what plants are in the taiga biome?
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Conifer trees: fir, spruce, pine.  Bushes, shrubs.  Taiga, also known as the Coniferous Forest, is located in Canada, northern Europe and Asia, and parts of southern Alaska
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No. \nGeophytes are those plants that have their growing buds below the ground. They usually have parts modified as storage organs (roots and stems forming bulbs, rhyzomes, etc) and are able to undergo unfavorable periods by staying within the soil, with their buds well protected. Thus, they're perennial.\nOn the contrary, terophytes are annual plants. These are usually grasses and forbs, plants that quickly grow, produce flowers and many seeds, and then die with the onset of unfavorable conditions. They don´t have storage organs, because they do not rely on resistance, but rather on producing many offspring that will grow in the next favorable season.
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Ficus, Kaylos, orange jasmine, Bantigue, Camagong
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In order to answer this question I would neet to know the species that you are talking about.  each family of plants have diffent needs of micro suppliments.  If you want to know the base information of any plant I suggest the NRCS homepage.  you can go to their datbase and find a record of any plant that is out there.
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ferns   ferns   ferns..
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Salaginella, Isoetes, Psilotum, Lepidodendron, Paurodendron, Equisetum, Pleuromeia, Nathorstiana, Phylloglossum, Tmesipteris, Pertica, Zosterophyllum, Psilophyton, Sawdonia, Horneophyton, Crooksonia, Rhynia, Aglaophyton, Onoclea, Todea, Osmunda\n\nMany of these are extinct.\n\nDon't listen to the first answer; fungi are not plants.\n\nGlad to see more people taking an interest in these things.\nThere is also a great book called "Primitive Land Plants," by F.O. Bower.
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I am not positive whether you are asking for a list of native plant species (endemics), or whether you are asking a question about plant evolution. If you are just wanting a list of native species, search google on natives and/or endemic plants of Alaska. \n\nAn Alaskan botanist could answer this question much better, but here goes:\nIt is much easier to say whether a plant is native or endemic to Alaska (ie-there before ~17th century), than to determine where it originated (evolved, first appeared in the earth's record). Knowing where a plant originated (evolved) is difficult because many ranges of plants were once different than they are now. So, a species now found only at locality A, could have once have a much wider distribution and occurred at localities B and C as well. On the other hand, large areas of Alaska were covered by glaciers and snow during the Pleistocene (last Ice Ages). So, plants migrated in as the ice receded. \n\nThe plant Primula egaliksensis  species complex is endemic and is only found in Alaska. Here's a websites that includes some discussion of research to determining origin and history of the species development from Pleistocene time. \n http://www.systbot.unizh.ch/institut/personen/person.php?id=24&s=alpine\n\nHere is some information about unique plant communities: from the National Park Service website for Wrangell-St. Elias. \n“The south-facing bluffs along the White, Nabesna, Chitina and Copper Rivers are similar to the steppe found in Yukon-Rivers National Preserve, but not as extensive. Numerous rare and endemic plant species have been found in these communities, which may be refugia. Other plant communities in the park associated with unique landforms and lithologies such as sand dunes, mud volcanoes, volcanic ash, limestone, lakes and wetlands harbor uncommon species and species with disjunct distributions. Alaska-Yukon endemic species are more common in the Alaska Range and northern Wrangell Mountains. This trend corresponds to our understanding of plant migration after the Pleistocene Epoch from refugia in the upper Yukon Valley, the Alaska Range and Beringia, the northern part of the Park being closest to these migration corridors. In addition, there may have been unglaciated refugial areas within the Late Wisconsin ice sheet adjacent to Lake Ahtna in the northwestern region of the park, and in the dry northern interior of the Park bordering the Tanana Valley and the southeastern edge of Beringia. These refugial communities and communities with rare plants and disjuncts may be at the edges of their ranges and may be more sensitive to environmental changes.”\n\nHere’s something from NPS wesbsite for Denali:\nAlaska stands at a floristic crossroads between Asia and North America. During the past two million years, this area has been predominantly associated with the biota of northeastern Asia as opposed to that of North America. This is because the periodic formation of continental ice sheets thousands of feet thick (which covered most of Canada and parts of the northern continental U.S.), has separated Alaska from continental North America on many occasions during this period of time. At the same time, the exposure of the Bering Land Bridge allowed plants and animals a wide dispersal corridor into Alaska from northern Asia. For this reason, many of the plant species of Denali occur in Alaska and northern Asia, but not elsewhere in North America. These plants are known as Beringian endemic species – species that occur only within the large region that was free of ice during the Pleistocene glacial advances.
