#1 |
Transformation evaluation of wine industry waste and potential routes to market |
Kieran Hirlam, The Australian Wine Research Institute |
#2 |
Teaching the Wine Consumer of the Future; the Total Immersion Theory |
Christopher Barnes, The University of Melbourne |
#3 |
Orientation and temperature cycling impacts on the oxygen transmission rate of wine closures |
Kieran Hirlam, The Australian Wine Research Institute |
#4 |
Library and information services for the Australian grape and wine industry |
Michael Downie, The Australian Wine Research Institute |
#5 |
Online atlas of climate information for the Australian wine regions |
Bec Harris, University Of Tasmania |
#6 |
NSW DPI VineWatch |
Adrian Englefield, NSW Department of Primary Industries |
#7 |
Vine Nutrition: A Diagnostic Smartphone App for Vine Nutritional Disorders |
Tintu Baby, National Wine and Grape Industry Centre, Charles Sturt University |
#8 |
Which grapevine rootstock performs the best for Mornington Peninsula Pinot Noir? |
Pangzhen Zhang, The University of Melbourne |
#9 |
Grapes could suffocate in drought |
Zeyu Xiao, NWGIC, Charles Sturt University |
#10 |
A smartphone based system to assess grapevine water status |
Paul Petrie, SARDI |
#11 |
Growing Super Sangiovese in the King Valley |
Joel Pizzini, Pizzini Wines |
#12 |
Manipulating ripening with the use of antitranspirants. |
Darren Fahey, NSW Department of Primary Industries |
#13 |
Rootstock and bunch position effects on Shiraz berry cell death and shrivel. |
Stephen Tyerman, The University of Adelaide |
#14 |
Are phenology models developed with European and US data useful in Australia? |
Paul Petrie, SARDI |
#15 |
Managing irrigation during dry winters to sustain yield and wine styles |
Marcos Bonada, PIRSA - SARDI |
#16 |
Vascular anatomy of grape berries |
Zeyu Xiao, NWGIC, Charles Sturt University |
#17 |
When do grapes stop accumulating sugar? |
Paul Petrie, SARDI |
#18 |
Exploring a simple-strip approach to vineyard experiments for understanding spatial variation in treatment response |
Xinxin Song, Tasmanian Institute of Agriculture |
#19 |
Influence of canopy management on grapevine reproductive performance |
Xiaoyi Wang, The University of Adelaide |
#20 |
Can we assess vine starch status non-destructively? |
Jo Jones, Tasmanian Institute Of Agriculture |
#21 |
Developing a mobile app to estimate grape volume and colour for harvest |
Manoranjan Paul, Charles Sturt University |
#21 |
Introduction/Setting the scene |
Paul Petrie, SARDI |
#22 |
Accelerating Grapevine Stomatal Assay: From Sample Collection to Stomatal Pore Measurement |
Hiranya Jayakody, UNSW Australia |
#23 |
VitiCanopy 2.0: the portable new tool to assess canopy size and vineyard variability |
Roberta De Bei, The University of Adelaide |
#24 |
PAT’ – Making Precision Viticulture data analysis tools accessible |
Christina Ratcliff, CSIRO |
#25 |
Using multispectral imaging to predict grape maturity |
Julie Tang, UNSW Australia |
#26 |
Build a vineyard information system for individual vines from GoPro videos |
Annie Wang, UNSW Australia |
#27 |
Can we assess vine canopy nitrogen status non-destructively? |
Harriet Walker, Tasmanian Institute of Agriculture |
#28 |
Monitoring Vineyard Canopy Structure by Aerial and Ground-Based RGB And Multispectral Imagery Analysis |
Jingyun Ouyang, The University of Adelaide |
#29 |
Undervine Cover-cropping: A sustainable vineyard management strategy that reduces herbicide use and can improve yield. |
Thomas Lines, The University of Adelaide |
#30 |
Population sequencing reveals clonal diversity and ancestral inbreeding in the grapevine cultivar Chardonnay |
Michael Roach, The Australian Wine Research Institute |
#31 |
Does the application of horticultural products to grapes form a protective barrier against smoke taint? |
