saprophytic nutrition in plants with pictures

Detritivore - Many species of bacteria, fungi and protists, unable to ... Decomposer; Saprotrophic nutrition References ^ ... fungi in myco-heterotrophs and debunking the saprophytic .....

Detritivore - Plants that were once considered saprophytes, such as non-photosynthetic orchids and monotropes, are now known to be parasites on fungi. These species are now termed myco .....

Detritivore - ... are a good example of soil-dwelling detritivores ... 'Saprophyte' (-phyte meaning 'plant') is a botanical term that is now considered obsolete...

Apiospora montagnei - Apiospora montagnei is a plant pathogen that causes kernal blight on barley but is more often seen aa saprophyte or secondary invader of many other plant species...

A Clearer Picture Of Ocean Currents - A Clearer Picture Of Ocean Currents ... that are crucial in controlling the transport of drifting plants and animals as well .....

Leaf vegetable - Leaf vegetables, also called potherbs, greens, or leafy greens, are plant leaves eaten as a vegetable, sometimes accompanied by tender petioles and shoots. See also: Health & Medicine Nutrition Vegetarian Cholesterol Plants & Animals Botany Endangered Plants Food Although they come from a very wide variety of plants, most share a great deal with other leaf vegetables in nutrition and cooking methods. Nearly one thousand species of plants with edible leaves are known. Leaf vegetables most often come from short-lived herbaceous plants such as lettuce and spinach. Woody plants whose leaves can be eaten as leaf vegetables include Adansonia, Aralia, Moringa, Morus, and Toona species. The leaves of many fodder crops are also edible by humans, but usually only eaten under famine conditions. Examples include alfalfa, clover, and most grasses, including wheat and barley. These plants are often much more prolific than more traditional leaf vegetables, but exploitation of their rich nutrition is ....

Fortified Cassava Could Provide A Day's Nutrition In A Single Meal - ScienceDaily (June 30, 2008) — Scientists have determined how to fortify the cassava plant, a staple root crop in many developing countries, with enough vitamins, minerals and protein to provide the poor and malnourished with a day's worth of nutrition in a single meal. See Also: Health & Medicine Nutrition Dietary Supplement Vitamin Plants & Animals Agriculture and Food Endangered Plants Botany Reference Food groups Cereal Transgenic plants Root vegetable The researchers have further engineered the cassava plant so it can resist the crop's most damaging viral threats and are refining methods to reduce cyanogens, substances that yield poisonous cyanide if they are not properly removed from the food before consumption. The reduction of cyanogens also can shorten the time it takes to process the plant into food, which typically requires three to six days to complete. Studies also are under way to extend the plant's shelf life so it can be stored or shipped. The international team of sc....

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  Saprophytes gothic metal band   About SaprophyteS SAPROPHYTES band began treading its musical paths, marked by over 50 gigs by now, in Vilnius, Lithuanian capital, in 1998. The first performances of the band in Naujas Kraujas 2001 festival for debutant bands and later in Gelezine Pilis (2001) concert soon evolved into participation in such acknowledged events of alternative music as Velniu Malunas (2002, 2003, 2004), Tamsa Snabzda (2003), Kunigunda Lunaria 2004, etc. The band also held it performance at the concert of ...

Question : Of what importance, are they?

Answer : Saprophytic organisms are the decomposers of the world. They consume dead organic matter and help recycle them into the ecosystem. Without saprophytes, organisms would die, and all of the nutrients that they had consumed and contained during their lifetime would be locked into their body and lost forever. In short, saprophytic organisms remove waste by breaking it down and recycle key elements back into the ecosystems that they live in.

Question : what are the main characteristics of fungi i need to find out for my coursework sum1 help me plz

Answer : Most fungi grow as tubular filaments called hyphae. An interwoven mass of hyphae is called a mycelium. The walls of hyphae are often strengthened with chitin, a polymer of N-acetylglucosamine. The linkage between the sugars is like that of cellulose and peptidoglycan and produces the same sort of structural rigidity. Fungi are heterotrophic Some live as saprophytes, getting their nourishment from the surroundings (often having first digested it by secreting enzymes). They perform a crucial role in nature by decomposing dead organisms are releasing their nutrients for reuse by the living. Some live in a mutually beneficial symbiotic relationship with another organism, often a plant. The association of fungus and plant root is called a mycorrhiza. Some 80% of land plants benefit from symbiotic mycorrhiza. The plant benefits by more-efficient mineral (especially phosphorus) uptake. The fungus benefits by the sugars translocated to the root by the plant.

Question : Cellular respiration Photosythesis Osmosis Transduction

Answer : Well, without looking anything up I can easily eliminate osmosis. Autotrophs are organisms that can 'make their own food' from an inorganic source of carbon (carbon dioxide) given a source of energy. Most autotrophs use sunlight in the process of photosynthesis to make their own food. Photosynthesis is the name of the process which autotrophs use to convert water, carbon dioxide, and solar energy into sugars and oxygen. Examples of autotrophs are plants and algae (shown in the picture). Autotrophs are the producers of the food chain. The word autotroph comes from the Greek autos=self and trophe=nutrition. Everything here is pointing to photosynthesis! Good luck! =]