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NEW ADDRESS OF MOSS

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Travel the World Live.

This site is dedicated to the science of nature, specifically Kingdoms of Life is a journey and life is a tribute to the diversity of organisms that inhabit the world. Traveling by nature we find that hundreds of species of flora and fauna are gone, gone. Only if we care about the environment ensures that our world continues to exist naturally and with it, All of Us.

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Something very interesting about moss is that in times of drought, the leaves dry out and shrivel so that the moss looks dead, but immediately after rain reappear fresh green to resume their life cycle.

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CARACATERISTICAS SO THAT YOU SOME

• Decreased water resource
• Desertification of soil
• Reduced habitat for wild microfauna
• Soil erosion
• Reduction of biodiversity

• Deterioration of landscape removal and removal of moss environment affects the population dynamics of the ecosystem, because it unbalances the hydrological cycle in the extraction site contributing to the decrease of water resources, lack of protection and subsequent desertification and soil erosion, declining wildlife habitat microfauna, reduced biodiversity and degradation of the landscape.

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REMOVAL OF MOSS

The most important role Moss is their great capacity to retain water, which can capture up to 300 times its weight in water, draw water in winter and release it in summer, provides a habitat for thousands of microorganisms that contribute to soil organic matter, holds the floor at to help prevent erosion, allow the reproduction of seed germination and going by air or water, is capable of colonizing infertile soils adhering to substrates poor in nutrients, creating new areas of life accelerates the decomposition of organic matter organic can be composted when it has been integrated into the ground.

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MANY FUNCTIONS IN FOREST most intricate ....... PHOTOSYNTHESIS

In the most intricate of forest at the foot of the majestic trees, a carpet of moss, soft as a velvet carpet plant, offers rest to the traveler. Moss grows in moist and shady places on earth, on rocks, on the bark or at the foot of the trees. As a miniature forest, the moss is composed of a multitude of plants that grow very close. Long ago these tiny plants were the only form of life on the mainland.

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THE SECRET OF THE CHLOROPHYLL

Without chlorophyll there would be no natural accumulation of solar energy, organic material and workmanship, and nutritious food for humans and animals, there would be no life and chlorophyll is the only substance capable of causing base reaction between water and carbon dioxide.

It really needs a great force to break the links in the system of each water molecule oxygen atom attached to two hydrogen atoms. After the rupture of hydrogen atoms can react with the molecule carbon dioxide to form substances such as glucose s etc starch.

The chlorophyll uses light energy accumulated to break bonds between atoms of water.

The biofritos is a division of the plant kingdom including Green plants such small size, lack of flowers. Are mosses, sphagnum and liver. Complex chemical substance-specific green plants can perform photosynthesis. Chlorophyll is contained in cellular organelles in chloroplasts, which are also all the enzymes of photosynthesis. Known varieties of chlorophyll, chlorophyll a single one is capable of transforming light energy into chemical energy.

FORMULA OF PHOTOSYNTHESIS

6 molecules of H2O + 6 CO2 molecules and chlorophyll + light = C6H12O6 (glucose) + oxygen

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FEATURES SUMMARY

The summary of a patient 'is as follows.

General Features:
Acsendencia green algae or chlorophytes.
In Colombia 950 species were found in 1 138 000 km2. Stem
false and thin.
tiny leaves. Van
colonize the terrestrial environment.
alternation of generations.
not have conducting tissue (xylem and phloem).
conducoras not have cells and use the surface for water and nutrients.
not have flowers or fruit.
are resistant to drought periods.
seeds with high humidity can suffocate and slow regeneration vegeteción.

Places to grow:
rainforest floors, branches, fallen trees, roofs of buildings, concrete walls and culverts.
colonize the rocks by changing its surface and forming a substrate where other plants can take root.
Grows in the Antarctic and Antarctic islands covering the plains near the sea.

