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