Enology Notes Index A-E
The Index is broken down into alphabetical sections. Please choose the section for the subject you are interested in.
|
Subject
|
Issue |
| 1+1 corks | 100 |
| 2+2 corks | 100 |
| 2001 season | 32 |
| 2002 France Study Tour | 70 |
| 2007 harvest | 137 |
| 2-AAP | 14 |
| absolute filtration | 65 |
| accelerated aging | 98 |
| accuracy | 19, 126 |
| acetaldehyde | 33, 35, 36, 72, 96, 98, 106 |
| acetate esters | 77, 99 |
| acetic acid | 71, 96, 106 |
| acetic acid bacteria | 91, 105 |
| Acetobacter | 91 |
| acid | 43 |
| acid addition | 80, 107 |
| acid elements | 94, 108 |
| acidic elements | 90, 103 |
| acidity | 52, 68, 82, 94 |
| Aconcagua | 83, 109 |
| adsorbed/scalped | 99 |
| aeration | 56, 93, 105, 113 |
| aeration of red wines | 33 |
| Aeration Oxidation method (AO) | 98 |
| aeration/microoxygenation | 80 |
| aerobic racking | 106 |
| agglomerated corks | 100 |
| aging bouquet | 97 |
| aging potential | 103 |
| aging rate | 97 |
| alcohol | 108, 137 |
| alcohol at dejuicing | 80 |
| alcohol concentration | 68, 69, 87 |
| alcohol spray | 67 |
| alcohol toxicity | 56, 105 |
| alcohol, 70% ethyl | 67 |
| alcohol/Brix ratio | 69 |
| alcoholic concentration | 109 |
| aldehyde(s) | 120 |
| aldehyde formation | 33 |
| algin | 46 |
| alginates | 46 |
| alginic acid | 46 |
| alpha-amino acids | 113 |
| amelioration | 69, 83 |
| American culture | 89 |
| Am. Soc. for Enol. and Vit. - Eastern Section | 98 |
| American wine community | 89 |
| amino acids | 3, 56 |
| aminoacetophenone | 14, 77 |
| ammonia | 105, 113 |
| ammonia N | 56 |
| anaerobic fermentation | 26 |
| anaerobic metabolism | 82 |
| anaerobic spoilage organisms | 71 |
| analytical data | 19 |
| anthocyanin(s) | 30, 33, 47, 61, 65, 87, 90, 107, 116, 117, 118, 120 |
| anthocyanin pigments | 23, 76 |
| anthocyanin-tannin complex | 33 |
| anthocyanin/tannin ratio | 8, 116, 118, 120 |
| antimicrobial agent | 91 |
| antioxidant(s) | 98, 101, 102, 129, 134 |
| Argentina | 42 |
| arginine | 3, 82, 104, 113 |
| arginine accumulation | 104 |
| arginine to proline ratio | 104, 113 |
| argon | 122 |
| aroma | 57, 91, 95, 106, 113 |
| aroma complexity | 54 |
| aroma components | 54, 77 |
| aroma intensity | 83 |
| aroma modification | 103 |
| aroma precursors | 54 |
| aroma profile | 28 |
| aroma screen | 79, 113, 127, 134 |
| aroma, vegetal | 114, 115, 132 |
| aroma volatiles | 96 |
| aroma/flavor | 27, 30, 63, 64, 65, 101, 109, 112, 137 |
| aroma/flavor compounds | 4, 97, 102 |
| aroma/flavor potential | 23, 58 |
| aroma/flavor precursors | 75, 112 |
| aroma/flavor profile | 53 |
| aroma/flavor stripping | 12 |
| aroma/flavor uniformity | 50 |
| aroma/flavor volatiles | 99 |
| aromatic fruit | 32 |
| ascorbic acid | 27, 79, 95, 98, 101, 102, 110, 111, 113, 129, 133,134 |
| assimilable nitrogen levels | 14 |
| astrigency | 27, 29, 41, 43, 45, 52, 65, 68, 82, 84, 87, 94, 117 |
| astringency, perception of | 57 |
| asynchonous ripening | 103, 114 |
| asynchronous berry development | 53, 58, 81 |
| asynchronous ripening | 78, 94 |
| ATA (atypical aging) | 14, 77, 107, 110, 111, 137 |
| ATA odor | 110 |
| ATA screen | 110 |
| ATA screening test | 77 |
| atmospheric pressure | 31 |
| atypical aromas/flavors | 14, 77 |
| Australian red method | 41 |
| Auxerrois/Malbec | 70 |
| available nitrogen | 106 |
| available oxygen | 26 |
| average berry weights | 104 |
| average daily mean | 32 |
| average monthly highest maximum | 32 |
| back pressure shock | 67 |
| bacterial fermentation | 71 |
| balance | 108 |
| balanced mix (CO2/N2) | 122 |
| barrel aging | 95, 106 |
| barrel stirring | 95 |
| barrel to barrel racking | 33 |
| barrel topping | 106 |