Julie Culbert, The Australian Wine Research Institute |
#32 |
Assessment of sunburn damage in Chardonnay grapes in relation to timing of leaf removal |
Joanna Gambetta, Charles Sturt University |
#33 |
Physical basis of the effect of wind farms on downstream atmospheric conditions |
Diane Stewart, AKA Primary Solutions |
#34 |
3D Reconstructions of Grape Bunch Architecture Based on Optimisation Theory |
Bolai Xin, UNSW Australia |
#35 |
Breeding and regional evaluation of mildew resistant grapevines in Australia |
Gerhard Rossouw, CSIRO |
#36 |
Native insectary plants support populations of predatory arthropods for Australian vineyards |
Mary Retallack, Retallack Viticulture Pty Ltd |
#37 |
The vineyard soil microbiome distinguish wine producing regions |
Di Liu, The University of Melbourne |
#38 |
Advancement of Grape Maturity - Comparison between contrasting varieties and regions |
Wendy Cameron, The University of Melbourne |
#39 |
Sweet Triterpenoids in Oak for Cooperage |
Andrei Prida, Tonnellerie Seguin Moreau |
#40 |
Grape seed powder as a novel and sustainable bentonite alternative |
Elia Romanini, Università Cattolica del Sacro Cuore / The Australian Wine Research Institute |
#41 |
Changes in metal ion concentration from bentonite treatment |
Neil Scrimgeour, The Australian Wine Research Institute |
#42 |
Protein stabilization of white wines using natural zeolites |
Agnieszka Mierczynska-Vasilev, The Australian Wine Research Institute |
#43 |
Cold Stabilisation with Potassium Polyaspartate |
Neil Scrimgeour, The Australian Wine Research Institute |
#44 |
Application of potassium polyaspartate (KPA) to achieve wine tartaric stabilisation |
Ray Chen, Enartis Pacific |
#45 |
The Kinetics of Oxygen Uptake by Iron in Wine-like Solutions |
Roger Boulton, UC Davis |
#46 |
VISUALISATION OF EFFECTS ON LEES FROM NOVEL METHODS TO INDUCE AUTOLYSIS IN SPARKLING WINEMAKING |
Gail Gnoinski, Tasmanian Institute of Agriculture |
#47 |
Impact of nutrient supplementation on Saccharomyces cerevisiae in winemaking |
Joana Coulon, Biolaffort |
#48 |
Diacetyl management in wines : Impact of enological practices. |
Joana Coulon, Biolaffort |
#49 |
Don’t like banana in your Riesling? Juice dilution might be your solution |
Jen Gardner, Adelina Wines/The University of Adelaide |
#50 |
Yeast strain dependent effects of glutathione addition on wine chemistry |
Kathleen Cuijvers, The Australian Wine Research Institute |
#51 |
Positive sensory and chemical outcomes from oxygen addition during red wine fermentation |
Martin Day, The Australian Wine Research Institute |
#52 |
Low malic acid concentration on O. oeni behaviour during malolactic fermentation. |
Joana Coulon, Biolaffort |
#53 |
Wild wine: metagenomic analysis of microbial communities during wine fermentation |
Anthony Borneman, The Australian Wine Research Institute |
#54 |
Defining and exploiting the indigenous microflora of grapes |
Krista Sumby, The University of Adelaide |
#55 |
Evaluation of S. cerevisiae wine yeast competitive fitness in oenologically relevant environments by barcode sequencing |
Simon Schmidt, The Australian Wine Research Institute |
#56 |
Aureobasidium pullulans abundance: How much do we know about its effect on grape juice composition? |
Cristobal Onetto, The Australian Wine Research Institute |
#57 |
Rapid assessment of wine yeast viability and vitality during fermentation using flow cytometry |
Amy Rinaldo, The Australian Wine Research Institute |
#58 |
Discovering the indigenous microbiota associated with Australian Aboriginal and Torres Strait Islander fermentations |
Cristian Varela, The Australian Wine Research Institute |
#59 |
Study of the effectiveness of several industry-scale oxygen introduction techniques into red fermenters |
Martin Day, The Australian Wine Research Institute |
#60 |
