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How to Identify and Classify Breadfruits
Contributed by: Woolley
  • 1. What is the primary method of identifying breadfruit varieties?
A) Root depth
B) Leaf color
C) Fruit morphology
D) Bark texture
  • 2. Which fruit characteristic is MOST helpful in breadfruit classification?
A) Leaf shape
B) Skin texture
C) Tree height
D) Seed presence
  • 3. What distinguishes seeded breadfruit from seedless varieties?
A) Leaf size
B) Tree size
C) Fruit color
D) Presence of seeds
  • 4. A breadfruit with a smooth, green skin is likely a:
A) Specific variety characteristic
B) Sign of under-ripeness
C) Sign of over-ripeness
D) Sign of disease
  • 5. The shape of the fruit can be described as:
A) Round to oblong
B) Always cylindrical
C) Always spherical
D) Always square
  • 6. What does 'latex production' refer to in breadfruit?
A) Leaf resin production
B) Fruit sugar content
C) Root nutrient absorption
D) Milky sap
  • 7. Which of these is NOT typically used for breadfruit classification?
A) Fruit size
B) Flesh color
C) Soil pH preference
D) Skin texture
  • 8. What is the flesh color of a mature breadfruit typically?
A) Cream to yellow
B) Always red
C) Always brown
D) Always green
  • 9. Fruit size is an important identifier. It is measured by:
A) Leaf length
B) Weight and diameter
C) Branch width
D) Tree height
  • 10. What impact do agro-climatic conditions have on identification?
A) No impact
B) Changes leaf vein pattern
C) Determines tree lifespan
D) Affects fruit characteristics
  • 11. Which type of breadfruit is most popular for commercial cultivation?
A) Seedless varieties
B) Seeded varieties
C) Wild varieties
D) All varieties equally
  • 12. The surface texture of breadfruit can be described as?
A) Always spiky
B) Always rough
C) Smooth, rough, or spiky
D) Always smooth
  • 13. What is the typical weight range of a mature breadfruit?
A) Over 10 kg
B) 5-10 kg
C) Under 0.5 kg
D) 1-5 kg
  • 14. What is a common use of latex in breadfruit?
A) Nutrient storage
B) Attracting pollinators
C) Repelling insects
D) Sealing wounds
  • 15. Which is the preferred method for differentiating cultivars?
A) Morphological description
B) Taste test
C) DNA sequencing
D) Latex smell
  • 16. What does 'fruit maturity' indicate?
A) Optimal harvest time
B) End of tree lifespan
C) Leaf senescence
D) Seed germination
  • 17. Why is accurate identification necessary?
A) Planting depth
B) Fertilizer selection
C) Cooking time calculation
D) Propagation purposes
  • 18. Which environmental condition mostly affects fruit morphology?
A) Elevation
B) Rainfall
C) Soil type
D) Latitude
  • 19. What internal structure differentiates some breadfruit?
A) Root depth
B) Leaf veins
C) Bark thickness
D) Core size
  • 20. Which tool is essential for accurate measurement of fruit?
A) Calipers
B) pH meter
C) Barometer
D) Thermometer
  • 21. What is the best time to observe fruit characteristics?
A) At maturity
B) After harvest
C) During germination
D) During flowering
  • 22. What is meant by 'seed viability'?
A) Tree height
B) Fruit taste
C) Leaf lifespan
D) Ability to germinate
  • 23. How does the latex change with ripening?
A) Decreases
B) Changes color
C) Stays the same
D) Increases
  • 24. Why is taste not the ideal identifier?
A) Always the same
B) Easily measured
C) Subjective
D) Consistent across varieties
  • 25. Which is the best method for comparing breadfruit varieties?
A) Side-by-side comparison
B) Chemical analysis
C) Tree age
D) Remote sensing
  • 26. How does cooking method affect the ID of breadfruit?
A) Changes the appearance
B) Does not affect identification
C) Changes the texture
D) Changes the taste
  • 27. What is a 'breadfruit inflorescence'?
A) Fruit core
B) Flowering structure
C) Leaf pattern
D) Root system
  • 28. How does fruit density affect breadfruit categorization?
A) Affects seed viability
B) Alters latex production
C) Indicates ripeness and starch content
D) Determines the tree height
  • 29. What is the primary purpose of classifying breadfruit?
A) To control pest infestations
B) To determine fertilizer needs
C) For consistent nomenclature and propagation
D) To predict shelf life
  • 30. When do you need to consider the tree size for identification?
A) To determine the age of the tree
B) To know the yield
C) When all other fruit traits are ambiguous
D) For selecting the correct fertilizer
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