |
#45 |
Kickstarting sticky ferments – check that VA! |
Eveline Bartowsky, Lallemand Oenology Australia |
#46 |
Hanseniaspora vineae, a unique fermentative non-Saccharomyces yeast for the improvement and diversification of wine profiles |
Blandine Lefol, Oenobrands |
#47 |
Strain-Specific Responses by Saccharomyces cerevisiae to Competition by Non-Saccharomyces Yeasts |
Cristobal Onetto, The Australian Wine Research Institute |
#48 |
Do bacteriophage influence malolactic fermentation? |
Zhecun Xu, The University of Adelaide |
#49 |
Selection of lactic acid bacteria for efficient malolactic fermentation in the presence of sulfur dioxide |
Yingxin Liu, The University of Adelaide |
#50 |
Help us to help you! A survey of wine microbiology in Australian wineries |
Jennie Gardner, The University Of Adelaide |
#51 |
Selection of yeasts and fermentation conditions for the production of Sauvignon Blanc |
Selena Henshall, Lesaffre Australia Pacific (Fermentis) |
#52 |
Keep cool and carry on – Improved MLF |
Krista Sumby, The University of Adelaide |
#53 |
Realise the rewards of a diverse fermentation with less risk |
Krista Sumby, The University of Adelaide |
#54 |
New solutions to tartrate instability in white wines |
Agnieszka Mierczynska-Vasilev, The Australian Wine Research Institute |
#55 |
Novel winemaking microbes for your tool kit |
Jin Zhang, The University Of Adelaide |
#56 |
Broadening your winemaking yeast portfolio: Identification of a SO2 tolerant non-Saccharomyces |
Natalia Caliani, The University of Adelaide |
#57 |
ACIDIC and DEMALIC Saccharomyces cerevisiae strains for managing acidity during alcoholic fermentation. |
Alana Seabrook, LAFFORT |
#58 |
Assessment of O2 consumption, a new tool to select bioprotection yeast strains |
Alana Seabrook, LAFFORT |
#59 |
Wild wine: DNA profiling microbial communities during wine fermentation |
Anthony Borneman, The Australian Wine Research Institute |
#60 |
Predictable alterations in non-Saccharomyces yeasts in wild ferments through the addition of sulphur dioxide |
Anthony Borneman, The Australian Wine Research Institute |
#62 |
Prediction and prevention of calcium tartrate precipitation |
Darko Obradovic, Enartis Pacific P/l |
#63 |
SO2-production potential and early, transient acetaldehyde formation by Saccharomyces cerevisiae: implications for Oenococcus oeni co-fermentation |
Peter Costello, The Australian Wine Research Institute |
#64 |
Oenococcus oeni and SO2 stress: transcriptomic analysis reveals how this bacterial species responds to SO2 |
Peter Costello, The Australian Wine Research Institute |
#65 |
Malolactic starter performance during co-fermentation with SO2-producing yeast: early, transient acetaldehyde formation a key regulator |
Peter Costello, The Australian Wine Research Institute |
#66 |
Float or Sink? The effect of flotation and cold-settling on wine non-volatiles, taste and mouthfeel |
Richard Gawel, The Australian Wine Research Institute |
#67 |
CO2 evolution in the wine glass: Implications for winemakers and consumers. |
Richard Gawel, The Australian Wine Research Institute |
#68 |
The role of lactones and monoterpenes in the flavour of sweet white dessert wines |
Sheridan Barter, The Australian Wine Research Institute |
#69 |
How do tannins clean up stinky wine? |
Marlize Bekker, The Australian Wine Research Institute |
#70 |
Sneaky Stinkies: The challenges associated with analysing volatile sulfur compounds |
Marlize Bekker, The Australian Wine Research Institute |
#71 |
How do tannins clean up stinky wine? |
Marlize Bekker, The Australian Wine Research Institute |
#72 |
Rachis segmentation reveals variation of 3-isobutyl-2-methoxypyrazine in vitis vinifera L. cv Cabernet Sauvignon and Shiraz: Implications for managing wine flavour |
Ross Sanders, ARC Training Centre for Innovative Wine Production |