Fermentation's clean little secret |
Kieran Hirlam, The Australian Wine Research Institute |
#61 |
MLF and SO2 stress – what are the real limits for malolactic bacteria? |
Peter Costello, The Australian Wine Research Institute |
#62 |
Exploring Douro Biome Terroir Complexity: Constructing Quality Port Wines using Selected Endogenous Non-Saccharomyces |
Frank Rogerson, Symington Family Estates, Vinhos S.A. |
#63 |
Improving fermentation properties of newly-developed interspecific wine yeast hybrids by using a natural life-cycle event |
Jenny Bellon, The Australian Wine Research Institute |
#64 |
The AWRI Wine Microorganism Culture Collection – Securing the future of Australian Wine Microorganisms |
Angus Forgan, The Australian Wine Research Institute |
#65 |
Population-wide diversity study in Lachancea thermotolerans highlights superior starters for winemaking |
Ana Hranilovic, University of Bordeaux |
#66 |
A rose by any other name: novel wine yeast that impart floral aromas |
Toni Garcia Cordente, The Australian Wine Research Institute |
#67 |
Genetic causes of SO2 metabolism in Saccharomyces cerevisiae |
Joana Coulon, Biolaffort |
#68 |
Bioprospecting the regional diversity of Australian wine microbiota |
Lisa Hartmann, The Australian Wine Research Institute/The University of Adelaide |
#69 |
Phenolic-free glycosides from grape marc can increase wine flavour |
Mango Parker, The Australian Wine Research Institute |
#70 |
Yeast-bacteria compatibility in wine: It’s complicated! |
Louise Bartle, The University of Adelaide |
#71 |
IS IT THE AGE OR THE AUTOLYSIS? PULLING APART WHERE SPARKLING WINE CHARACTER COMES FROM |
Fiona Kerslake, Tasmanian Institute of Agriculture |
#72 |
Dynamic viscosity of dry red and white wines and determination of perceived viscosity difference thresholds |
Lukas Danner, The University of Adelaide |
#73 |
Beyond phenolic bitterness: Tryptophol-bisulfites identified as a potential new class of bitter compounds in wine |
Richard Gawel, The Australian Wine Research Institute |
#74 |
High thiol Pinot gris and Chardonnay wines based upon antioxidant additions at harvest |
Paul Kilmartin, The University of Auckland |
#75 |
Unravelling the complex pattern of ‘pepperiness’ in cool-climate Shiraz |
Sheridan Barter, The Australian Wine Research Institute |
#76 |
Whole bunch fermentation of Shiraz and Pinot Noir: stems influence chemical and sensory descriptors |
Martin Day, The Australian Wine Research Institute |
#77 |
Effect of dissolved carbon dioxide on the taste and texture of still wine |
Richard Gawel, The Australian Wine Research Institute |
#78 |
Pre-fermentative additions effect on yeast volatile aromas and thiols in Australian Sauvignon Blanc and Chardonnay |
Federico Tondini, AEB |
#79 |
The effect of pre-ferment glutathione addition on Chardonnay and Riesling wine characteristics |
Kathleen Cuijvers, The Australian Wine Research Institute |
#80 |
Shiraz, Sangiovese or Saperavi? Consumer preferences to alternative red wine varieties using projective mapping. |
Eleanor Bilogrevic, The Australian Wine Research Institute |
#81 |
Stopping the stink: An evaluation of five common reductive aroma remediation strategies |
Allie Kulcsar, The Australian Wine Research Institute |
#82 |
Developmental changes in grape composition and the implications for wine volatile profiles |
Paul Boss, CSIRO |
#83 |
Detection and consumer rejection thresholds of honey off-flavour in sparkling wine. |
Belinda Kemp, Cool Climate Oenology & Viticulture Institute (CCOVI) |
#84 |
What causes apricot aroma in white wines? Unravelling the contribution of multiple volatile compounds |
Damian Espinase Nandorfy, The Australian Wine Research Institute |
#85 |
Polysulfanes as a prospective new class of precursors to hydrogen sulfide during storage |
