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algae

mostly aquatic organisms that are usually photosynthetic and typically smaller and less complex than land plants

Simple rootless plants that grow in sunlit waters in relative proportion to the amounts of nutrients available They are food for fish and small aquatic animals, and a factor in eutrophication (Source: Mintzer, 1992)

a group of chiefly aquatic plants (e g , seaweed, pond scum, stonewort, phytoplankton) that contain chlorophyll and may passivel drift, weakly swim, grown on the substrate, or take root in a water body

Underwater growths of plant-like organisms Some algae may resemble plants but they are actually not plants at all Algae ranges in type from tall stalks of kelp to fuzzy growths of green hair algae to encrusting growths of coralline algae

Microscopic forms of plant life They thrive in sunshine They are present on vegetation, in the air, and in soils Their microscopic spores are continuously introduced into the pool by winds, dust storms, rain showers, etc They grow rapidly in pool water when exposed to sunlight and temperature above 40 degrees If not destroyed by chemical treatment, they form objectionable slime and odors They can interfere with proper filtration and greatly increase chlorine demand Phosphates (fertilizers) in the water encourage their growth

Simple, usually aquatic, plants without tru roots, stems, or leaves Almost all of them contain chlorophyll and thus are able to produce their own food Kelp is one example

aquatic plants that can clog ponds or streams and allow mosquito larvae to hide from fish and other predators

primitive chlorophyll-containing mainly aquatic eukaryotic organisms lacking true stems and roots and leaves

Photosynthetic plants that contain chlorophyll, have simple reproductive structures, and whose tissues are not differentiated into true roots, stems, or leaves

Are microscopic plants that are free-living and usually live in water They occur as single cells floating in water, or as multicellular plants like seaweed or strands of algae that attach to rocks

Simple rootless plants that grow in bodies of water (e g , estuaries) at rates in relative proportion to the amounts of nutrients (e g , nitrogen and phosphorus) available in the water

Primitive plants, usually aquatic, capable of synthesizing their own food by photosynthesis

A chlorophyll-containing plant ranging from one to many cells in size, that lives in fresh or salt water

Microscopic plant-like organisms that contain chlorophyll Algae are nourished by carbon dioxide (CO2) and use sunlight to carry out photosynthesis It is introduced by rain or wind and grows in colonies producing nuisance masses Algae are not disease-causing, but can harbor bacteria, and it is slippery There are 21,000 known species of algae The most common pool types and black, blue-green, green and mustard (yellow or drawn) Pink or red-colored algae-like organisms exist but are bacteria and not algae Maintaining proper sanitizer levels, shocking and superchlorination will help prevent its occurrence

Plant like marine organisms that range in size from microscopic phytoplankton to the giant kelp bladder found of our beaches They contain chlorophyll, the same pigment used by land plants to perform photosynthesis

One-celled (phytoplankton) or multicellular plants either suspended in water (Plankton) or attached to rocks and other substrates (periphyton) Their abundance, as measured by the amount of chlorophyll a (green pigment) in an open water sample, is commonly used to classify the trophic status of a lake Numerous species occur Algae are an essential part of the lake ecosystem and provides the food base for most lake organisms, including fish Phytoplankton populations vary widely from day to day, as life cycles are short

Algae is a type of plant with no stems or leaves that grows in water or on damp surfaces. a very simple plant without stems or leaves that grows in or near water (alga ). Members of a group of mostly aquatic, photosynthetic organisms (see photosynthesis) that defy precise definition. They range in size from the microscopic flagellate Micromonas to giant kelp that reach 200 ft (60 m) in length. Algae provide much of Earth's oxygen, serve as the food base for almost all aquatic life, and provide foods and industrial products, including petroleum products. Their photosynthetic pigments are more varied than those of plants, and their cells have features not found among plants and animals. The classification of algae is changing rapidly because new taxonomic information is being discovered. Algae were formerly classified into three major groups the red, brown, and green seaweeds based on the pigment molecules in their chloroplasts. Many more than three groups are now recognized, each sharing a common set of pigment types. Algae are not closely related to each other in an evolutionary sense. Specific groups can be distinguished from protozoans and fungi (see fungus) only by the presence of chloroplasts and by their ability to carry out photosynthesis; these specific groups thus have a closer evolutionary relationship with the protozoa or fungi than with other algae. Algae are common on "slimy" rocks in streams (see diatoms) and as green sheens on pools and ponds. Use of algae is perhaps as old as humankind; many species are eaten by coastal societies

Microorganisms that may grow to colonies in damp environments, including certain rooftops They can discolor shingles Often described as "fungus "

plural of alga

(bio) (biocon) (gen) A unicellular or simple multicellular photosynthetic organism lacking multicellular sex organs; the blue-green algae, or cyanobacteria, are photosynthetic bacteria Fresh and saltwater aquatic plants, usually microscopic in size, but including seaweed They are valuable in waste treatment, as a protein source for humans, as animal feed, and as a FEEDSTOCK for BIOGAS DIGESTERs F - algues S - algas

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