Photosynthetic roots hi-res stock photography and images

Cedar with roots cut below the ground. Stock Photo

RF2JKWRMP–Cedar with roots cut below the ground.

in nature is perfect and everything is perfect. algea can be contorted, bent weird ways, and they're still beautiful. Stock Photo

RM2J9A3FJ–in nature is perfect and everything is perfect. algea can be contorted, bent weird ways, and they're still beautiful.

Glowing sunlit Aspen tree in the fall in Prescott Arizona Stock Photo

RF2E8592J–Glowing sunlit Aspen tree in the fall in Prescott Arizona

Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green. Stock Photo

RF2M3MKDF–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

Chiloschista species Leafless Orchids mounted on bark in flower with just roots visible for photosynthesis, no foliage (Ghost orchid) Stock Photo

RMANXWPH–Chiloschista species Leafless Orchids mounted on bark in flower with just roots visible for photosynthesis, no foliage (Ghost orchid)

RF2M3MM95–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

bosque caducifolio, Garganta de Escuaín, parque nacional de Ordesa y Monte Perdido, Provincia de Huesca, Comunidad Autónoma de Aragón, cordillera de los Pirineos, Spain, europe. Stock Photo

RM2R3TAF4–bosque caducifolio, Garganta de Escuaín, parque nacional de Ordesa y Monte Perdido, Provincia de Huesca, Comunidad Autónoma de Aragón, cordillera de los Pirineos, Spain, europe.

RF2M3N1C5–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

RM2BEGEPH–Photosynthesis

Young Trees On Sale, At A Garden Center Stock Photo

RMA74G0N–Young Trees On Sale, At A Garden Center

Pattern and details in dry oak tree. Stock Photo

RFBBGJG9–Pattern and details in dry oak tree.

Ficus tree acting as a host tree for a Common Wild Fig, or Strangler Fig, growing all around it, in Tortuguero, Costa Rica Stock Photo

RF2BCX5GP–Ficus tree acting as a host tree for a Common Wild Fig, or Strangler Fig, growing all around it, in Tortuguero, Costa Rica

Spring dayligh in a Swiss glade Stock Photo

RF2A1XEAT–Spring dayligh in a Swiss glade

Abandoned dirty pool with algae and wood in it. Stock Photo

RF2HE9WFW–Abandoned dirty pool with algae and wood in it.

Black and white picture of dry plants in the Vaud Alps after a freezing time Stock Photo

RF2A1XEG2–Black and white picture of dry plants in the Vaud Alps after a freezing time

Oak leaves, Tejeda de Tosande. Fuentes Carrionas Natural Park, Fuente Cobre- Palentina Mountain. Palencia, Spain Stock Photo

RM2WMGGMT–Oak leaves, Tejeda de Tosande. Fuentes Carrionas Natural Park, Fuente Cobre- Palentina Mountain. Palencia, Spain

Single fern front against a plain background nature still-life Stock Photo

RM2BCPAXJ–Single fern front against a plain background nature still-life

RMD3HN00–CEDAR, DRAWING

RM2R39YK3–Oak leaves, Tejeda de Tosande. Fuentes Carrionas Natural Park, Fuente Cobre- Palentina Mountain. Palencia, Spain.

Close up of lichen and mosses on stone wall Stock Photo

RFAH5F27–Close up of lichen and mosses on stone wall

RF2J9A3AP–in nature is perfect and everything is perfect. algea can be contorted, bent weird ways, and they're still beautiful.

. Botany for agricultural students. Plants. 278 LEAVES as cane sugar but differing in arrangement of atoms, occurs in germinating seeds, and is especially abundant in germinating Barley. It is formed when starch is broken into its components. Maltose, when broken into its constituents, gives rise to two molecules of glucose. The starches are the most abundant storage forms of food into which the photosynthetic sugar is converted. They occur in all parts of the plant, but are especially abundant in seeds, tubers, and fleshy roots, where they are extensively used by man for food. The food value Stock Photo

RMRH8Y4D–. Botany for agricultural students. Plants. 278 LEAVES as cane sugar but differing in arrangement of atoms, occurs in germinating seeds, and is especially abundant in germinating Barley. It is formed when starch is broken into its components. Maltose, when broken into its constituents, gives rise to two molecules of glucose. The starches are the most abundant storage forms of food into which the photosynthetic sugar is converted. They occur in all parts of the plant, but are especially abundant in seeds, tubers, and fleshy roots, where they are extensively used by man for food. The food value