Utility:
inhibit soil erosion and promote moisture retention m
serve as indicators of soil contamination, air and water as they are very sensitive to certain pollutants like sulfur dioxide, ozone and volatile fluorides . In fact, when analyzing the substrate mosses are more reliable than the substrate directly.
Mazclados to improve soil water retention.
serve for horticulture, garden decorations, terrariums and simulate dandruff.
Collaborate on forest regeneration through germination of seeds.
was used as stuffing for mattresses and pillows for their softness.
is used as packaging material of clothes, fragile objects, fruits and vegetables, and as sutrato to transport live plants.
is used to fill cracks in walls in cold country cabins.
Medical uses: surgical dressings, fever, headache, minor wounds and insect bites. Playing

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sporophyte reproduction

sexual organs are grouped at the end of the caulidios or short side branches are surrounded by filidios
as involving, filidios periqueciales
may be hermaphroditic, monoecious or dioecious
often appear paraphyses juicy or multicellular hairs ending in spherical cells appear
antheridia and archegonia apendiculates
anterozoides are attracted chemotactically to the archegonium
Torture
peristome muralis sporophyte Development
transversalemte the zygote divides to form an embryo in the cell elongated
produce the embryo apical oblique septa forming a wedge-shaped apical cell apical cell
Digon suffers radial divisions into four quadrants, periclinal divisions differs by a layer of outer cells (anfitecio) and internal (endothecium)
endothecium outer layer is becomes usually in the arquesporio which split completely in spore mother cells (esporocitos)
endothecium internal cells are not involved in the formation of arquesporio (difference with liver), but form a line of sterile tissue, the columella columella
is surrounded by sporogenous sac that functions as nutrient conducting tissue


the bottom of the embryo, the haustorium, is fixed to the gametophytic tissue
the young sporophyte is protected by a sheath (embrioteca) formed from the belly of the archegonium by the tissues of the foot of the same tissue or even the embrioteca
caulidio eventually tears with the growth of the sporophyte, the top form the root cap, the bottom is the vagínula
mature capsule form special structures available to help eliminate and dispersal of spores in some mosses
conducting tissues may occur, hydroids , oblong or dead cells with thickened longitudinal walls and transverse inclined, there lingificación (tracheids of vascular plants) may appear
nutrient-conducting cells, leptoides, similar to the sieve elements, the side walls are often thickened and traversed by sieve pores with plasmodesmata, with nucellus and plastids
hydroids displayed in the center and externally leptoides central cord
mats, living cells, elongated, next to the hydroids, with thickened walls, serve to give strength (similar to collenchyma)
parenchyma cells next to the leptoides, no sieve pore
some simple cords are cords
leaf traces appear central cord attached to extend in the filidios
the foot of the sporophyte haustorium can be connected to the central cord of gametophyte, communicating its asexual reproduction

hydroids
the Mosses have a great power of regeneration and filidios caulidios
may originate new gametophytes, either directly or through the protonema stage
propagules may occur in the leaf axils and stem apices

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general characteristics

General characteristics gametophyte gametophyte
caulidio always divided and generally filidios
rhizoids multicellular branched and subdivided by transverse partitions
oblique filidios not ventral (Jungermanniales typical), but spiral, apparently in three ortósticos or radial symmetry in the creeping mosses may be some laterality but retained these ortósticos
lateral branches arise below
filidios filidios developed from Digon two apical cells (bilateral), often median nerve
missing oilbodies

sporophyte:

often with stomata and develops into a capsule with columella usually supported by a long seta
no elaters


protonema and caulonema:

spores germinate to give rise to a highly branched green filament, the protonema
at first a set of filaments clorenquimáticos (cloronema), with oblique cross walls
the cloronema caulonema gradually changes, growing
applied to the substrate of caulomena originate buds give rise 'seedlings' in general short lateral branches arise caulonema
of numerous side branches pointing upwards clorenquimáticas
bud first arises from the separation of one or two cells pedicle, from an enlarged terminal cell apical cell apiramidada trine, which causes the seedlings segmentation

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Moss and Architecture Did you know ...?


know that irrational removal of moss and other plants at Christmas, decreases the water we need, cause erosion and affect the natural balance cloud forests and moors?
Mosses are important because they have a role in the dynamics of forests, and hold moisture, stop erosion, intercept rainfall, absorbing air pollutants and encourage the development of many plants and animals.

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moss diversity and importance in the world



Why are considered as important studies on the moss today?
Among the moss plants belonging to the bryophytes, which historically have been used, from a scientific perspective, as working material for studies of hybridization and the first experimental production of polyploidy in plants (plants with duplicate sets of chromosomes .) They have also studied the flora dispersal over long distances. Learn more about the mosses could mean a better understanding of the biology of other plants.
For some years we assess the potential of mosses from other points of view. They can take as indicators of soil contamination, air and water.
have made preliminary assessments of air quality using the presence of epiphytic mosses as indicators for these plants are very sensitive to certain pollutants like sulfur dioxide, ozone and volatile fluorides. Your response to these substances is useful for diagnosing toxic levels in the environment. Species of worldwide distribution, as well as those that grow in various habitats can be used to assess pollution in variable environments.
is said that through the mosses and other bryophytes are detectable mineral deposits: Mosses preferentially absorb certain minerals found in the substrate. Chemical analysis for the detection of these elements in certain species of mosses is often more reliable than the analysis of the substrate itself. It is known that many mosses grow where there is an abundance of copper and radioactive minerals.

