Quick filters:
Page 1 of 2
Food storage organ Stock Photos and Images
RF2D4W6XN–Three full bowls of raw cereals buckwheat, rice, lentils on a canvas napkin on a wooden background flat lay with place for text. Different types organ
RMEBK839–wild leek, elephant garlic, medical plant, medical plants, medicinal plant, medicinal plants, herbalism, useful plant, useful plants, homeopathy, traditional medicine, folk medicine (Allium ampeloprasum), onions
RM2WYDEDG–cold store of hospital food, Kitchen, Hospital Donostia, San Sebastian, Gipuzkoa, Basque Country, Spain.
RMEBN13E–Garden onion, Bulb Onion, Common Onion (Allium cepa var. proliferum, Allium proliferum, Allium x proliferum), with fungal infestation
RMEBK8N3–Garden onion, Bulb Onion, Common Onion (Allium cepa), Bulb canker of onion by Sclerotium cepivorum
RF2BC49G3–9 Thematic Vector Flat Colors and Editable Symbols of ui, interface, bbq, attachment, life Editable Vector Design Elements
RM2CE260Y–. Biology . urther function of preventing a surplus of CO2 in the blood. The Crop and Gizzard.—In the 14th segment the digestivetract enlarges to form a thin-walled expansion called the crop,extending from the 14th to the i6th somites. No special func-tion, apart from storage, is attributed to this organ, but it opensdirectly into a thick-walled gizzard provided with powerfulcircular muscles. The contraction of these muscles, acting onthe contained food material mixed with gravel, results in thetrituration of the solid food materials and prepares them fordigestion in the stomach intestine. The
RMPG45CC–. Minnesota plant diseases. Plant diseases. 7° Minnesota Plant Diseases. and model has been formed; this mummy contains a great abundance of food material, but no part of the insect can be found in it. The mummy now acts as a storage and resting organ and requires apparently considerable time—months, perhaps—to ripen. Under favorable conditions this mummy will send up an orange-colored club-shaped body, which will again produce the kind of spore which was described at the be-. Fic. 31.—Various kinds of caterpillar fungi with fruiting bodies. (Cordyceps militaris, C. stylophora and Isaria sp.)
RF2GGGT3H–Two sacks of potatoes. Full bags, open and closed. Harvesting and storage. Colorful vector isolated illustration hand drawn. Farming. Vegetarian organ
RMCY02WD–Heart in food storage container on organ donation waiting list, symbolic image for organ donation
RF2D35P59–Full ice cube tray icon. Cartoon of full ice cube tray vector icon for web design isolated on white background
RMRE37P8–. Fundamentals of botany. Botany. INTRODUCTION they are composed of organs plants (and animals also) are said to be organized, and are called organisms. For a similar reason, the kingdom of living things is called the organic kingdom, or the 6rganic world.. Fig. 2.—Kohlrabi, showing the stem modified as an organ for the storage of food, and a well developed tap-root. 14. Root and Shoot.—Everyone knows that the plants with which we are best acquainted have roots in the. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - c
![. Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian Stock Photo](https://c8.alamy.com/comp/PG45ET/minnesota-plant-diseases-plant-diseases-minnesota-plant-diseases-15-contains-nutrient-mate-rial-in-the-form-of-oils-and-other-compounds-this-ergot-remains-dor-mant-through-winter-and-in-the-spring-pro-duces-reproductive-bod-ies-certain-carrion-fun-gi-form-storage-organs-they-are-found-under-the-ground-developed-on-strands-of-the-mycelium-in-this-case-the-storage-organ-has-packed-up-its-food-material-in-the-form-of-a-starch-peculiar-to-fungi-and-known-as-fun-gus-starch-certain-pore-fungi-produce-very-large-underground-storage-or-gans-such-is-probably-the-quottuckahoe-indian-PG45ET.jpg ". Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian Stock Photo")
RMPG45ET–. Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian
RM2CDM1DM–Siberian scilla, Siberian squill (Scilla siberica, Scilla sibirica), Bulbs with ruler, cutout, Netherlands
RM2C3THYF–Glory-of-the-Snow, Glory of the Snow (Chionodoxa luciliae, Scilla luciliae, Chionodoxa luciliae), bulbs, cutout, Netherlands
RM2C7J888–common daffodil (Narcissus pseudonarcissus), bulb, cutout, Germany, North Rhine-Westphalia
RM2C50H92–common fritillary, snake's-head fritillaria (Fritillaria meleagris), bulbs with ruler, cutout
RMRDYFDE–. Plant physiology. Plant physiology. DEVELOPMENT AND REPRODUCTION 291 the usual subterranean storage organs, begin to accumulate in the aerial stems and so transform these into storage organs. It is possible, however, to bring about the accumulation of food material in an entirely different kind of organ from that in which it usually occurs. For example, in BoussingauUia haselloides, which forms tubers under usual conditions, the accumulation of starch, etc., may be made to occur in the rpot. To accomplish this, the petiole of a cut leaf is buried in soil. Roots develop at the cut end of the
