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