reference will now be made in detail to presently preferred embodiments of the invention , examples of which are fully represented in the accompanying drawings . such examples are provided by way of an explanation of the invention , not limitation thereof . in fact , it will be apparent to those skilled in the art that various modifications and variations can be made in the present invention , without departing from the spirit and scope thereof . for instance , features illustrated or described as part of one embodiment can be used on another embodiment to yield a still further embodiment . still further , variations in selection of materials and / or characteristics may be practiced , to satisfy particular desired user criteria . thus , it is intended that the present invention cover such modifications and variations as come within the scope of the present features and their equivalents . as disclosed above , the present invention is particularly concerned with a dual - use horticultural tool for aiding the proliferation of flora or trees . in a preferred embodiment of the present invention and as best seen in fig1 , a generally planar mat 10 may be provided . human hair 12 , animal hair 14 and / or a single type or combination of natural fibers 16 , such as but not limited to coconut , seaweed , kelp , cotton , corn silk , and peat moss , may be intertwined together to form such mat 10 . the construction 10 may be generated using techniques including needle punching , hydro - entanglement , or aero - entanglement . needle punch machines are known . typically , however , such machines are used to force pluralities of fibers 12 , 14 , and 16 into a backing such as in the manufacture of carpet . depending on the type of machine , barbed needles may be used to both force the fibers 12 , 14 , and 16 through a backing or intermediate layer and then grab such fiber 12 , 14 , and 16 and pull it back through the backing or intermediate layer to form loops of fibers 12 , 14 , and 16 . in the present invention , a mass of natural fibers 12 , 14 , and 16 , including but not limited to a single one of or a combination of human hair 12 , animal hair 14 , coconut fibers , seaweed , kelp , cotton , corn silk , and / or peat moss 16 is provided to a machine with a receptacle shaped generally as a planar layer or capable of compressing the mass during needle punching so as to form it into the generally planar shape desired . the needle is then passed repeated through the mass until each fiber 12 , 14 , and 16 is intertwined with the others to form the generally planar mat 10 . preferrably , a mat 10 is generated with a density from generally about 0 . 02 to generally about 3 grams of fibers 12 , 14 , and 16 per cubic inch of mat 10 . additionally , the mat 10 is preferably capable of retaining from generally about 0 . 02 to generally about 15 grams of liquid per cubic inch of mat 10 . similarly , the constructions of the present invention may be generated using either hydro - entangling or aero - entangling , the use one or more streams of water or other liquid or the use of one or more streams of air , respectively , in place of the barbed needle of the needle punch process described above . regardless of the construction methodology used to generate the various embodiments of the present invention all maintain their above - described functionality . those constructions made using the hydro - entangling process , however , tend to be generally denser than those manufactured using either needle punching or aero - entanglement . the intertwined hairs / fibers 12 , 14 and 16 within the mat 10 serve to generate numerous small voids within the mat 10 similarly to that of a sponge that allows for both the passage of air or the retention of moisture for later use by the plant with which the mat 10 is associated . the mat 10 may serve as both an active and a passive nutrient source for the plant either by releasing captured nutrients leaching through the soil or by biodegrading into its baser chemical compounds . multi - layer mats 10 may be formed by needle punching two or more completed mats 10 together without the use of an intermediate layer . generally homogeneous mats comprised of more than one hair / fiber 12 , 14 , or 16 can be constructed by including all of such hair / fiber combination prior to the entanglement process . fig1 and 2 show two exemplary embodiments of the present invention wherein the present invention is formed into a generally planar mat 10 . the present invention is not limited to the depicted shapes . instead , the present invention may be formed into any number of shapes , including , but not limited to rectangular planar mats , rectangular cubic solids , circular planar mats , circular planar disks , circular cylinders ( in particular for use with seedlings and cuttings ), and triangular , elliptical and other shapes as best suit a particular use of the present invention . generally , however , regardless of the desired use , the mat 10 may be generally planer due to its inherent flexibility for wrapping around the trunks , limbs and stalks of various sized plants , as well as its ability to conform to the interior shapes of plant pots or to lie along the ground . fig1 depicts a generally planar mat 10 comprising at least one natural fiber from the group including , but not limited to , human 12 or animal 14 hair , coconut fiber , seaweed , kelp , cotton , corn silk and / or peat moss ( collectively , 16 ). such mat 10 is constructed from a plurality of individual fibers 16 using one of the above - described techniques of needle punching , hydro - entanglement , or aero - entanglement . such generally planar mat 10 may be used as a liner for a plant pot to aid in both moisture retention and fertilization of the container - bound plant . fig2 depicts an identical mat 10 similarly constructed and comprised of generally the same fibers 12 , 14 , and 16 . this second exemplary embodiment , however , includes a slit 18 from the center of such mat 10 to its periphery for use in fitting the mat 10 about the stalk of the plant with which it is associated . such exemplary embodiment may be used on the surface of the plant - growing medium as a weed control device for the area immediately about the plant , as well as , an aid in moisture retention and fertilization . smaller versions of both of such embodiments may be used with plugs in growth trays . fig3 shows an embodiment of the present invention 20 that may be used in a method to aid in the stimulation of root growth . this method is known as air - layering . gardeners and hobbyists spend a great deal of time developing their plants and growing them for division into multiple plants for inclusion into their gardens . similarly , in the horticulture industry , commercial plant dealers have long sought a methodology capable of reducing the time required to transition such young plants into those capable of being divided , replanted and sold in the commercial market . the present embodiment is capable of use with such a methodology wherein a desired location on