. Botany for agricultural students . Botany. 278 LEAVES as cane sugar but differing in arrangement of atoms, occurs in germinating seeds, and is especially abundant in germinating Barley. It is formed when starch is broken into its components. Maltose, when broken into its constituents, gives rise to two molecules of glucose. The starches are the most abundant storage forms of food into which the photosynthetic sugar is converted. They occur in all parts of the plant, but are especially abundant in seeds, tubers, and fleshy roots, where they are extensively used by man for food. The food value Stock Photo

RMPG4BFA–. Botany for agricultural students . Botany. 278 LEAVES as cane sugar but differing in arrangement of atoms, occurs in germinating seeds, and is especially abundant in germinating Barley. It is formed when starch is broken into its components. Maltose, when broken into its constituents, gives rise to two molecules of glucose. The starches are the most abundant storage forms of food into which the photosynthetic sugar is converted. They occur in all parts of the plant, but are especially abundant in seeds, tubers, and fleshy roots, where they are extensively used by man for food. The food value

RM2A3N819–Geurlesquin Wood 080611

Geurlesquin, Woodland 040611 Stock Photo

RM2A3N7E5–Geurlesquin, Woodland 040611

RF2M3N4DD–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

RM2BEGER6–Photosynthesis

RF2M3MKB5–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

Photosynthesis, computer artwork. Photosynthesis is the process by which most plants (as well as algae and some bacteria) convert sunlight into chemical energy. This energy is used to produce carbohydrate, such as starch, which is stored and used for grow Stock Photo

RMG155N4–Photosynthesis, computer artwork. Photosynthesis is the process by which most plants (as well as algae and some bacteria) convert sunlight into chemical energy. This energy is used to produce carbohydrate, such as starch, which is stored and used for grow

RF2HE23JJ–Abandoned dirty pool with algae and wood in it

RM2BCPAXG–Single fern front against a plain background nature still-life

RMP7P55J–bosque caducifolio, Garganta de Escuaín, parque nacional de Ordesa y Monte Perdido, Provincia de Huesca, Comunidad Autónoma de Aragón, cordillera de los Pirineos, Spain, europe.

RM2J9A3XN–in nature is perfect and everything is perfect. algea can be contorted, bent weird ways, and they're still beautiful.

RMRDD8C8–. Botany for agricultural students . Botany. 278 LEAVES as cane sugar but differing in arrangement of atoms, occurs in germinating seeds, and is especially abundant in germinating Barley. It is formed when starch is broken into its components. Maltose, when broken into its constituents, gives rise to two molecules of glucose. The starches are the most abundant storage forms of food into which the photosynthetic sugar is converted. They occur in all parts of the plant, but are especially abundant in seeds, tubers, and fleshy roots, where they are extensively used by man for food. The food value

RF2M3N1FW–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

RMG155N3–Photosynthesis, computer artwork. Photosynthesis is the process by which most plants (as well as algae and some bacteria) convert sunlight into chemical energy. This energy is used to produce carbohydrate, such as starch, which is stored and used for grow

RF2M3MK9A–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

RF2M3MKGG–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green.

RF2M3MG4T–Algae is an informal term for a large and diverse group of photosynthetic eukaryotic organisms. It is a polyphyletic grouping that includes species from multiple distinct clades. Algae usually are identified with the color green. India

RM2BCPAX7–Single fern front against a plain background nature still-life

it is always worth taking the scenic route Stock Photo

RM2J9A2Y9–it is always worth taking the scenic route

. Principles of modern biology. Biology. 586 - Heredity and Evolution. Fig. 30-11. This cactus is one of the extreme xerophytes (see text). (Courtesy of C. J. Alexopaulos.) (for example, certain cacti) the leaves are re- and roots display a relatively simple struc- duced to mere spiny structures (Fig. 30-11), ture. In Elodea, for example, the roots are and the compact fleshy stem takes over the scarcely more complex than holdfasts (p. photosynthetic functions of the leaves. Other xerophytes, however, possess thick fleshy leaves in which large reserves of water may 238), and the stem and leaf c Stock Photo