Marlize Bekker, The Australian Wine Research Institute |
#86 |
MANIPULATION OF YEAST AUTOLYSIS: EFFECTS ON VOLATILE PROFILES OF MÉTHODE CHAMPENOISE SPARKLING WINES |
Rocco Longo, Tasmanian Institute of Agriculture |
#87 |
Optimize Rosé with Pre-fermentation Yeast - Lachancea termotolerans and Pichia kluyveri |
Kylie Evans, Chr. Hansen |
#88 |
Tropical enhancement through topical application: tailoring wine style by foliar-application of nitrogen and sulfur. |
Mark Solomon, The Australian Wine Research Institute |
#89 |
Fate of tropical odorants in wine: Identification and stability of 2-methyl-4-propyl-1,3-oxathiane |
xingchen wang, The University of Adelaide |
#90 |
The gastronomic experience of fine Australian Shiraz wines |
Marcell Kustos, The University of Adelaide |
#91 |
Understanding the chemical basis of jam character in red wine and grapes |
Jana Hildebrandt, The Australian Wine Research Institute |
#92 |
Does in-canopy misting mitigate the intensity of smoke taint in grapes and wine? |
Kerry Wilkinson, The University of Adelaide |
#93 |
Monitoring the Heterogeneity of Grape Berry Maturity Throughout Ripening |
Claire Armstrong, The University of Adelaide |
#94 |
Glycoside flavour release in-mouth: the role of oral bacterial populations |
Mango Parker, The Australian Wine Research Institute |
#95 |
Exploring the typicity of Australian Cabernet Sauvignon wines |
Lira Souza Gonzaga, The University of Adelaide |
#96 |
Why do some people experience flavour from glycosides while others don’t? |
Mango Parker, The Australian Wine Research Institute |
#97 |
Unravelling the relationship between sugar accumulation and the aroma profile of single grape berries |
Pietro Previtali, The University of Adelaide |
#98 |
Manipulating bunch zone light quality to optimise aging potential in Riesling |
Yevgeniya Grebneva, The Australian Wine Research Institute / HGU |
#99 |
Molecular analysis of precipitates formed in Bordeaux wines with solid and liquid state NMR |
Alana Seabrook, Laffort |
#100 |
Maceration additions of marc differently modulate Shiraz wine texture depending on grape harvest timing. |
Josh Hixson, The Australian Wine Research Institute |
#102 |
Industrial applicability of modelling polyphenol extraction during red wine fermentation |
Judith Unterkofler, The University of Adelaide |
#103 |
Climate change and its influence on scale insects and sooty mould occurrence |
Paul Cooper, Australian National University |
#104 |
Molecular based testing of fungicide resistance in grapevine pathogens |
Steven Van Den Heuvel, The Australian Wine Research Institute |
#105 |
Comparison of quantification methods for Botrytis cinerea biomass in grape bunches |
Yu Qiu, National Wine and Grape Industry Centre, Charles Sturt University |
#106 |
Elimination of grapevine viruses in vitro using a combination of thermotherapy and chemotherapy |
Nuredin Habili, The Australian Wine Research Institute |
#107 |
Potential risks associated with top working a desirable grapevine variety onto unwanted non-symptomatic variety |
Nuredin Habili, The Australian Wine Research Institute |
#108 |
Analysing spray diaries to understand powdery mildew control in Australian viticulture |
Paul Petrie, SARDI |
#109 |
Strengthening of plant material: strategy to improve the sanitary quality and longevity of vineyards by the use of molecular tools and beneficial microorganisms |
Felipe Gainza-Cortés, Center for Research and Innovation, Viña Concha y Toro |
#110 |
Developing next generation grapevine rootstocks with long-term resistance to phylloxera and root knot nematode |
Harley Smith, CSIRO |
#111 |
Molecular epidemiology and physiology of Shiraz Disease in South Australia |
Qi Wu, The Australian Wine Research Institute/The University of Adelaide |
#112 |
Innovative UAV Point Cloud Analysis Program for Grapevine Trunk Disease Detection |
