Cyanobacteria Or Blue Green Algae Biology Essay.
Algae - Algae - Classification of algae: The classification of algae into taxonomic groups is based upon the same rules that are used for the classification of land plants, but the organization of groups of algae above the order level has changed substantially since 1960. Early morphological research using electron microscopes demonstrated differences in features, such as the flagellar.
The examples of producers are green plants and certain blue-green, algae. The green plants synthesize their food during photosynthesis by taking raw materials from the earth and energy from the sun maize (makkd) as food. The green plants produce carbohydrates by photosynthesis and also synthesize proteins and fats.
The phycobiliproteins, together with chlorophyll enable blue-green algae to absorb light energy and to last in an environment with merely green visible radiation. Photosynthesis in blue-green algaes by and large uses H2O as an negatron giver and produces O as a byproduct, though some may besides utilize H sulfide a procedure which occurs among other photosynthetic bacteriums.
Cyanobacteria (blue-green algae) constitute the largest, most diverse, and most widely distributed group of photosynthetic prokaryotes. Although they lack organized chloroplast, their photosynthetic apparatus is remarkably similar in functional, structural, and molecular respects to that of higher plants and algae, with the exception of their light harvesting complex, which comprises.
Blooms of blue-green algae can produce harmful toxins which stop a dog’s liver from functioning properly. However, not all types of blue-green algae are dangerous. Sadly, exposure to toxic blue-green algae is often fatal, and can also cause long term health problems in dogs that survive after drinking or swimming in algae-contaminated water.
Green Algae. It is a large, informal grouping of algae having the primary photosynthetic pigments chlorophyll A and B, along with auxiliary pigments such as xanthophylls and beta carotene. Higher organisms use green algae to conduct photosynthesis for them. Other species of green algae have a symbiotic relationship with other organisms.
THE TAXONOMY OF BLUE-GREEN ALGAE By B. A. WHITTON Department of Botany, University of Durham The conventions at present used in the classification of blue-green algae frequently prove unsatisfactory. A solution is suggested which requires the simultaneous use of two different approaches. When a binomial is essential the flora of Geitler (1932.