RMS1Y59M–Dried and fried charales fish with various seasonings are offered for sale in an open air market along with seasonal fresh fruit including juicy mangoes.
RF2G8R0CH–Closeup of dry charales over a white plate. Dried charales. Dried fish.
RMW7RYKP–Delicate stonewort (Chara virgata) on the left without sporangia and on the right with sporangia. Red (male) antheridia and brown, flask shaped (female) archegonia, Marlborough Downs, Wiltshire, UK, September.
RMCNYD8G–bleak (Alburnus alburnus), some juveniles at charales
RMRY51GN–Colombian Football League Primera A - Liga Aguila Opening Tournament 2019 / ( Cucuta Deportivo Futbol Club ) - Jeysen Jair Nunez Charales
RMCNYD55–Perch, European perch, Redfin perch (Perca fluviatilis), several fishes looking for food among charales, Germany, Bavaria, Lake Chiemsee
RM2M9414D–Dried charales in a bowl for sale in a supermarket.
RFWB025A–Cooking Street food Charales fritos being fried on a comal in a small village in Michoacan Mexico
RMB8H4DY–Underwater vegetation predominantly stonewort algae Chara rusbyana at Sucuri River Bonito Mato Grosso do Sul Brazil
RF2G8R0DN–Top view of dry charales over a white plate. Dried charales. Dried fish.
RMW7RYKM–Delicate stonewort (Chara virgata) on the left without sporangia and on the right with sporangia. Red (male) antheridia and brown, flask shaped (female) archegonia, Marlborough Downs, Wiltshire, UK, September.
RF2BTGXCF–this diagram shows chara vulgaris. Chara vulgaris is a green alga belonging to the Charales, found in rocks and limestone, vintage line drawing or eng
RMCNYD58–Perch, European perch, Redfin perch (Perca fluviatilis), shoal looking for food among charales, Germany, Bavaria, Lake Chiemsee
RF2BTGNAK–this diagram shows chara vulgaris. Chara vulgaris is a green alga belonging to the Charales, found in rocks and fresh water, vintage line drawing or e
RMRE2N7X–. Elementary botany. Botany. 176 MORPHOLOGY. Class Charophycese, Order Charales. 386. The Charales are by some thought to represent a distinct class of algae standing near the mosses, perhaps, because of the biciliate character of the spermatozoids. There is one family, the Characeas. The plants occur in fresh and brackish water. Aside from the peculiarity of the reproductive organs they are remarkable for the large size of the cells of the internodes and of the "leaves," and the protoplasm exhibits to a remarkable degree the phenomenon of "cyclosis" (see paragraphs 17-20).
RFWB2JRT–Charales, bunch of small fishes
RM2RG3H3T–Bristly Stonewort, Chara hispida
RMATAJ54–Common stonewort (Chara vulgaris) showing red antheridia, close-up
RMB8H4MT–Underwater vegetation predominantly stonewort algae Chara rusbyana at Sucuri River Bonito Mato Grosso do Sul Brazil
RF2G8R0BF–Closeup of dry charales inside of transparent food blister. Dried charales. Dried fish on blister.
RMW7RYJJ–Leech (Helobdella stagnalis) a predator of freshwater invertebrates reaching out from a Delicate stonewort (Chara virgata) alga in a shallow pond, with eggs carried in a ventral sac, Wiltshire, UK, September.
RMW7XYWY–Ditch with Chara algae (Chara sp), North Holland. May.
RMCNYD5F–Perch, European perch, Redfin perch (Perca fluviatilis), shoal at a water ground overgrown with charales, Germany, Bavaria, Lake Chiemsee
RMEBKBFC–Stonewort (Chara virgata, Chara delicatula), with gametangia, Germany
RMRPX7WD–. The algae. Algae. ii8 THE ALGAE plants. The cells, which have a cellulose membrane, contain dis- coid chloroplasts without any pyrenoids together with one nucleus. Cytoplasmic streaming is very readily observed, especially in the. Fig. 68 Charales. A, B, stages in development of antheridium of Chara. 1-3, segments and cells to which they give rise. C, section of almost mature antheridium of Nitellaflexilis. b = flask cell, c = extra basal cell. D, C. tomentosUi single plate with manubrium and spermatogenous threads. E, C. tomentosa, apex of manubrium with spermatogenous threads, a = primary
RMCNYD89–Italian bleak, White bleak (Alburnus albidus), some juveniles over charales
RMB8H4MK–Man in a boat and Underwater vegetation predominantly stonewort algae Chara rusbyana at Sucuri River Bonito Brazil
RF2G8R0C5–Top view of dry charales inside of transparent food blister. Dried charales. Dried fish on blister.
RMRPX7W0–. The algae. Algae. 120 THE ALGAE two successive divisions of the zygote nucleus, meiosis taking place during this process. One of these nuclei becomes cut off by a cell wall whilst the other three degenerate. The small cell so formed then divides and two threads grow out in opposite directions, one a rhizoid, the other a protonema. The cell next to the basal cell of the protonema divides into three cells, the upper and lower forming. Fig. 69 Charales. A-F, Char a vulgaris, stages in formation of oogonium. A, first division, B, C, division of periphery to form envelope cells. D, coronal cells
RMRPX7WT–. The algae. Algae. EUPHYCOPHYTA 117 new apical cells, but these soon cease to grow after the branch has reached a short length. At the basal node of the main plant branches of unlimited growth are produced: these arise on the inner side of the oldest lateral in the whorl, thus producing a fictitious appear- ance of axillary branching. Multicellular branched rhizoids with. Fig. 67 Charales. A, 1-6, successive stages in development of root node of Chara aspera. A, double foot joint. 2, dilation of toe of upper foot. 3, toe portion cut off. 4, 5, subdivision of toe cell. 6, rhizoids growing out.
RMRPX7X8–. The algae. Algae. Ii6 THE ALGAE nodes. The nodes are formed by a transverse layer of cells in con- tradistinction to the internodes, which consist of one large cell whose individual length may extend up to 25 cm. in Nitella cernua. The height of the different species varies up to i m., growth being. Fig. 66 Charales. A, Nitella batrachosperma. B, Char a hispida. C, underground bulbil of C. aspera. D, germinating oospore. E, protonema oiC.fragilis. F, young plant of C. crinita. ap = accessory protonema, i =intemode, p = protonema, r =rhizoids, rn =rhizoid node, s = shoot, 5n =stem node, v = i