Jingyun Ouyang, The University of Adelaide |
#113 |
The influence of rainfall on microbial populations occurring in grapevine pruning wounds over time. |
Bruce Henderson, The University of Adelaide |
#116 |
Does the type or origin of bottle glass affect Boron isotope-ratios used for wine authentication? |
Martin Day, The Australian Wine Research Institute |
#117 |
Objective quality assessment of Cabernet Sauvignon grapes and wine from Chile |
Doreen Schober, Viña Concha y Toro |
#118 |
A new screening method for hydrogen sulfide formation in wine samples |
Kieran Hirlam, The Australian Wine Research Institute |
#119 |
Evaluation of the effect of regulated deficit irrigation on Vitis Vinifera Cabernet Sauvignon physiological traits and final fruit composition |
Sebastian Vargas, Center for Research and Innovation, Viña Concha y Toro |
#120 |
Rapid Analysis of Allergens in Wine by Reflective Phantom Interface Biosensor |
Pierluigi Clemente, Vason Group |
#121 |
The colorimetric measurement of free and bound forms of Cu in white wine. |
Andrew Clark, National Wine and Grape Industry Centre, Charles Sturt University |
#122 |
A NEW IN-LINE SYSTEM TO MONITOR TOTAL PHENOLIC CONTENT IN SPARKLING WINE PRESS JUICE FRACTIONS |
Rocco Longo, Tasmanian Institute of Agriculture |
#123 |
A Periodic Table of Wine Composition |
Neil Scrimgeour, The Australian Wine Research Institute |
#124 |
Impact of storage conditions on SO2 and colour for packaged wines |
Neil Scrimgeour, The Australian Wine Research Institute |
#127 |
Trends in Australian Wine Composition |
Neil Scrimgeour, The Australian Wine Research Institute |
#129 |
Unravelling regional typicality of Australian premium Shiraz through an untargeted metabolomics approach |
Sijing Li, Charles Sturt University |
#130 |
Water into Wine! Alcohol management of Cabernet Sauvignon and Shiraz wines via pre-fermentative water implementation |
Olaf Schelezki, Lincoln University |
#131 |
Hyperspectral imaging of Botrytis in Grapes |
Paul Petrie, SARDI |
#132 |
THE PROGRESSION OF SPARKLING GRAPE PRESSING AND WHAT COMES OUT WHEN? |
Fiona Kerslake, Tasmanian Institute of Agriculture |
#133 |
Australian wine provenance testing using novel isotope ratios: differentiation of production regions and country |
Martin Day, The Australian Wine Research Institute |
#134 |
The colorimetric measurement of total Cu concentration in wine. |
Andrew Clark, National Wine and Grape Industry Centre, Charles Sturt University |
#135 |
PINOT NOIR PROVENANCE PROJECT OVERVIEW |
Rocco Longo, Tasmanian Institute of Agriculture |
#136 |
Evaluating activated carbons for removal of phenols and their glycoconjugates from smoke-affected juice and wine |
Julie Culbert, The Australian Wine Research Institute |
#137 |
Bentonite fining in white wines compromises the utility of lead isotope ratios in wine authentication |
Martin Day, The Australian Wine Research Institute |
#138 |
Sooty mould and its impact on wine processing, composition and sensory attributes |
Peter Godden, The Australian Wine Research Institute |
#139 |
Using cross-linked polymers to reduce metal concentrations in commercial wines |
Neil Scrimgeour, The Australian Wine Research Institute |
#140 |
Evaluating the forms of copper removed during cross-linked polymer treatment of wines |
Neil Scrimgeour, The Australian Wine Research Institute |
#141 |
Understanding wine astringency sub-qualities by tribology – what are the roles of saliva? |
Shaoyang Wang, The University of Queensland |
#142 |
A COMPREHENSIVE STUDY ON THE EFFECT OF HIGH TEMPERATURE EXTREMES ON BERRY TANNIN COMPOSITION |
Julia Gouot, National Wine and Grape Industry Centre, Charles Sturt University |
#143 |
A new Australian wine product containing Ganoderma lucidum extract:Chemical composition, sensory profiles and consumer acceptance. |