#73 |
ProTone to reduce berry size variation and improve colour in red wines. |
Doug Paton, Sumitomo Chemical Australia |
#74 |
“ACE” your Shiraz or Sauvignon blanc wine aroma |
Xingchen Wang, The University Of Adelaide |
#75 |
Moderating final wine parameters for ‘water addition’ treated Shiraz wines with Accentuated Cut Edges approach |
Billy Xynas, The University Of Melbourne |
#76 |
Modulation of volatile thiol release during fermentation of red musts by wine yeast |
Toni Garcia Cordente, The Australian Wine Research Institute |
#77 |
Measuring elemental sulfur in juice in relation to varietal thiol formation in Sauvignon Blanc wines. |
Bahareh Sarmadi, The University Of Auckland |
#78 |
Australian consumer acceptance and sensory profiling of red wines produced from non-traditional red grape varieties |
Laura Mezei, The University Of Adelaide |
#79 |
Good sensory practices for assessing wines made from smoke-exposed fruit. |
Eleanor Bilogrevic, The Australian Wine Research Institute |
#80 |
The consumer response to smoke flavour in wine |
Eleanor Bilogrevic, The Australian Wine Research Institute |
#81 |
Grape and wine composition in a warming world - how rising temperatures will impact composition |
Joanna Gambetta, CSIRO |
#82 |
Can the varietal 'apricot' aroma of Viognier wine be controlled in the vineyard? |
Tracey Siebert, The Australian Wine Research Institute |
#83 |
Struck flint aroma in Chardonnay wines: what causes it and how much is too much? |
Tracey Siebert, The Australian Wine Research Institute |
#84 |
How do pH, titratable acidity and acid composition impact the temporal profile of wine mouthfeel? |
Shaoyang Wang, The University Of Queensland |
#85 |
Kazachstania spp.: A non-Saccharomyces yeast to enhance fruity and floral aromas in wine |
Mandy Lin, The University Of Adelaide |
#86 |
Influencing tropical thiol concentration in white wine by combining foliar sprays and yeast selection. |
Mark Solomon, The Australian Wine Research Institute |
#87 |
The influence of amino acids on the in-mouth sensory properties of red wine |
Damian Espinase Nandorfy, The Australian Wine Research Institute |
#88 |
Using new compositional targets with experimentally designed blending to improve warm inland Cabernet Sauvignon flavour. |
Damian Espinase Nandorfy, The Australian Wine Research Institute |
#89 |
Compositional correlations with the sensory properties and consumer preference of various styles of Chardonnay |
Damian Espinase Nandorfy, The Australian Wine Research Institute |
#90 |
Pre-fermentative fining influence on oxygen consumption rate, oxidation susceptibility and electrochemical characteristics of white musts |
Alana Seabrook, LAFFORT |
#91 |
Effect of the addition of mannoproteins on foam stability in Rosé sparkling wine. |
Alana Seabrook, LAFFORT |
#92 |
Influence of must fining on wine pinking: relationship between electrochemical and colorimetric measurements and pinking |
Alana Seabrook, LAFFORT |
#93 |
Effects of compositional factors on consumer perception of body in commercial low-alcohol red wines |
Natalja Ivanova, The University of Adelaide |
#94 |
Factors affecting the formation and preservation of ‘struck flint’ aroma in wine |
Marlize Bekker, The Australian Wine Research Institute |
#95 |
Producer friendly colour analysis of Pinot noir berries |
Muriel Yvon, The New Zealand Institute for Plant and Food Research Limited |
#96 |
Monoterpenes and C13-norisoprenoids in aged white wines |
Flynn Watson, The Australian Wine Research Institute |
#97 |
Exploring the varietal effect of flavour precursors derived from grape marc on wine flavour |
Lisa Pisaniello, The Australian Wine Research Institute |
#98 |
Increased late-season heat and its effect on overripe-related compounds in Barossa Shiraz |