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For many years they have been used in horticulture, where you can appreciate their beauty and ornaments of gardens, terrariums, and to simulate grass on the birth of the Christmas arrangements. This is probably the greatest use made of mosses in Mexico. However, it also can be mixed with soil to improve water retention, although some mosses could get to create an atmosphere of excessive moisture and slow suffocation seed regeneration of vegetation. Could be very useful in forest regeneration through seed germination.
In some parts of the world mosses have been used as filling material for mattresses and pillows for their softness and ability water absorption. For those same characteristics and antiseptic properties have been used as packing material clothes, fragile, and fruits and vegetables, as well as substrate transport live plants. They are also an excellent insulating material for filling cracks in the walls of the huts in the cold countries.
The sixteenth century manuscript known as Cross-Badian, recently returned to Mexico by the Vatican is recorded using two types of mosses to relieve fever and headache. Other examples of medicinal uses of mosses found in the international literature on the mentioned mixtures of vegetable oils mosses prepare ointments to relieve minor wounds, insect bites, burns, eczema, etc. With mosses have also been made surgical dressings because they absorb and retain liquids. These dressings are made fresh soft faster and cheaper than cotton. In China, with its long tradition in natural medicine, about 40 species of bryophytes are considered medicinal, and some of them are included in treatment for kidney stones, cardiovascular diseases, the nervous, tonsillitis, bronchitis, cystitis, etc.
Other countries have conducted active research on the mosses, and data exist on of its antibiotic activity (antibacterial and antifungal). In the U.S., for example, have conducted studies to determine its antitumor activity and has shown promising results in some of the families studied. However, direct contact with other species can cause certain illnesses including dermatitis.
In the field of pharmacology still needed many studies on mosses.

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Reproduction Reproduction of the mosses is performed in a cycle of alternation of generations, sexual (gamete) and asexual (by spores in the capsule of the sporophyte).
• sexual organs are grouped at the end of the caulidios or short side branches are surrounded by
• filidios as involving, filidios periqueciales
• may be hermaphroditic, monoecious or dioecious often appear
• juicy or paraphyses multicellular hairs ending in spherical cells
• antheridia and archegonia appear apendiculates
• anterozoides are attracted chemotactically to the development of the sporophyte
archegonium
• The zygote divides to form an embryo elongated transversalemte
• apical cell in the embryo occur oblique septa forming a wedge-shaped apical cell Digon
• apical cell undergoes radial divisions into four quadrants, periclinal divisions differs by a layer of outer cells (anfitecio) and internal (endothecium)
• endothecium outer layer usually develops in the arquesporio that were divided completely in spore mother cells (esporocitos)
• endothecium the inner cells are not involved in the formation of arquesporio (difference with liver), but form a line of sterile tissue, the columella
• columella is surrounded sporogenous per sack, which functions as nutrient conducting tissue
• the bottom of the embryo, the haustorium, is fixed to the gametophytic tissue
• the young sporophyte is protected by a sheath (embrioteca) formed from the belly of the archegonium, the tissues of the foot of the same tissue or even caulidio
• embrioteca eventually the tears with the growth of the sporophyte, the top form the root cap, the bottom is the vagínula
• mature capsule form special structures available to help eliminate and dispersal of spores in some mosses
• conducting tissues may occur, hydroids, dead cells and elongated, with longitudinal walls thickened and angled cross, no lingificación (tracheids of vascular plants) may appear
• nutrient-conducting cells, leptoides, similar to the sieve elements, the side walls are often thickened and traversed by sieve pores with plasmodesmata, with nucellus and
• hydroids plastids appear leptoides center and externally in the central cord
• Ester, living cells, elongated, next to the hydroids, with thickened walls, serve to give strength (similar to collenchyma)
• parenchyma cells , along with leptoides, no sieve pores
• Some cords are simpler
• leaf traces cords is attached to the central cord extend the filidios
• the foot of the sporophyte haustorium can be connected to the central cord of gametophyte, communicating its asexual reproduction
hydroids of mosses have
• great power of regeneration and filidios
• caulidios may lead to new gametophytes, either directly or through the protonema stage
• propagules may occur in the leaf axils and stem apices