ANH Ngoc Hoang Nguyen, The University of Adelaide |
#144 |
Authentication of Cabernet Sauvignon wines from different regions of Australia |
Ruchira Ranaweera, The University of Adelaide |
#145 |
A matter of place: Sensory and chemical characterisation of fine Australian Chardonnay and Shiraz wines |
Marcell Kustos, The University of Adelaide |
#146 |
Dynamic characterization of wine astringency profiles using modified progressive profiling |
Wenyu Kang, The University of Adelaide |
#147 |
INFLUENCE OF TRADITIONAL AND NOVEL WINEMAKING PRACTICES ON FOAMING PROPERTIES OF SPARKLING WINE |
Gail Gnoinski, Tasmanian Institute of Agriculture |
#148 |
SHS-GC-IMS: a powerful tool to evaluate changes of the volatile composition of wine during ageing |
Wenyao Zhu, The University of Auckland |
#149 |
Changes in red wine composition during bottle ageing: Impacts of viticultural conditions and oxygen availability |
Xinyi Zhang, National Wine and Grape Industry Centre, Charles Sturt University |
#150 |
Monitoring the effects of resveratrol-enhanced de-alcoholised red wine consumption by HPLC-QTOF-MS |
Natoiya Lloyd, The Australian Wine Research Institute - Metabolomics Australia |
#151 |
A managing tool for optimal digging out in red winemaking: machine learning models to predict tannin and anthocyanin concentrations |
Jose Cuevas-Valenzuela, Viña Concha y Toro |
#152 |
Is Brettanomyces bruxellensis becoming more SO2 tolerant in industry? |
Caroline Bartel, The Australian Wine Research Institute |
#153 |
Extending the shelf life of commercial canned wines through manipulation of transition metals content |
Neil Scrimgeour, The Australian Wine Research Institute |
#154 |
A tool for catching mice in wine: the detection of mousy off-flavour compounds in wine |
Yoji Hayasaka, The Australian Wine Research Institute |
#155 |
Brettanomyces bruxellensis readily increases SO2 tolerance in lab-based adaptive evolution experiments. |
Caroline Bartel, The Australian Wine Research Institute |
#156 |
New early warning system and vineyard mitigation of smoke taint in wine |
Ian Porter, La Trobe University |
#157 |
Microscopic and macroscopic observations of chitosan on Brettanomyces bruxellensis as a curative and preventive treatment |
Joana Coulon, Biolaffort |
#158 |
Understanding the development of reductive compounds in commercial canned wines |
Neil Scrimgeour, The Australian Wine Research Institute |
#159 |
Application of activated chitosan as preventative and remedial strategies for microbial spoilage in wines |
Ray Chen, Enartis Pacific |
#160 |
Clear as smoke: In-field detection of grapevine smoke contamination using NIR spectroscopy and machine learning |
Vasiliki Summerson, The University of Melbourne |
#161 |
Cold stabilisation - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#163 |
The CloudSpec - a new spectroscopic tool for analysing unfiltered ferments |
Brendan Darby, Marama Labs |
#164 |
Tannin extracts & oak alternatives - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#165 |
Flotation - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#169 |
In-tank fermentation monitoring - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#171 |
Filtration - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#173 |
Mixing red ferments using gas - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#174 |
Tank design - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#175 |
Continuous processes & fermentation - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#176 |
Heat stabilisation - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#177 |
Centrifugation - past & present |
Simon Nordestgaard, The Australian Wine Research Institute |
#178 |
Microbial solution to eliminate 3-isobutyl-2-methoxypyrazine in wine |
Jin-Chen Li, The University of Adelaide |