Olive - Quiz
A) Rapid decomposition of bark B) The trees are too young C) Irregular growth patterns D) Lack of tree rings
A) Lack of scientific interest B) Extreme tree height C) Missing annual tree rings D) Inconsistent oxygen levels
A) Liquid-filled centers B) High levels of sap C) Hollowed-out interiors D) Solid core wood
A) Frequency of pruning B) Counting the leaves C) Measuring the diameter D) Color of the olives
A) 700 years B) 1,000 years C) 500 years D) 3,350 years
A) Soil analysis and leaf count B) Climatic study and height measurement C) GPS mapping and trunk thickness D) Tree-ring and radiocarbon dating
A) 28.6 million B) 2.5 million C) 9.6 million D) 11.6 million
A) A quarter B) A tenth C) Half D) Two thirds
A) Apples and bananas B) Mangoes and grapes C) Coconut trees and oil palms D) Wheat and corn
A) 60% B) 95% C) 25% D) 75%
A) Greece B) Tunisia C) Italy D) Spain
A) The mountains B) The islands C) The north D) The south
A) 10% B) 95% C) 60% D) 25%
A) Nearly 60% B) 95% C) 25% D) 15%
A) The number of farmers B) The name of the cultivar C) Soil fertility D) The type of oil produced
A) Olea europaea subsp. europaea B) Olea sativa C) Olea mediterranea D) Olea oleaster
A) Oleaceae B) Rutaceae C) Rosaceae D) Fabaceae
A) Pome B) Hesperidium C) Berry D) Drupe
A) 50% B) 95% C) 80% D) 20%
A) Shell B) Seed C) Kernel D) Pit
A) Prosperity B) Victory C) Peace D) Wisdom
A) o-li-va B) o-le-um C) e-ra-wa D) e-lai-on
A) Lamp fuel B) Cleaning agent C) Skin moisturizer D) Paint solvent
A) Whitish B) Dark green C) Brown D) Yellowish
A) Spanish B) Arabic C) Latin D) Hebrew
A) 15 m B) 20 m C) 5 m D) 10 m
A) 58 B) 66 C) 20 D) 45
A) Morocco B) Japan C) Argentina D) Italy
A) 1950 B) 1908 C) 1985 D) 1700
A) Sandy B) Clay C) Calcareous D) Peat
A) They thrive B) They stop needing water C) They produce more oil D) They may be injured
A) Homer B) Aristotle C) Pliny the Elder D) Julius Caesar
A) Human activity B) Climate change C) Natural seed dispersal D) Volcanic activity
A) Budding or grafting B) Shading C) Soil acidification D) Constant watering
A) Pest infestation B) Drought C) Severe frost D) Flood
A) The tree becomes sterile B) The tree requires immediate replanting C) The tree dies completely D) The rootstock can produce new shoots
A) Hundreds B) Dozens C) Thousands D) Ten
A) Its soil type B) Its cultivar C) Its water intake D) Its age
A) To save space B) To increase sunlight exposure C) To overcome self-incompatibility D) To prevent wind damage
A) Meadow spittlebug B) European starling C) Olive fruit fly D) Olive moth
A) Olive moth caterpillar B) Meadow spittlebug C) Olive fruit fly D) Red fox
A) Tumour growth B) Olive peacock spot C) Quick decline syndrome D) Verticillium wilt
A) Bactrocera oleae B) Xylella fastidiosa C) Pseudomonas savastanoi pv. oleae D) Spilocaea oleaginea
A) Olive fruit fly B) European starling C) Meadow spittlebug D) Olive moth
A) Sweet chestnut B) Grapes C) Citrus fruit D) Apples
A) All of the above B) Red fox C) Emu D) European starling
A) Autumn B) Summer C) Spring D) Winter
A) Using a sack tied around the waist B) Using a motorized saw C) Using a net on the ground D) Using a mechanical shaker
A) The trees are too small for machines B) The terrain is too mountainous for machines C) It is faster D) It is cheaper
A) The harvest season lasts longer B) It increases the number of trees C) The fruit becomes larger D) The fruit is not bruised |
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