which is the process of symbiosis?
967502
It is a close inter relationship between the two partner without one the other never sustained.
789834
The process in which people take in nutrients and use them to nourish their body, grow, and produce energy.
491267
It is called endosymbiosis. This is the process in which prokaryotes slowly integrated with other prokaryotes (mitochondria or chloroplast) to form eukaryotes
819315
i suggest symbiosis for correesspondence
708239
A good way to explain a food web is to have students create their own. When I was volunteering with a wildlife rehab center last summer, we did some educational programs at a local camp. Each of the students was given an element that would be in a food web, animals, plants, soil, the sun, etc. Then we would start with one of these, probably the sun is the easiest, and then go from there to show them how each depends on one another.
955676
www.symbiosiscomputers.com \nSymbiosis in pune , Offers postgraduate courses in management,Provides ... its inception in 1985, Symbiosis Institute of Computer Studies and Research ...\nhttp://www.symbiosiscomputers.com
50845
If you mean the biological process, then these are the sites:\nfor definitions look at\nhttp://www.google.com/search?hl=en&lr=&rls=GGLD,GGLD:2004-33,GGLD:en&oi=defmore&defl=en&q=define:metamorphosis\nFor other information\nMetamorphosis in a process in biology by which individual physically develops after birth or hatching involving significant change in form as well as growth and differentiation. It usually accompanies a change of habitat or of habits but may occur without such change. It was once thought that in those cases where the animal's habitat remains unchanged metamorphosis followed a series of forms representing evolutionary ancestors of the species in question (see ontogeny recapitulates phylogeny), but this is no longer thought to be true.\n\nThe first type of metamorphosis is illustrated by many insects and by amphibians. Immature dragonflies are aquatic though the adults are flying insects, and frogs undergo a metamorphosis from an aquatic tadpole to an amphibious adult form. Change of habits is illustrated by the transformation of the free-swimming young of many aquatic invertebrates into sessile adults (eg sea squirts), and the development of butterflies and moths from caterpillars with chewing mouthparts into flying insects with sucking mouthparts.\n\nThe second type is illustrated by many crustacean species, whose young undergo significant physical metamorphosis without changing habits or habitat significantly.\n\nhttp://en.wikipedia.org/wiki/Metamorphosis_%28biology%29\n\n\nIf you are referring to the work of Kafka by this name, then see these:\nwww.sparknotes.com/lit/metamorph/\nwww.gradesaver.com/classicnotes/titles/metamorphosis/
144305
There are several protozoans that participate in mutualistic symbiosis with animals, they mostly reside in the gut. For example, termites would not be able to digest wood if protozoans did not live in their gut. As a matter of fact, 33-50% of a termite's biomass is protozoans or bacteria. \nCorals are highly dependent on their photosythetic symbionts (dinoflagellates).\n\nyou can read more examples at http://azolla.fc.ul.pt/aulas/Estagios/Docs/MutualisticSymbioses.pdf#search='protozoan%20mutualistic%20symbiosis' \njust scroll down to the section on protozoans.\nmore info at http://www.101science.com/Symbiosis.htm\nhope this helps!
781740
I took this from wikipedia. It's for reference!!\n\nAn ecosystem, a contraction of "ecological" and "system", refers to the collection of components and processes that comprise, and govern the behavior of, some defined subset of the biosphere. The term is generally understood to refer to all biotic and abiotic components, and their interactions with each other, in some defined area, with no conceptual restrictions on how large or small that area can be. \nIn biology, Abiotic components are nonliving chemical and physical factors in the environment. Often, these are described as light, temperature, water, atmospheric gases, wind as well as soil (edaphic) and physiographic (nature of land surface) factors.\nThese factors could be said to be the definitions for the exact environmental conditions in which plants need to grow.\nOxygen, carbon dioxide, and nitrogen are the most commonly described gasses; and the wind, soil, and physiographic conditions can also combine in multiple ways to affect organisms.\nIn general terms an ecological system can be thought of as an assemblage of organisms (plant, animal and other living organisms—also referred to as a biotic community or biocoenosis) living together with their environment (or biotope), functioning as a loose unit. That is, a dynamic and complex whole, interacting as an "ecological unit."\n\n\nOther population ecologists, stochastists, (den Boer & Reddingius, 1996), view an ecosystem as an expression of stochastic events, and corresponding responses from organisms. Thus, ecosystems result from the sums of infinite individual responses of organisms to stimuli from non-living and living elements in the environment. The presence or absence of populations merely depends on reproductive and dispersal success and population levels fluctuate in response to stochastic (chance) events. As the number of species in an ecosystem is higher, the number of stimuli is also higher.\n\nCheck the link for more info you need. I'm not familiar with this, besides basic info but hopefully this helps.
148091
The usual example is that of a pond; a self-contained ecosystem.\nNow you need to do your learning and consider how the organisms depend upon one another.
50808
Nitrogen fixation is the process by which nitrogen is taken from its relatively inert molecular form (N2) in the atmosphere and converted into nitrogen compounds useful for other chemical processes (such as, notably, ammonia, nitrate and nitrogen dioxide).\n\nNitrogen fixation is performed naturally by a number of different prokaryotes, including bacteria, actinobacteria and heterocysts, certain types of anaerobic bacteria. Many higher plants, and some animals (termites), have formed associations with these microorganisms.
1014329
Attraction, preceeds first.\n\nDue to attraction Induction\n\nInduction types mutual,self\n\nAttraction is due to opposites\n\nstrictly this is physics only
193970
>Reproduction occurs both sexually and by asexual budding. Sexual reproduction is by means of eggs and sperm, which are produced in the mesentaries and shed into the water. Fertilization results in a free-swimming larva, which attaches to a surface and secretes a skeleton, becoming (in colonial forms) the parent of a new colony.
463168
Mutation\n\nGrowth\n\nReproduction/division\n\nStarvation\n\nPoisons\n\nOsmotic changes
697046
Taking pollen grains from one plant and puttig them on the stigma of flowers of onother plant is cross pollination. When this happens properties of two plants get mixed so a new improved plant can be produced. Bees come in cotact with pollen grains of one plant when the collect the nector and when they vist other plant they leave pollens in the flowers in process pollinate them.\nTo attract bees, plants produce nector and scent and when bees visit these flowers they are pollinated so more fruits are produced\nThis realtionship for the benefit of both hence it is called symbiosis.
619361
I think you're looking for a "symbiotic" relationship rather than a "parasitic" one. In a symbiotic relationship the two species rely on each other for survival or they help each other out in some way.\n\n"An example of mutual symbiosis is the relationship between clownfish of the genus Amphiprion (family, Pomacentridae) that dwell among the tentacles of tropical sea anemones. The territorial fish protects the anemone from anemone-eating fish, and in turn the stinging tentacles of the anemone protect the clownfish from its predators (a special mucus on the clownfish protects it from the stinging tentacles)."
770234
Community or ecosystem.