The Science of Life, Volumen 4Cassell, 1931 - 896 páginas |
Dentro del libro
Resultados 1-3 de 89
Página 5
... living things grow , but only by additions , by the laying - on or fitting - in of congenial particles , without any change of chemical nature or release of energy . This process of taking in , assimilating and using matter , is called ...
... living things grow , but only by additions , by the laying - on or fitting - in of congenial particles , without any change of chemical nature or release of energy . This process of taking in , assimilating and using matter , is called ...
Página 175
... living thing from which it sprouts is a white silken web that creeps and digests unseen in the rich soil below . The " mushroom spawn " from which edible mushrooms are grown consists of lumps of richly manured soil with this living web ...
... living thing from which it sprouts is a white silken web that creeps and digests unseen in the rich soil below . The " mushroom spawn " from which edible mushrooms are grown consists of lumps of richly manured soil with this living web ...
Página 396
... living matter , we begin about where the modern organic chemist leaves off , and we begin more than a thousand million years of evolution behind contemporary living cells . $ 4 Changes in the Terrestrial Scenery Living matter once ...
... living matter , we begin about where the modern organic chemist leaves off , and we begin more than a thousand million years of evolution behind contemporary living cells . $ 4 Changes in the Terrestrial Scenery Living matter once ...
Índice
THE RANGE NATURE AND STUDY OF LIVING THINGS | 3 |
66 | 5 |
muscles and related | 8 |
Otras 62 secciones no se muestran.
Otras ediciones - Ver todo
Términos y frases comunes
active algæ animals arthropods bacteria become birds blood body bones brain branches called capillaries carbon carbon dioxide cells Cenozoic changes chemical chromosomes colour creatures crustaceans digestive Echinoderms eggs elaborate embryo Eocene Everyman evolution example eyes fact female fertilized fish flatworms flowers fluid forms fossils gametes genes germ-plasm glands grow growth heart human Ichthyosaurs important individual insects intestine kidneys kinds land larvæ layer less limbs liver living things lobster lungs male mammals marsupials matter means ment microscopic million molluscs mouse mouth movements muscles mutations nervous system normal notochord Obelia organs ovary ovum oxygen pair parasitic phylum plants polyps produced proteins prothallus protozoa reproduction reptiles round secretion sense-organs sexual shell skeleton skin species spermatozoa sperms spores stage starfish stomach structure substances surface swim tail teeth thyroid tiny tion tissue to-day tube types variations various vertebrates whole worms