| barrel-aged lees | 6, 25, 69, 76 |
| barrels vs. tanks | 95 |
| Basque | 42 |
| bentonite | 11, 12, 45, 58, 73, 91, 105 |
| bentonite fining | 37 |
| Bentotest | 12 |
| berry breakage | 78 |
| berry dehydration | 62 |
| berry development | 87 |
| berry growth | 58 |
| berry phenols | 22 |
| berry samples | 58, 81 |
| berry sampling | 53, 78, 115 |
| berry shrivel | 104, 107 |
| berry size | 22, 32, 57, 70, 80, 87, 90, 103, 104 |
| berry weight | 23, 57, 104, 107 |
| berry weight at maturity | 104 |
| berry weight at veraison | 104 |
| bias | 19 |
| biofilms | 92 |
| biological contamination | 67 |
| biological screening | 111 |
| bitartrate | 111 |
| bitartrate crystals | 38 |
| bitartrate ions | 37 |
| bitartrate precipitation | 37 |
| bitartrate stability | 32 |
| bitartrate stability | 37, 38, 41 |
| bitterness | 27, 29, 43, 47, 52, 68, 79, 82, 84, 87, 108, 116 |
| blanketing | 122 |
| bleeding | 28, 82 |
| bleeding/co-fermenting | 80, 103 |
| bloom | 45, 92 |
| bloom period | 50 |
| body | 57, 85, 106, 108 |
| body feeding | 66 |
| Bordeaux mix | 70 |
| Botrytis | 105 |
| Botrytis cinerea | 24 |
| bottle bouquet | 97, 98 |
| bottle variation | 97, 98, 100 |
| bottling | 111 |
| bottling equipment | 97 |
| bottling equipment | 98 |
| bound aroma/flavor precursors | 63 |
| bouquet | 96 |
| Brett metabolism | 92 |
| Brettanomyces | 71, 84, 91, 92 |
| Brett-like odors | 29 |
| British Columbia | 40 |
| Brix | 23, 32, 53, 104 |
| Brix hydrometers | 56 |
| Brix to alcohol conversion rate | 80 |
| browning | 47, 100 |
| bubble point | 67 |
| buffering capacity | 97 |
| Cabernet Franc / Carbernet Franc (Beton) | 75, 94, 112, 123 |
| Cabernet Gernischt | 126 |
| cake filters | 66 |
| cake filtration | 66 |
| calcium mucate | 2 |
| Canada's VQA | 40 |
| Candida pulcherrima | 54 |
| Candida stellata | 54 |
| canopy climate | 63, 64 |
| canopy management | 27 |
| canopy management | 57, 63, 64, 68, 76, 103 |
| canopy side | 65 |
| canopy vigor | 50 |
| cap management | 61, 62, 80, 81, 103, 109, 114, 117 |
| cap management systems | 22 |
| cap stem closure | 62 |
| Carbodoseur | 122 |
| carbohydrates | 84 |
| carbon dioxide | 101, 102, 122, 139 |
| carbon dioxide toxicity | 56, 105, 133 |
| carbonic maceration | 82 |
| Carmenere | 83, 109 |
| Casablanca | 83, 109 |
| casein | 46 |
| catechins | 47 |
| cellar management | 80, 103 |
| chalky limestone | 75 |
| chaptalization | 80, 82 |
| Chenin (Pineau de Loire) | 75 |
| Chenin blanc | 101 |
| Chile | 83, 109 |
| Chilean Winemakers Society | 83 |
| chill cells | 139 |
| chill haze | 38 |
| Chinese wine industry | 125, 126 |
| chloroanisols | 35, 36 |
| chlorophenols | 35, 36 |
| cinnamate decarboxylase | 29 |
| clarification | 45, 84 |
| clarifying juice | 28 |
| clean lees | 69 |
| climate | 32, 83, 109, 118 |
| climate change | 112 |
| climate of the Loire | 75 |
| closure review | 77, 99, 100 |
| closure variation | 96 |
| cluster numbers | 75 |
| cluster sampling | 53 |
| Code of Sustainable Winegrowing Practices | 63 |
| coefficient of variation | 78 |
| cofactors | 116, 120 |
| cold soak(ing) | 6, 41, 76, 80, 81, 103, 107, 109, 117, 128, 139 |
| cold stability | 38, 111 |
| cold stabilization (chill proofing) | 37, 38 |
| colloids | 108 |
| colmated corks | 100 |
| color | 91, 116, 117, 118, 120 |
| color absorption | 103 |
| color attributes | 85 |
| color change uniformity | 53 |
| color components | 85 |
| color compounds | 4 |
| color intensity | 117 |
| color modification | 46 |
| color ripening | 30 |
| color shifts | 45 |
| color stability | 33, 60, 62, 65, 75, 76, 78, 81, 83, 116, 120 |
| colored anthocyanins | 75 |
| complete seal | 97, 98 |
| complex yeast nutrients (CYN) | 133 |