Jana Hildebrandt, The Australian Wine Research Institute |
#99 |
Unravelling the aroma of overripe Shiraz grapes |
Jana Hildebrandt, The Australian Wine Research Institute |
#100 |
Choosing the right carbon for remediating smoke-affected juice and wine |
Julie Culbert, The Australian Wine Research Institute |
#101 |
Influences of Rootstock on the Performance of Pinot Noir Part 2. Berry and Wine Composition |
Yipeng Chen, The University Of Melbourne |
#102 |
Can smoke tainted wine be transformed into spirit via distillation? |
Kerry Wilkinson, The University Of Adelaide |
#103 |
Detecting grapevine viral diseases using remote sensing hyperspectral images and machine learning techniques |
Yeniu (Mickey) Wang, The University of Adelaide |
#104 |
Susceptibility of pruning wounds to grapevine trunk disease pathogens in the Adelaide Hills |
Mark Sosnowski, South Australian Research & Development Institute |
#105 |
Spring pruning wounds are susceptible to grapevine trunk disease pathogens |
Mark Sosnowski, South Australian Research & Development Institute |
#106 |
Dispersal patterns of grapevine trunk disease pathogen spores in Australian vineyards |
Mark Sosnowski, South Australian Research & Development Institute |
#107 |
Increasing shoot growth incidence following remedial surgery |
Mark Sosnowski, South Australian Research & Development Institute |
#108 |
Rapid detection of Eutypa and Botryosphaeria dieback pathogens using loop mediated isothermal amplification (LAMP) assays |
Mark Sosnowski, South Australian Research & Development Institute |
#109 |
Can adjuvants improve fungicide wound coverage and control of eutypa dieback? |
Mark Sosnowski, South Australian Research & Development Institute |
#110 |
National survey and the genetic diversity of grapevine Pinot gris virus in Australia |
Kamalpreet Kaur, Agriculture Victoria |
#111 |
Genetic diversity of Eutypa dieback in Australia |
Cristobal Onetto, The Australian Wine Research Institute |
#112 |
Resistant grapevines produce anthocyanins to control scale insects |
Paul Cooper, The Australian National University |
#113 |
Thousands of Grapevine virus A Variants Exist in Grapevines |
Qi Wu, The University of Adelaide and The Australian Wine Research Institute |
#114 |
Vines, Wines and Microbiomes: The Impact of the Fungicides on the Phyllosphere Microbiomes of Grapevines |
Brady Welsh, The University Of Adelaide |
#115 |
Grapevine trunk disease detection and mapping using edge computing |
Olivia Yem, The University of New South Wales |
#116 |
In-container evaluation of ethanol content with terahertz technology |
Harrison Lees, University Of Adelaide |
#117 |
Beyond volatile phenols: revealing additional markers of smoke taint in grapevines |
Colleen Szeto, University Of Adelaide |
#118 |
A new age for sulfur dioxide testing |
Carly Gamble, Vintessential Laboratories |
#119 |
Volatile analysis of Botrytis contaminated grapes using headspace solid phase microextraction GC-MS |
Liang Jiang, Charles Sturt University |
#120 |
Rapid and direct detection of wine taints and faults using plasma-based ambient mass spectrometry |
Morphy Dumlao, Gulbali Institute, Charles Sturt University |
#121 |
New insights on how white and red wine composition affects cold instability |
Keren Bindon, The Australian Wine Research Institute |
#122 |
Taking the smoke out: winemaking remediation options for smoke-affected juice and wine |
Julie Culbert, The Australian Wine Research Institute |
#123 |
Reductive development of white wine during bottle aging: Time-line of production from specific Cu fractions |
Xinyi Zhang, Gulbali Institute |
#124 |
Cu-organic acids in red wine after bottling: A time-line for inhibition of reductive aroma compounds |
Xinyi Zhang, Gulbali Institute |
#125 |
Variability of alcohol trends for different varieties of Australian wine |