RMRFXBG0–. Canadian journal of agricultural science. Agricultural Institute of Canada; Agriculture. January, 1922. SCIENTIFIC AGRICULTURE. 165 and the protuberance on the tuber. In root and stolon galls tiie parasite event- ually reaches the phloem in which most of the food manufactured is conducted and in this tissue most of the hypertrophy^ occurs. The tuber is somewhat modified because of its function as a large storage organ and the plasniodia do not, as a rule, reach the i)hl()em but attack cells of the hypo- ilermis and cortex. Where a cell is covered by a Plasmodium, or part of one, the wall swe
RMRH4W43–. Botany; principles and problems. Botany. CHAPTER IV THE ROOT AND ITS FUNCTIONS The portion of the plant most intimately related to the soil is the root. This organ has two major functions—to anchor the plant firmly and to absorb water and certain important nutrient materials from the soil. Beyond this, the root often serves as a. Fig. 21.—A fibrous root-system (Grass). The roots are all rather slender and much branched. storage reservoir for food, and may perform various other functions. External Structure.—The most common type of root is a rather slender and profusely branched structure, pe
RMRHNTXY–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 112 A. FARMANFARMAIAN AND JOHN H. PHILLIPS established that a starving sea urchin will resorb its gonads, but there is no indica- tion that the gonads constitute the natural storage organ of these animals. A recent study of Giese (1961 ) indicates that lipid is the main reserve food of Strongvloccn- trotus purpuratus, S. jranciscanus, and Alloccntrotus fragilis. The lipid is stored in the wall of the intestinal tract and is observed to decrease in amount during starva- tion. In the asteroids the hepatic caeca have been shown
RM2C50H5H–Giant snowdrop, Greater snodrop (Galanthus elwesii), bulbs, cutout, Netherlands, Frisia, Wolvega
RMRDE4N2–. Minnesota plant diseases. Plant diseases. 7° Minnesota Plant Diseases. and model has been formed; this mummy contains a great abundance of food material, but no part of the insect can be found in it. The mummy now acts as a storage and resting organ and requires apparently considerable time—months, perhaps—to ripen. Under favorable conditions this mummy will send up an orange-colored club-shaped body, which will again produce the kind of spore which was described at the be-. Fic. 31.—Various kinds of caterpillar fungi with fruiting bodies. (Cordyceps militaris, C. stylophora and Isaria sp.)
RM2C7J8CF–pheasant's-eye daffodil, pheasant's-eye narcissus, poet's narcissus (Narcissus poeticus), bulb, cutout, Germany, North Rhine-Westphalia
RM2C50HPX–Giant snowdrop, Greater snodrop (Galanthus elwesii), bulbs with ruler, cutout, Netherlands, Frisia, Wolvega
![. Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian Stock Photo](https://c8.alamy.com/comp/RDE4T6/minnesota-plant-diseases-plant-diseases-minnesota-plant-diseases-15-contains-nutrient-mate-rial-in-the-form-of-oils-and-other-compounds-this-ergot-remains-dor-mant-through-winter-and-in-the-spring-pro-duces-reproductive-bod-ies-certain-carrion-fun-gi-form-storage-organs-they-are-found-under-the-ground-developed-on-strands-of-the-mycelium-in-this-case-the-storage-organ-has-packed-up-its-food-material-in-the-form-of-a-starch-peculiar-to-fungi-and-known-as-fun-gus-starch-certain-pore-fungi-produce-very-large-underground-storage-or-gans-such-is-probably-the-quottuckahoe-indian-RDE4T6.jpg ". Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian Stock Photo")
RMRDE4T6–. Minnesota plant diseases. Plant diseases. Minnesota Plant Diseases. 15 contains nutrient mate- rial in the form of oils and other compounds. This ergot remains dor- mant through winter and in the spring pro- duces reproductive bod- ies. Certain carrion fun- gi form storage organs. They are found under the ground, developed on strands of the mycelium. In this case the storage organ has packed up its food material in the form of a starch peculiar to fungi and known as fun- gus starch. Certain pore fungi produce very large underground storage or- gans. Such is probably the "Tuckahoe Indian
RM2C69MJ9–Double-flowered snowdrop (Galanthus nivalis 'Flore Pleno', Galanthus nivalis Flore Pleno), bulbs of cultivar Flore Pleno, cutout, Netherlands, Frisia, Jelsum
RM2C7J88X–pheasant's-eye daffodil, pheasant's-eye narcissus, poet's narcissus (Narcissus poeticus), bulb with ruler, cutout, Germany, North Rhine-Westphalia
Search Results for Food storage organ Stock Photos and Images (139)
Page 1 of 2