| complexing | 85 |
| complexing agents | 38 |
| complexing factors | 37 |
| complexity | 113 |
| condensed phenolics | 43 |
| conductivity test | 38 |
| consistent wine quality | 78 |
| contact time | 38 |
| conversion rate of sugar to alcohol | 50 |
| cool fermentation temperature | 81 |
| cooler growing/ripening temperatures | 32 |
| coordination and communication | 89 |
| copigmentation | 22, 85, 116, 117 |
| copigmented anthocyanins | 60, 85 |
| copper | 46, 85, 93, 101, 102, 111, 112, 113, 129, 134 |
| copper addition | 79 |
| copper levels | 45 |
| copper sprays, late season | 127 |
| copper sulfate | 70, 79, 101, 113 |
| copper sulfate sprays | 105 |
| co-precipitation | 37 |
| cork | 96 |
| cork grade | 35, 36 |
| cork moisture | 97 |
| cork quality | 100 |
| cork quality control | 35, 36 |
| cork taint | 35, 36, 94, 97 |
| cost of production | 83, 109 |
| Cotes du Brulhois | 42 |
| counterfining | 45 |
| counterfining agents | 46 |
| coupled oxidation | 112, 133, 134 |
| critical control points (CCP | 115, 139 |
| critical limits | 115 |
| critical quality control points | 22 |
| crop level | 63, 112 |
| crop load | 75, 83, 94, 103, 104, 105, 113 |
| crop-to-leaf area | 114 |
| crushing and destemming | 22 |
| crushing/destemming, whole cluster pressing | 80 |
| cryoextraction | 24 |
| Cryptococcus | 54 |
| crystal nucleii | 38 |
| crystalline inhibitors | 41 |
| crystallization | 37 |
| cultivation | 110 |
| cupric sulfate | 93, 113 |
| Curico | 83 |
| cuvaison | 70 |
| cuvée(s) | 122 |
| cysteine | 71, 79 |
| DAP (diammonium phosphate) | 26, 32, 56, 79, 81, 82, 92, 105, 107 |
| day/night temperature range | 87 |
| deacidification | 84 |
| deficiencies | 105 |
| deficit irrigation | 83 |
| degassing | 122 |
| degree of polymerization | 65, 68, 116, 120 |
| dejuicing prior to dryness | 78 |
| delestage | 8, 23, 69, 76, 78, 80, 81, 90, 103, 114 |
| depth filters | 66 |
| depth filtration | 65 |
| designer closures | 97 |
| desirable aroma/flavor | 50 |
| desirable mouthfeel | 81 |
| destemming | 70, 107 |
| diatomaceous earth (D.E.) | 65, 66 |
| diethyl sulfide | 79 |
| differential fruit zone leaf removal | 63 |
| diglucoside pigments | 90, 103 |
| dimethyl disulfide (DMDS) | 79 |
| dimethyl sulfide (DMS) | 79 |
| diminished primary fruit aromas | 60 |
| displacement gas | 122 |
| dissolved oxygen | 33, 97 |
| distillation | 31 |
| distribution average | 53 |
| disulfide bridges | 71, 79 |
| disulfide(s) | 70, 79, 113, 134 |
| diurnal range | 32 |
| divided canopy systems | 83 |
| DP number | 116 |
| dripless sulfur sticks | 70 |
| drought stress | 58 |
| dry tannins | 94, 108 |
| dry weather | 32 |
| dryness | 52, 82, 84, 104 |
| duration of MLF | 72 |
| Durham (fermentation) tube | 56 |
| dusty tannins | 84 |
| early harvest fruit | 14 |
| early MLF | 72 |
| ebulliometry | 31 |
| electrical conductivity | 38 |
| electronic nose | 119, 137, 139 |
| elemental sulfur (S) | 70, 79, 93, 113 |
| elevated pH | 60, 83, 109 |
| ellagic tannins | 41, 60, 106 |
| endpoint determination | 31 |
| engustment | 61, 62, 119 |
| enology components, red wine HACCP-like plan | 80 |
| environmental taints | 94, 97, 100 |
| enzyme addition | 76, 80 |
| equilibrium point | 95 |
| esterases | 24 |
| esters | 28 |
| estimation of average berry weights | 23 |
| ethanol | 84 |
| ethanol concentration | 31 |
| ethyl acetate | 56 |
| ethyl carbamate | 26 |
| ethyl esters | 77, 99 |
| 4-ethylguaiacol | 92 |
| ethyl mercaptan (EtSH) | 70, 79 |
| 4-ethylphenol | 92 |
| ethyl-phenols | 29 |
| EuroMachines | 80 |
| European Commission | 91 |
| excessive maturity | 50 |
| extended post-fermentation maceration | 62, 117 |
| extraction enzymes | 107 |