a tree limb or plant stem may be wrapped within a generally tubular shaped embodiment 20 of the present invention . when kept in a moistened state , the present invention provides the plant all of the requirements it needs to promote accelerated root growth : a consistent source of moisture , adequate airflow , and a nutrient source that may remain with the plant even after a significant root system has developed to continue providing a nutrient base throughout the biodegradation of the present invention . when sufficient root development has occurred to enable a division of the plant , the plant may be cut just below the root growth to form two or more plants . as described above , the embodiment of fig3 is comprised of at least one natural fiber from the group including , but not limited to , human 12 or animal 14 hair , coconut fiber , seaweed , kelp , cotton , corn silk and / or peat moss ( collectively , 16 ) using one of the needle punching , hydro - entangling or aero - entangling construction techniques . such present embodiment is a generally tubular shaped construction 20 with a central passage 22 for acceptance of the seedling or cutting . such construction 20 further includes a slit 24 along the entire length of the construction 20 . fig4 depicts the use of another embodiment 30 of the present invention in an alternative methodology for the enhanced growth of an already developed plant 32 . nurseries often suffet a failure to sell certain trees and larger plantings due to a lack of aesthetics . for instance , a tree may not be very balanced in the distribution of its limbs for any of a number of reasons . in the past , to promote growth on a “ bare ” side of a tree trunk , tree nurseries have been forced to make significant efforts to encourage growth to fill out the tree . if such efforts failed , the tree was often not capable of sale except at a loss . the present embodiment 30 of the present invention allows horticulturists to place on or about the limb 32 or trunk 34 of a tree or the stalk of a larger plant the present invention 30 where a scrapping of the outer protective covering of the plant ( the bark in the case of a tree ) has been made and which exposes the interior pulp or growth portion of the tree . the consistent exposure of this opening to moisture , air , light and a source of nutrients encourage the formation of a growth to close the opening . generally , this growth comes in the formation of a new tree limb or second main branch of the plants &# 39 ; stem . fig5 shows yet another alternative embodiment of the present invention in which the generally planar mat of material comprising at least one or any combination of the natural fibers from the group including , but not limited to , human 12 or animal 14 hair , coconut fiber , seaweed , kelp , cotton , corn silk and / or peat moss ( collectively , 16 ) and manufactured using one of the needle - punching , hydro - entangling or aero - entangling construction techniques is cut and / or shaped to form tufts or pellets of the material for inclusion into a growth medium . as above described , such present embodiment is mixed with a growth medium as generally about a 1 % to generally about a 50 % mixture . such growth medium is generally top soil or potting soil . the present exemplary embodiment provides the same advantages as disclosed above , including : aeration of the soil to provide adequate oxygen to the roots of any plantings ; water retention within the material itself to aid in maintaining water nearer the root system while reducing water drainage in potted plants ; and both passive ( i . e ., the release of nutrients to the plant through the biodegradation of the construction itself ) and active fertilization ( i . e ., the capture and re - release of nutrients leached into the soil or absorbed from the water that normally pass through the soil and are lost ). additionally , the use of the present embodiment can aid in enhancing the root anchorage of plantings within such soil . the result is a generally healthier and stronger plant . finally , fig6 depicts another alternative embodiment of the multi - function horticultural invention in which the present invention may be constructed as above described and using construction techniques and materials as listed above , wherein the present invention is formed into generally planar sheets of material ranging in size from generally about twelve ( 12 ) inches to generally about seventy - two ( 72 ) inches in width and of any length desired . such “ sheets ” of material are envisioned for use as a landscaping under - laminate for areas in which the top layer of soil is either thin or lacking altogether . in the instance in which such a sheet of material is used with a thin upper layer of soil , the present embodiment serves both as an additive to the soil — aiding in moisture retention and fertilization , but also as an anchorage for the new plantings . in the event of relatively no soil layer ( as near volcanic rock or other more challenging growing locations ), the present invention serves as a basis for establishing plants so as to enable the retention of soil introduced to the planting site and to similarly aid in preventing future erosion of such soil after its introduction . although several preferred embodiments of the invention have been described using specific terms and devices , such descriptions are for illustrative purposes only . the words used are words of description rather than of limitation . it is to be understood that changes and variations may be made by those of ordinary skill in the art without departing from the spirit or the scope of the present invention , which is set forth in the following claims . in addition , it should be understood that aspects of various other embodiments may be interchanged both in whole or in part . therefore , the spirit and scope of the appended claims should not be limited to the description of the preferred versions contained herein .
an all - natural fiber biodegradable generally planar mat for use in the germination , growth enhancement and propagation of plants and trees and the suppression of weed growth is provided . the present invention comprises a generally planer layer of at least one or a combination of natural fibers including , but not limited to , human hair , animal hair , coconut fiber , seaweed , kelp , cotton , corn silk and peat moss , and alternatively may incorporate a plurality of man - made fibers . such mat may be constructed using needle punching , hydro - entanglement , or aero - entanglement . the generally planar mat in a wide variety of constructions is used in various methodologies of promoting seed germination , root growth , spot growth on existing plantings , landscaping under - laminate , soil additive , and as a weed control and pest deterrent in the horticultural field . within such context , the present invention is useful for the retention of moisture and both the active and passive fertilization of the plant with which it is associated either under , within or on the surface of the soil .