Kieran Hirlam, The Australian Wine Research Institute |
#126 |
Comparative performance of 18 laboratories in the measurement of smoke impact markers |
Kieran Hirlam, The Australian Wine Research Institute |
#127 |
Understanding the variability of juice extraction methods for quality analysis |
Kieran Hirlam, The Australian Wine Research Institute |
#128 |
Comparison of commonly used analytical methods for the analysis of alcohol content in wine |
Simone Madaras, The Australian Wine Research Institute |
#129 |
Comparison of analytical techniques for ethanol content of low and no alcohol wines |
Laura Bey, The Australian Wine Research Institute |
#130 |
Effects of six commercial Oenococcus oeni cultures on volatile smoke-taint compounds during Malolactic Fermentation |
Duncan Hamm, Chr. Hansen A/s |
#131 |
Up in Smoke: Smoke Tainted Fruit for Brandy Production |
Hugh Holds, The University Of Adelaide |
#132 |
Inhibition of Oenococcus oeni during alcoholic fermentation by a selected Lactiplantibacillus plantarum strain |
Anne-Claire Bauquis, Chr. Hansen France SAS |
#133 |
Does pre-veraison smoke exposure of vineyards affect wine flavour? |
Maddy Jiang, The Australia Wine Research Institute |
#134 |
Zeolitic imidazolate framework-8 (ZIF-8) as alternative adsorbent material in detecting volatiles from wine and grapes |
Morphy Dumlao, Gulbali Institute, Charles Sturt University |
#135 |
Is your wine attracting flies on purpose? |
Shailja Mishra, The University of Adelaide |
#136 |
Using selective Bioprotection to transport fruit in Australia |
Alana Seabrook, LAFFORT |
#137 |
How have the smoke exposed wines from 2020 changed over the last two years? |
Mango Parker, The Australian Wine Research Institute |
#138 |
Smoke flavour: linking chemical composition and sensory properties in smoke affected wines |
Mango Parker, The Australian Wine Research Institute |
#139 |
The development of the predictive testing method for canned wines |
Wen-Hsiang (Denny) Hsieh, The Australian Wine Research Institute |
#140 |
Activated carbon fabric: a promising vineyard-based strategy for mitigating smoke taint |
Kerry Wilkinson, The University Of Adelaide |
#141 |
Can molecularly imprinted polymers (MIPs) remediate smoke-affected juice and wine? |
Kerry Wilkinson, The University Of Adelaide |
#142 |
Predicting a product’s shelf-life |
Kieran Hirlam, The Australian Wine Research Institute |
#143 |
Comparison of rapid detection of Brettanomyces in Australian wines using flow-cytometry and PCR based methods. |
Caroline Bartel, The Australian Wine Research Institute |
#144 |
Can grapes (and wine) be tainted by smoke from stubble burning? |
Kerry Wilkinson, The University Of Adelaide |
#145 |
Ultrafiltration: a novel approach to managing phenolics and protein in white wine |
Yihe Sui, ARC Training Centre For Innovative Wine Production |
#146 |
Potential benefits of applying high power ultrasonics to winemaking processes |
Andrew Yap, Wine Ultrasonics Australia Pty Ltd |
#147 |
Phycosol- a novel and integrated approach for sustainable winery wastewater treatment for enhancing circular economy - a novel and integrated approach for sustainable winery wastewater treatment for enhancing circular economy |
Praveen Kuppan, The University Of Newcastle |
#148 |
An innovative approach to differentiated Cabernet Sauvignon wine styles using flash détente |
Richard Ntuli, E & J Gallo Winery |
#149 |
Colour Stability of Rubired Concentrates: Comparing Flash Détente and Traditional Extraction Processes |
Richard Ntuli, E & J Gallo Winery |
#150 |
Compositional consequences of ultrafiltration treatment of red and white wine |
Kerry Wilkinson, The University Of Adelaide |
#151 |
Getting the most out of canned wine |
Kieran Hirlam, The Australian Wine Research Institute |