A) Leaves B) Stems C) Flowers D) Roots
A) Photosynthesis B) Evaporation C) Respiration D) Transpiration
A) Gymnosperms B) Non-flowering plants C) Flowering plants D) Mosses
A) ATP B) Starch C) Cellulose D) Glucose
A) Carotenoids B) Phycobilins C) Anthocyanins D) Chlorophyll
A) Bryophytes B) Vascular plants C) Angiosperms D) Non-vascular plants
A) Eliminate pests B) Store water C) Support the pollen grains D) Attract pollinators
A) Fertilization B) Mitosis C) Budding D) Meiosis
A) Support the plant B) Store food reserves C) Conduct photosynthesis D) Transport nutrients and water
A) Zoology B) Geology C) Microbiology D) Phytology
A) Botanist or plant scientist B) Zoologist C) Microbiologist D) Geologist
A) 200,000 B) 100,000 C) 410,000 D) 500,000
A) 5,000 B) 10,000 C) 20,000 D) 50,000
A) Medieval alchemy B) Ancient chemistry C) Renaissance science D) Prehistoric herbalism
A) Castles B) Monasteries C) Universities D) Hospitals
A) Royal Botanic Gardens B) Padua botanical garden C) Chelsea Physic Garden D) Kew Gardens
A) Carl Linnaeus B) Louis Pasteur C) Charles Darwin D) Gregor Mendel
A) Telescope observation B) Optical microscopy C) Radio wave analysis D) Seismic survey
A) Logos (λόγος) B) Botanē (βοτάνη) C) Physis (φύσις) D) Zoion (ζῷον)
A) To write B) To build C) To measure D) To feed or to graze
A) Arabic word for nature B) Sanskrit term for flora C) Ancient Greek word botanē (βοτάνη) meaning pasture, herbs, grass, or fodder D) Latin word for plant
A) Valerius Cordus B) Pedanius Dioscorides C) Theophrastus D) Leonhart Fuchs
A) De materia medica by Pedanius Dioscorides B) Nabatean Agriculture by Ibn Wahshiyya C) The Book of Plants by Abū Ḥanīfa Dīnawarī D) Enquiry into Plants by Theophrastus
A) 1516 B) 1489 C) 1621 D) 1545
A) Valerius Cordus B) John Gerard C) Leonhart Fuchs D) Conrad von Gesner
A) Ulisse Aldrovandi B) Theophrastus C) Robert Hooke D) Pedanius Dioscorides
A) De materia medica B) Nabatean Agriculture C) The Book of Plants D) Enquiry into Plants
A) Ulisse Aldrovandi B) Conrad von Gesner C) Robert Hooke D) John Gerard
A) Ibn Bassal B) Ibn Wahshiyya C) Abū Ḥanīfa Dīnawarī D) Abu al-Abbas al-Nabati
A) Harvard University B) Cambridge University C) Padua University D) University of Oxford
A) Monocotyledons B) Gymnosperms C) Cryptogamia D) Dicotyledons
A) Matthias Schleiden B) Carl Linnaeus C) Robert Brown D) Adolf Fick
A) He formulated Fick's laws B) He published 'Species Plantarum' C) He proposed a natural system of classification D) He described the cell nucleus
A) Candolle B) Adolf Fick C) Theodor Schwann D) Marianne North
A) Adolf Fick B) Matthias Schleiden C) Carl Linnaeus D) Theodor Schwann
A) Bentham & Hooker B) Schleiden C) Adanson D) de Jussieu
A) Eugenius Warming B) Katherine Esau C) Gregor Mendel D) August Weismann
A) Arthur Tansley B) August Weismann C) Katherine Esau D) Christen C. Raunkiær
A) Arthur Tansley B) Henry Chandler Cowles C) Eugenius Warming D) Frederic Clements
A) Eugenius Warming B) Frederic Clements C) Arthur Tansley D) Henry Chandler Cowles
A) Nitrogen B) Oxygen C) Carbon dioxide D) Water vapor
A) Stomatal aperture analysis B) DNA barcoding C) Photosynthesis rate measurement D) Gene knockout techniques
A) Kenneth V. Thimann B) Frank Yates C) Ronald Fisher D) Developments since mid-1960s
A) Respiration B) Fermentation C) Photosynthesis D) Chemosynthesis
A) Xylology B) Carpology C) Synantherology D) Phytopharmacology
A) Sporopollenin. B) Lignin. C) Cellulose. D) Pectin.