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Diffusion and Environment reproduction of bryophytes

The bryophytes inhabit every continent; the There are Arctic and Antarctic, and proper equatorial zone temperate, desert and water, and corticolous rupícolas, earthlings and fimícolas. Despite never being parasites, the bryophyte may be detrimental to both herbaceous plants, when coated, for example, with a dense tangle of grass field, as for trees, when covering the lenticels of the bark, hindering exchange of air and moisture.

Adapting easily conquer the bryophytes, with the leave microscopic and lichens, rocks altoalpinas, deserts, dunes, land mobile moraine, sand, bark, and even artificial walls. They also live in sterile conditions in the caves even where the light is reduced to a thousandth of the outside light.

Each type of rock and soil has its mosses and liverworts. Among the mosses, there are those who prefer limestone stalactites and stalagmites, which are embedded (Eucladium verticillatum, Cratoneurum commutatum) to retain the calcium carbonate and gradually forming spongy mass, solid and stoned (travertine).

Among the aquatic bryophytes are important sphagnum (Sphagnum species), classical inhabitants of peatlands, which should, along with associations of marsh plants, forming peat. They are also some of the aquatic mosses that has spoken, such as species of the genus Fontinalis, but rooted floating or Thamnium Lemani, who lives 60 meters deep in the lake of Geneva on the limestone erratic. Nor is there lack the liver, including some species of the genus Riccia and Ricciella free-swimming on the surface of ponds. There are no marine bryophytes, despite some resistance while the salinity, living on coastal dunes.

However, the preferred environment for bryophytes is the forest, where they often lead to significant associations of biological interest, especially because there is a microfauna closely linked to its dissemination and persistence. In forests, bryophytes and develop key role both as a habitat for many organisms as the large water-holding capacity, are also a major producer of humus. On the bark of trees is a sort of symbiosis, as bryophytes are thus more light, while keeping the tree moist, provided the mass of bryophytes is not too dense and to prevent breathing through lenticels. The

phytocoenosis bryophytes are characterized by many. Examples include: Sphagnetum, Mugosphagnetum (mugo pine and Sphagnum individuals) and Piceetum hylocomiosum (red fir forests and other mosses Hylocomium splendens pleurocarpous, as Rhytidiadelphus triquetrus and Pleurozium schreberi).

Currently, the usefulness of the bryophytes to man is near zero or near zero. Only uses brushes called moss (Polytrichum frmosum) to make brushes and brushes rudimentary. Mosses are used, and still more sphagnum as moisture insulation packing for shipment of live plants, bulbs, rhizomes and tubers, and is used peat, lightweight, porous and homogeneous, like thermal and acoustic insulation for different protections . Also important is the use of mosses, and even more the use of sphagnum as a means of cultivation of higher plants, and thanks to its light weight and high capacity to retain water are suitable substrates for growing in greenhouses and pots, a particular case and fashionable is the cultivation of bonsai. Furthermore, mosses extracted essences of perfume and flavorings natural fixatives. Moreover, investigations are being conducted to see if any substances in the bryophytes possess antibiotic or bacteriostatic function.

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"MOSS" Characteristics and Species

Mosses (belonging to the family of the Bryophytes)

-gatherer roots lack of water and specialized tissues in the
water transport.

-absorb moisture through aerial structures.

-grow in damp, shaded and marshes.

"The majority are tropical, although some live in temperate zones, arctic and antarctic
.

"Most are small, less than 20cm long. "They

rhizoids (enlarged cells or cellular filaments) that allow them
fixed to the substrate.
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Asexual reproduction (the individual is able to reproduce itself).

"His body is specialized for the support and storage of food. Taxon


Group - Division Bryophyta (Common name-Bryophytes, which are divided into 3
: Mosses, hornworts and liverworts)

Species Taxon - Class Musci (common name - Mosses)

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Bryophytes division (of grirgo bryon = moss, gemmules and phyton = plant) comprises approximately 23,000 species of small green plants (exceptionally saprophytic or seudoparasitas) broadcast in all regions globe. Their individuality is so well defined morphological there are no forms of uncertain classification or obvious transition to other plants.

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