Plants & Fungi: Multicelled Life
This title examines how cells work together to form the huge range of plants and fungi we see around us. It looks at the typical structure of a plant cell, and points out the ways in which this differs from a typical animal cell. It shows how plant cells have become specialized so that they can carry out different jobs, from photosynthesis to reproduction. This book also looks at the differences between plants and fungi, and how fungi and algae can work together to form lichens.
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absorb angiosperms animals anther asexual reproduction called carbon dioxide carpel cell membrane cell walls cell's cells.The chlorophyll chloroplasts collenchyma color companion cell cone conifers contain cotyledons cuticle cytoplasm develop dicot embryo energy enzymes epidermis ferns fertilization flowering plants food store fruits fungal fungi fungus gametes gametophyte ground tissue grow guard cells gymnosperms hyphae insects layer of cells leaf leaves living things Magnification approx mesophyll molecules monocot monocot plants mosses multi-cellular mushrooms mycelium mycorrhiza nucleus numbers nutrients organelle outer ovary ovule oxygen palisade mesophyll parenchyma parent plant petals petiole phloem photosynthesis Phylum plant cell plant.The plant's epidermis plant's vascular system pollen grains primary root produce protect proteins reproductive organs root system sclerenchyma sclerenchyma cells sex cells shoot sieve cells sieve tube members soil species spongy mesophyll spores sporophyte stamen stoma stomata storage structures substances sugars sunlight surface tracheids trees vacuole vascular tissue woody stems xylem xylem cells