A) The time of year it emerges. B) The color of the soil around it. C) The presence of nearby bamboo plants. D) The presence of culm leaves or sheaths.
A) The rhizomes. B) The roots. C) The developing culm (stem). D) The surrounding soil.
A) Soil pH. B) Species of bamboo. C) Amount of sunlight. D) Watering frequency.
A) Short and tall. B) Thick and thin. C) Leptomorph (running) and Pachymorph (clumping). D) Green and brown.
A) Leptomorph produce edible shoots; Pachymorph do not. B) Leptomorph are above ground; Pachymorph are underground. C) Leptomorph are thin; Pachymorph are thick. D) Leptomorph rhizomes spread widely; Pachymorph stay localized.
A) Pachymorph (clumping) bamboo. B) Leptomorph (running) bamboo. C) Any bamboo type with yellow shoots. D) Bamboo planted near water.
A) When they are young and tender. B) After they have flowered. C) During the dry season. D) When they are fully grown.
A) Salting them. B) Freezing them. C) Sun-drying them. D) Boiling them in water.
A) Weed seedlings are always green. B) Bamboo shoots grow faster. C) Bamboo shoots have distinctive culm sheaths. D) Weed seedlings always have a taproot.
A) Sunlight intensity. B) Temperature change (usually warming). C) Wind direction. D) Rainfall.
A) The base of the shoot near the rhizome. B) The tip of the shoot. C) The culm sheaths. D) The inner core of the shoot.
A) Poaceae (grass family). B) Rosaceae (rose family). C) Fabaceae (legume family). D) Asteraceae (daisy family).
A) Photosynthesis. B) Absorption of water. C) Protection from insects and abrasion. D) Attracting pollinators.
A) Rhizome type (running vs. clumping). B) Shoot color. C) Leaf size. D) Height of mature culm.
A) The shoot's diameter generally predicts the culm's diameter. B) The shoot's height predicts the culm's height. C) The shoot is always smaller than the mature culm. D) There is no correlation between shoot and culm size.
A) They provide shade for the roots. B) They are the primary means of vegetative propagation. C) They are solely for seed production. D) They attract animals for seed dispersal.
A) To avoid consuming toxic or unpalatable species. B) To predict the weather. C) To attract specific birds. D) To determine the plant's age.
A) A shoot that is always sweet and delicious. B) A shoot that is only used for medicinal purposes. C) A shoot that can be safely consumed after proper preparation. D) A shoot that can be eaten raw without any preparation.
A) Culm. B) Stolon. C) Tuber. D) Rhizome.
A) Bamboo generally prefers well-drained soil. B) Soil drainage is irrelevant to bamboo growth. C) Bamboo prefers compacted soil. D) Bamboo thrives in consistently wet soil.
A) The color of the culm sheath. B) The texture of the culm sheath. C) The surrounding air temperature. D) The rhizome type of the bamboo.
A) Lectins. B) Cyanogenic glycosides. C) Oxalic acid. D) Solanine.
A) Predicting shoot flavor. B) Species identification. C) Determining shoot age. D) Assessing soil quality.
A) To prevent soil erosion. B) To attract more wildlife. C) To ensure continued bamboo growth and availability. D) To improve the taste of future shoots.
A) Prolonged boiling. B) Salting. C) Freezing. D) Sun drying.
A) Grows extremely slowly. B) Lacks culm leaves. C) Is always bright green. D) Often has a hairy sheath.
A) Increased shoot production the following year. B) Weakened grove and reduced future yield. C) Attraction of beneficial insects. D) Improved soil fertility.
A) It determines the bamboo's rhizome type. B) It indicates the shoot's edibility. C) It is a weak point where the culm can easily break. D) It is where leaves and branches will emerge.
A) Fuel for cooking. B) Animal feed. C) Propagation of new bamboo plants. D) Creating natural dyes. |