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