A) Xylology B) Mycology C) Phytosociology D) Batology
A) Ronald Fisher B) Frank Yates C) Frederick Campion Steward D) Kenneth V. Thimann
A) Soybean B) Corn C) Barley D) Hemp
A) Viruses B) Fungi C) Bacteria D) Algae
A) Phytology B) Bryology C) Palynology D) Pteridology
A) Palaeobotany B) Phytosociology C) Phytochemistry D) Bryogeography
A) Nikolai Vavilov B) Arthur Tansley C) Alphonse de Candolle D) Frederic Clements
A) Indoxyl B) Gamboge C) Weld D) Rose madder
A) Xylology B) Phytosociology C) Palynology D) Carpology
A) Auxin B) 2,4-dichlorophenoxyacetic acid (2,4-D) C) Photosynthesis D) GFP
A) Phytogeography B) Xylology C) Palynology D) Agrostology
A) Phytopathology B) Synantherology C) Dendrology D) Bryology
A) Papyrus B) Rubber C) Charcoal D) Linen
A) Phytochemistry B) Phytosociology C) Bryogeography D) Palynology
A) Ecology B) Botany C) Zoology D) Ethnobotany
A) Nicotine B) Caffeine C) Morphine D) Tetrahydrocannabinol
A) Carpology B) Lichenology C) Pteridology D) Phytochemistry
A) Xylology B) Palynology C) Dendrology D) Carpology
A) Agronomy B) Phytopathology C) Xylology D) Phytosociology
A) Metabolomics B) Genomics C) Molecular biology D) Proteomics
A) Coniine B) Peppermint oil C) Opium D) Heroin
A) Nicotine B) Caffeine C) Morphine D) Coniine
A) Tobacco plants B) Cannabis plants C) Opium poppies D) Willow trees
A) Hybrid B) Diploid C) New species D) Polyploid
A) Synantherology B) Phycology C) Batology D) Dendrology
A) Phytogeography B) Fructology C) Xylology D) Phytopathology
A) Apomixis B) Endopolyploidy C) Cross-fertilization D) Self-fertilization
A) They initiated nitrogen fixation. B) They formed the basis for animal life. C) They were the first oxygen-releasing photosynthetic organisms. D) They contributed to soil formation.
A) Rice B) Potatoes C) Wheat D) Maize
A) Gamboge B) Sugarcane C) Linen D) Charcoal
A) Palynology B) Carpology C) Phytochemistry D) Dendrology
A) Chitin. B) Cellulose. C) Keratin. D) Collagen.
A) Cotton B) Metals C) Glass D) Plastics
A) Eugenius Warming B) Arthur Tansley C) Henry Chandler Cowles D) Christen C. Raunkiær
A) Lemon oil B) Opium poppies C) Sweetgrass D) Peppermint oil
A) Barley B) Willow trees C) Tobacco D) Soy
A) ATP synthase. B) Hexokinase. C) Phosphofructokinase. D) Rubisco.
A) Botanical taxonomy B) Plant physiology C) Primary metabolism D) Phytochemistry
A) NADPH. B) Glucose. C) ATP. D) Glyceraldehyde 3-phosphate (G3P).
A) Palynology B) Phytochemistry C) Phytopathology D) Dendrology
A) As biomes B) As ecosystems C) As niches D) As habitats
A) Plant Ecology Consortium B) Angiosperm Phylogeny Group C) Molecular Biology Research Group D) Rothamsted Experimental Station
A) Ferns B) Cyanobacteria C) Mosses D) Pines
A) Cutin. B) Pectin. C) Cellulose. D) Lignin.
A) Bryology B) Mycology C) Agrostology D) Phytology
A) Inulin. B) Starch. C) Cellulose. D) Glycogen.
A) Carpology B) Phytosociology C) Xylology D) Dendrology
A) Phycology B) Bacteriology C) Pteridology D) Lichenology
A) Frank Yates B) Ronald Fisher C) Frederick Campion Steward D) Kenneth V. Thimann
A) The reduction of nitrogen content B) The increase of carbon dioxide levels C) The rise in atmospheric oxygen D) The stabilization of methane concentrations
A) Tetrahydrocannabinol B) Morphine C) Caffeine D) Nicotine
A) Weeds B) Pests C) Soil erosion D) Climate change
A) Rosaceae. B) The sunflower family Asteraceae. C) Poaceae. D) Fabaceae.
A) The female parent B) The male parent C) Both parents equally D) Neither parent |