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Moss protonemata Stock Photos and Images

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Moss protonemata Stock Photos and Images

Moss protonemata micrograph Stock Photo
RFEJC3B1–Moss protonemata micrograph
thick cushion of moss showing gametophytes (the low, leaf-like forms) and sporophytes in Cumbria, England, UK Stock Photo
RMM39JYK–thick cushion of moss showing gametophytes (the low, leaf-like forms) and sporophytes in Cumbria, England, UK
Moss protonemata micrograph Stock Photo
RFFC0PNK–Moss protonemata micrograph
Moss protonema. Optical microscope X100. Stock Photo
RF2TBJ598–Moss protonema. Optical microscope X100.
Moss protonemata micrograph Stock Photo
RMFYPNTH–Moss protonemata micrograph
An image of Moss Protonemata. When a moss first grows from the spore, it grows as a protonema which develops into a leafy gametophore, vintage line dr Stock Vector
RFT60224–An image of Moss Protonemata. When a moss first grows from the spore, it grows as a protonema which develops into a leafy gametophore, vintage line dr
Light photomicrograph of Moss protonemata whole mount seen through microscope Stock Photo
RFMBAW9W–Light photomicrograph of Moss protonemata whole mount seen through microscope
Stock Photo
RFR3G0KB–
. Fundamentals of botany. Botany. LIFE HISTORY OF A MOSS 20S bearing cells. Thus photosynthesis may be carried on, though of course to a very limited degree. The sporo- phyte of the true mosses seems to occupy an intermediate position between those of Sphagnum and the fern, and, as we ascend from the lower form in Sphagnum to the higher form in the fern, the transition is largely characterized by a decrease in the amount of fertile tissue and an increase in the relative amount of sterile tissue of the sporophytes.. Fig. 148.—Protonemata of a moss bearing young gametophyte buds. 190. Vegetative Stock Photo
RMRE2G2B–. Fundamentals of botany. Botany. LIFE HISTORY OF A MOSS 20S bearing cells. Thus photosynthesis may be carried on, though of course to a very limited degree. The sporo- phyte of the true mosses seems to occupy an intermediate position between those of Sphagnum and the fern, and, as we ascend from the lower form in Sphagnum to the higher form in the fern, the transition is largely characterized by a decrease in the amount of fertile tissue and an increase in the relative amount of sterile tissue of the sporophytes.. Fig. 148.—Protonemata of a moss bearing young gametophyte buds. 190. Vegetative
Stock Photo
RFR3JADE–
Light photomicrograph of Moss protonemata whole mount seen through microscope Stock Photo
RFEB9F67–Light photomicrograph of Moss protonemata whole mount seen through microscope
. Introduction to botany. Botany. Mosses, Ferns, and Horsetails. 291 the time of its maturity; that is, until the capsule contain- ing the ripened asexual spores has been formed at its apex. The asexual spores are capable of germination as soon as formed, but, instead of producing a leafy moss plant imme- diately, they first form filamentous outgrowths called pro- tonemata, resembling the filamentous Algae (Fig. 152, A and B). Finally buds (Fig. 152, B) are formed on the protonemata, which develop into the leafy moss plant.. Fig. 152. A, germinating moss spore; B, protonema produced by further Stock Photo
RMRDRD1A–. Introduction to botany. Botany. Mosses, Ferns, and Horsetails. 291 the time of its maturity; that is, until the capsule contain- ing the ripened asexual spores has been formed at its apex. The asexual spores are capable of germination as soon as formed, but, instead of producing a leafy moss plant imme- diately, they first form filamentous outgrowths called pro- tonemata, resembling the filamentous Algae (Fig. 152, A and B). Finally buds (Fig. 152, B) are formed on the protonemata, which develop into the leafy moss plant.. Fig. 152. A, germinating moss spore; B, protonema produced by further
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