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Tundra has low diversity (only 23 different species are plentiful there, 16 of which are in the same class)\n\nConiferous Forests and tropical regions have enormous diversity
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A subartic forest is sometimes called a Boreal forest or taiga.
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5 - B  on a plant hardiness zone chart, temperate, mixed forest (deciduous (hardwood / trees that lose their leaves in the fall), mixed with coniferous (softwood / "evergreens") vegetation region.\n\n(shrub)\nStaghorn Sumac  -  Rhus Typhina\n\nConiferous (Evergreen) Trees:\nWhite Spruce  -   Picea Glauca\nWhite Pine  -   Pinus Strobus\n\nDeciduous Trees:\nSugar Maple -  Acer Saccharum\nRed Maple - Acer Rubrum\n\nWildflowers :\nTrillium   -   Trillium Erectum Grandiflorum Undulatum\n(apparently thats an orchid too)\n\nMilkweed\n\nFerns:\nOstrich Fern -  Matteuccia Struthiopteris\netc....\nthere's more than three already.
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www.blueplantebiomes.org  This site has some great general info.
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All animals live on the Tundra
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In physical geography, tundra is an area where the tree growth is hindered by low temperatures and short growing seasons. The term "tundra" comes from Kildin Sami tū̄ndra, the genitive of tundar, "treeless plain", or according to some, comes from the Finnish word "tunturia", also meaning "treeless plain".\n\nThere are three types of tundra: Arctic tundra, Antarctic tundra, and alpine tundra. In all of these types, the dominant vegetation is grasses, mosses, and lichens.\n\nTrees grow in some of the tundra. The ecotone (or ecological boundary region) between the tundra and the forest is known as the tree-line or timberline.
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Weaver's bamboo?\n\nPhylum: Magnoliophyta\n\n<FIRST ANSWER AND THE BEST ONE TOO>\nPlease help me with 10 points as I've also helped you.
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The term epiphyte refers to any plant that grows upon or attached to another living plant. The term stems from the Greek epi- (meaning 'upon') and phyton (meaning 'plant'). These plants are sometimes called "air plants" because they do not root in soil. However, there are many aquatic species of algae, including seaweeds, that are epiphytes on other aquatic plants (seaweeds or aquatic angiosperms).\n\nOf course there are also parasitic and semiparasitic plants growing on others. The best-known of this is the mistletoe.\n\nAn epiphyte uses photosynthesis for energy and (where non-aquatic) obtains moisture from the air or from dampness (rain and cloud moisture) on the surface of its host.\n\nRoots may develop primarily for attachment, and specialized structures (for example, cups and scales) used to collect or hold moisture.\n\nEpiphytes are not parasitic on their host, growing independently and deriving only physical support. A clear advantage is gained over other herbs restricted to the ground (soil) surface where light is less available in the forest and herbivores are more active. However, epiphytes may grow so thickly as to damage the supporting plant.\n\nThe best-known epiphytes include mosses, lichens, orchids, and bromeliads (such as Spanish moss of the genus Tillandsia), but epiphytes may be found in every major group of the plant kingdom. Assemblages of large epiphytes occur most abundantly in moist tropical forests, but mosses and lichens occur as epiphytes in almost any environment with trees.
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Vegetation emits in the infrared wavelength.  On false-color infrared mosaics, vegetation appears in red instead of green. The "redness" indicates vegetation density, type and whether growing on dry land or in a swamp. Grasslands appear light red, deciduous trees and croplands appear red, and coniferous forests appear dark red or maroon. Desert areas appear white and urban areas appear bluish green. Lakes, rivers and oceans appear in various shades of blue, dark blue for deep water and light blue for shallow or turbid water
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Buffaloberry (Shepherdia argenta; Elaeagnaceae), which grows wild in the prairies of Canada\n\nBu-ffa-lo-ber-ry