RMRDXXEW–. Principles of modern biology. Biology. 586 - Heredity and Evolution. Fig. 30-11. This cactus is one of the extreme xerophytes (see text). (Courtesy of C. J. Alexopaulos.) (for example, certain cacti) the leaves are re- and roots display a relatively simple struc- duced to mere spiny structures (Fig. 30-11), ture. In Elodea, for example, the roots are and the compact fleshy stem takes over the scarcely more complex than holdfasts (p. photosynthetic functions of the leaves. Other xerophytes, however, possess thick fleshy leaves in which large reserves of water may 238), and the stem and leaf c

RM2BCPAY0–Single fern front against a plain background nature still-life

RM2BCPAXB–Single fern front against a plain background nature still-life

RM2BCPAXM–Single fern front against a plain background nature still-life

RM2BCPAWX–Single fern front against a plain background nature still-life

RM2BCPAXT–Single fern front against a plain background nature still-life

RM2BCPAY5–Single fern front against a plain background nature still-life

RM2BCPAY4–Single fern front against a plain background nature still-life

RM2BCPAXW–Single fern front against a plain background nature still-life

RM2BCPAX3–Single fern front against a plain background nature still-life

RM2BCPAWR–Single fern front against a plain background nature still-life

Fern plant in summer sunshine Stock Photo

RMPY7WDR–Fern plant in summer sunshine

RMPY7WDG–Fern plant in summer sunshine

Fit Ferns in a woodland environment during autumn showing leaf fall and wider background Stock Photo

RM2DX5D8N–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E04AH9–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E049RW–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD1–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5NCF–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5DAR–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5DAF–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD7–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E04AH3–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5DAB–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD3–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5T77–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E049RY–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5T74–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E049RT–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5NCD–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5D04–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2E04AHA–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5T73–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD6–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD4–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PDA–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5T7A–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5T79–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

RM2DX5PD5–Fit Ferns in a woodland environment during autumn showing leaf fall and wider background

Ferns and woodland stream intimate landscape Stock Photo

RM2C8E1B4–Ferns and woodland stream intimate landscape

RM2C8E1BH–Ferns and woodland stream intimate landscape

Late autumn matted ferns natural patterns in the Kent countryside, England, United Kingdom, Europe Stock Photo

RMRTCF90–Late autumn matted ferns natural patterns in the Kent countryside, England, United Kingdom, Europe

RMRTCF9X–Late autumn matted ferns natural patterns in the Kent countryside, England, United Kingdom, Europe

RMRTCF9B–Late autumn matted ferns natural patterns in the Kent countryside, England, United Kingdom, Europe

Natural close up natural patterns plant portrait of verdant ferns Stock Photo

RM2R6WX6K–Natural close up natural patterns plant portrait of verdant ferns

Healthy fern in mid-winter amongst fallen leaf litter in a Surrey woodland Stock Photo

RM2EA9DNE–Healthy fern in mid-winter amongst fallen leaf litter in a Surrey woodland

Abstract close up nature, Fern leaves Stock Photo

RM2C8Y2PH–Abstract close up nature, Fern leaves

Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe Stock Photo

RM2BB6MTT–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

RM2BB6KN4–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

RM2BB6MT8–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

RM2BB6KN5–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

RM2BB6MTR–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

RM2BB6MT6–Fern fronz nature close up of leaf patterns in sunshine, East Sussex, England, europe

Two rocks in stream, Mossman, Cairns, Australia Stock Photo

RMKG5RCY–Two rocks in stream, Mossman, Cairns, Australia

Fern fronz close-up showing patterns and texture, nature still-life Stock Photo

RM2FJWWNP–Fern fronz close-up showing patterns and texture, nature still-life

RM2FJWWNG–Fern fronz close-up showing patterns and texture, nature still-life

Fern front, at Beacon wood country park, Kent, England, United Kingdom, Europe Stock Photo

RMPX7700–Fern front, at Beacon wood country park, Kent, England, United Kingdom, Europe

RMPX76Y6–Fern front, at Beacon wood country park, Kent, England, United Kingdom, Europe

Verdant natural environmental plant portrait featuring Ferns Stock Photo

RM2K0T6D4–Verdant natural environmental plant portrait featuring Ferns

Verdant Ferns against a gnarled tree stump close-up nature abstract portrait Stock Photo

RMT56722–Verdant Ferns against a gnarled tree stump close-up nature abstract portrait

Photosynthetic roots Stock Photos and Images

Photosynthetic roots Stock Photos and Images

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