at what conditions does moss plants grow?
142108
Moss needs lots of moisture and little direct sunlight.  The soil needs to be relatively low in iron.
461755
The name of the moss which is the Bryophyte, is Polytrichum.Which is a gametophyte.It occurs in the moist coniferous forests; widespread across Northwestern Ontario and boreal forests; cosmopolitan.It is a dark green, robust, unbranched, 4 - 15 cm tall or more; single-sexed, males have enlarged heads at plant tips, females produce sporophytes; lower portion covered by grey rhizoids. Leaves - 6 - 10 mm long, lance-shaped, sharply pointed; spread at right angles when moist, erect-flattened and rolled when dry; membranous, sheathing base; edges coarsely toothed; midrib covered on inner surface with 20 - 55 vertical tiers of cells (lamellae) 4 - 9 cells high, each tier ends with U-shaped cell.The sporophytes - common, at plant tips; stalk wiry, very long; capsules horizontal, 4- sided, 64 short, rounded teeth and expanded central membrane around capsule mouth; capsule hood has tuft of hair at tip, covers entire capsule.\n\n The hair-caps are the largest unbranched mosses in western Canada. Common hair-cap could be mistaken for alpine hair-cap (Pogonatum alpinum, also called Polytrichastrum alpinum), but that moss has round (not square) capsules. Tea made from common hair-cap was once taken to dissolve kidney and gall bladder stones. Based on the Doctrine of Signatures, this moss should be good for the hair, so a strong tea of common hair-cap was used as a rinse to 'strengthen and beautify' ladies' tresses. *The stems of common hair-cap often reach 30 - 45 cm or more in length. when the leaves are removed, the central stems form tough, pliable strands that have been used to make brooms and brushes or have been woven or plaited to make mats, rugs, baskets, and hassocks. Apparently this was quite an art in ancient Europe. A hair-cap moss basket from the remains of an early Roman fort at Newstead, England, dates from 86 AD.
382140
Both are general terms in botany. Since algae (sigular alga.)are more primitive than the mosses; I deal with them first and then I will Take up moss.\n   ALGAE-: \n1)All of them are thallophytes as the plant body has no root , stem and the leaves.\n2) All of them are aquatic; either fresh water or marine.\n3) All of them are autotrophic as they manufacture their own organic food with the help of sun light and chlorophyll.\n4) The process of sexual reproduction is either isogamous and anisogamous conjugation or oogamous fertilization.\n5) On the basis of the dominant photosynthetic pigment, they are put in different divisions such as Chlorophyta (green algae), Phaeophyta(brown algae), Rhodophyta(red algae) etc.\n   MOSS (plural Mosses)-:\n 1) From the evolution point of view they are higher than the algae and most likely evolved from them.\n 2)Some of them show (especially mosses) root like, stem like and leaf like organs but these are not true roots, stem and leaves.(reasoning will require deeper knowledge of botany on your part).\n 3) All of them require moist habitat but will refuse to grow in water. There are no marine or salt water mosses or their relatives.\n 4) All of them are autotrophic in nutrition like algae.\n 5) The process of sexual reproduction is higher than that of algae and it is always oogamous fertilization(male and female gametes are very distinct from each other like those in animals).\n 6) All the mosses and the likes are put in a single division Bryophyta and all of them are referred to as the bryophytes.\n  Mosses and liverworts are the examples.
401152
How do plants have mountains?
644140
plants that r fixed to soil. eg- trees
998579
Growth of algae I believe.
883000
Yes humidity does affect the growth of plants but the effect is greater in conditions of low humidity (dry).  When it is dry many plants will minimise opening of their stomata to reduce water loss this also has the effect of slowing gas exchange.  Plants need to take in CO2 for photosynthesis, if the stomata are closed this decreses the rate of photosynthesis and therefore the plant has less sugars created.  When the plant has less sugars (food) it can't grow as much.  \nSwamps can have the effect of flooding the root systems of plants so they don't work properly.  There are specially adapted plants that can survive in swamps, most can't.\nHope this helps
661402
Bryophytes ... they are not vascular plants.\nYour list is a real mix of plant parts (roots/shoots) and plant groups.
996758
Most likely through photosynthesis. Billions of plants can't be wrong.
69117
this depends on the plant...different plants have VERY different requirements!
827178
The sun, plenty of water and fertilizer.\n\nCoach
665052
Plants, i think. look in a dictionnary or online.
341568
Plants that love to grow in high alkaline condition are as -\nAgonis flexuosa\nAlbizzia lebbek\nAnnona cherimola\nColvillea racemes\nDopsyros kaki\nEriobotrya japonica\nEucalyptus (species)\nFicus (species)\nJuglans (species)\nJuniperus (check species)\nOlea europaea\nPersea (species)\nPopulus (species)\nQuercus ilex\nPhytolacca dioica\nPittosporum (species)\nSchinus (species)\nTaxodium mucronatum\nTipuana tipu\nUlmus crassifolia\nAloe (species)\nBerberis (species)\nBuxus microphyllia\nCallistemon (species)\nCassia artemisioides\nChaenomeles japonica\nCistus (species)\nCoronilla glauca\nCotoneaster (species)\nDaphniphyllum humile\nElaeagnus pungens\nErica melanthera\nEuonymus japonicus\nFallugia paradox\nFeijoa sellowiana\nFouquerieria splendens\nGardenia thunbergia\nHalimum (species)\nIlex vomitoria\nJuniperus (check species)\nLantana (species)\nLaurus nobilis\nLavandula officinalis\nLeucophyllum texanum\nLigustrum (species)\nLippia ligustrina\nMedicago arborea\nMysrine Africana\nMyrtus communis\nNerium oleander\nNyctanthes arbor-tristis\nPoinciana gilliesi\nPrunus ilicifolia\nPrunus lyoni\nPunica granatum\nPyracantha (species)\nRhus (species)\nSophora secundiflora\nSpartium junceum\nSyringa persica\nThyrallis glauca\nThevetia nereifolia\nVirburnum (species)\nClematis (species)\nHardenbergia (species)\nLonicera halliana\nMandevilla suaveolens\nPhaseolus (species)\nSollya heterophyllaAethionema coridfolium\nAnemone japonica\nArenaria balearica\nAster amellus\nBourvardia humboldti\nCalendula officinalis\nCallistephus chinensis\nCentaurea (species)\nChrysanthemum (species)\nCumbalaria muralis\nDianthus (species)\nErodium chamaedryoides\nErodium chrysanthum\nGypsophila elegans\nHedera helix\nHeuchera sanguinea\nHunnemannia fumariaefolia\nIris alata\nIris japonica\nIris unguicularis\nIris xiphium\nLathyrus odoratus\nLilium candidum\nLilium henryi\nLilium regale\nNicotiana alata\nOenothera (species)\nPelargonium (species)\nPellaea andromedaefolia\nPteris serrulata\nSalpiglossis sinuata\nScabiosa (species)\nSempervivum (species)\nSenecio cineraria\nStanleya pinnata\nThymus (species)\nTropaeolum (species)\nTulbaghia violacea\nVerbena (species)\nVinca (species)\nZephyranthes candida\nZinnia elegans
734392
Depends on the plant. Some plants grow faster than others.
653918
Bryophyte are soil formers in primary and secondary succession.From the journey from bare rock to climax community like tree which forms the Pioneer community.
855243
Bryophytes and tracheophytes are the main ones when you break down the embryophytes or land plants.
1084762
Are you talking about plants?