A) Oranges B) Bananas C) Grapes D) Apples
A) Tropical B) Arctic C) Desert D) Mediterranean
A) Sculpting statues. B) Trimming excess vine growth for better grape quality. C) Trapping wild animals. D) Digging trenches.
A) Freezing wine to make ice wine. B) Burning grapevines for smoke flavor. C) The process of yeast converting sugars into alcohol. D) Coloring wine with food dye.
A) Rosé wine B) White wine C) Sparkling wine D) Red wine
A) Steak B) Ice cream C) Salad D) Sushi
A) A musical instrument. B) A type of seafood dish. C) A wine made from a single grape variety. D) A small decorative plant.
A) Butterflies B) Earthworms C) Ladybugs D) Phylloxera
A) Winegrowing B) Vitis vinifera C) Horticulture D) Pest management
A) Antarctica B) Asia C) Europe D) North America
A) Mediterranean coast of Spain B) Nile Valley, Egypt C) Areni-1 cave in Armenia D) Ganges River Basin, India
A) Roots B) Trunk C) Leaves D) Tendril
A) 10 to 15% B) 25 to 35% C) 5 to 20% D) 30 to 40%
A) Cluster B) Arms C) Tendril D) Fender roots
A) Pollination B) Seed development C) Nutrient absorption D) Formulate color and body shape
A) They protect against drastic temperature drops at night B) They decrease humidity levels C) They reduce sunlight exposure D) They increase soil salinity
A) Nutrient storage B) Water absorption C) Pest control D) Photosynthesis and transpiration
A) Ignoring rainfall patterns B) Relying solely on natural precipitation C) Managing water supply to vines D) Using excessive water for faster growth
A) 5,000 years old B) 12,000 years old C) 10,000 years old D) 8,000 years old
A) Peronospora B) Erysiphe necator C) Phylloxera D) Fanleaf virus
A) 250–260 days B) 200–210 days C) Around 150–160 days D) 100–110 days
A) Irrigation systems B) Fertilizers and pesticides C) Heaters or large fans D) Mulching and pruning
A) They increase frost risk B) They release stored heat to warm vines at night C) They reduce sunlight exposure D) They cause soil erosion
A) 25 to 35 °C B) 5 to 15 °C C) 10 to 20 °C (50 and 68 °F) D) 20 to 30 °C
A) Stores nutrients B) Produces seeds C) Attaches the berry to the rachis D) Absorbs sunlight
A) Both hemispheres B) Southern Hemisphere C) Neither hemisphere D) Northern Hemisphere
A) Environment B) Microclimate C) Ecosystem D) Terroir
A) Ignoring grape ripeness B) Waiting for maximum sugar content regardless of other factors C) Harvesting based on tradition only D) Monitoring fruit development and characteristics
A) Powdery mildew B) Downy mildew C) Coulure D) Millerandage
A) Powdery mildew B) Fanleaf virus C) Downy mildew D) Phylloxera
A) Bordeaux. B) Tuscany. C) Napa Valley. D) Vienna.
A) Monitoring and controlling pests B) Using pesticides only during harvest C) Encouraging pest growth D) Ignoring pest presence
A) Phylloxera B) Fanleaf virus C) Peronospora D) Erysiphe necator
A) Gemischter Satz (Mixed set). B) Riesling. C) Sauvignon Blanc. D) Chardonnay.
A) They cause soil erosion B) Such solutions can be costly C) They increase the risk of frost damage D) They reduce grape quality
A) Improved resistance to diseases B) The crops can be injured C) Enhanced acidity in grapes D) Increased sugar levels in grapes
A) Fanleaf virus B) Powdery mildew C) Phylloxera D) Downy mildew
A) Pruning infected leaves B) Spraying with copper sulphate C) Applying nitrogen fertilizer D) Using organic compost
A) Drainage B) Fertility C) Texture D) Aeration
A) 1300–1500 hours B) 1600–1800 hours C) 1000–1200 hours D) 900–1100 hours |