CONSTRUCTION STRUCTURE OF NATURAL RESTORATION FOR RANA DYBOWSKII HABITATS
The present invention refers to north it is an index kind biological change weather in composition wet paper, and loose copper habitat recovery in so as to ensure long lasting structure ecosystem for habitat recovery natural copper loose north is down set from the bridge molding. Bases efficient land is intended a development business due to biological and natural environment and yet show a habitat change in is in having incrementally-differing dimensions. Biological habitat associated with bioconversion an alternative to pressure environment habitat recover or replacing is situations composition. While, Government climate change biomarkers (CBIS; Climate-sensitive Biologocal Indicator Species) of setting a remote control code is of wet liquid to flow down. Weather change due to unfavorable change in weather a biomarkers the seasonal activity, or are sharpened change in amplitude populations and inverse distribution are expected to apparent Government the index sustained irradiation and managing thereof meaning species in need of copper is loose north one surface is set. The corresponding the technical field an electronic wave or the thirteenth, river bank, weather country designated part environment during biological form peripheral dam biological change maintained and at the same time the preservation and entity of the communication system, i.e. copper loose north it is an index kind further intermediate steps food chain, making strong-point document format environment of amphibian a by, ecosystem techniques for secure long lasting structure is desired in which the container has. [Literature related techniques] 1. Aquatic form for retaining wall for river barrage (Revetment of watercourse bank for inhabitation of aquatic animal) (patent application number number 10-2007-0020246 call) 2. Device (Spontaneous restoring equipment for Kaloula) form recovery natural small round frog (patent application number number 10-2009-0066883 call) The present invention refers to said for of solving a problem with a conventional, wet paper, and weather change in composition it is an index kind biological habitat copper loose north so as to ensure long lasting structure ecosystem in recovery for natural copper loose north to provide molding habitat recovery is intended. Purpose of the invention are outputted is not limited to object above-mentioned which, referred to below purposes may include another not from and to one skilled in the art can be understood clearly 2000. To achieve the aim of said loose north copper natural recovery habitat molding structure according to an embodiment of the present invention, number 1 rocking inclined terrain part (11), number 1 gain and feed rest place stator (12), while allowed to be dwarf habit planting part (13), lower sallied (14), a place for laying eggs (15), does-plane tortional (16), number 2 rocking inclined terrain part (17), and number 2 gain and feed rest place stator (18) including a habitat environment integrity geographical area (A1) are made up a north wet paper, and including loose copper natural recovery molding graphical molding structure (1) in, number 1 rocking inclined terrain part (11) (A1) the habitat environment integrity geographical area integrally coupled, number 2 rocking inclined terrain part (17) connected to an existing forest girdled to (19) is the composition adjacent, loose north the terrain inclined rocking each order to ensure accessibility of copper is the stator is formed of a the prisms gentler 1:4, number 1 rocking inclined terrain part (11) and a number 2 rocking inclined terrain part (17) of the bioactive habitat are made up by a wet paper, and structure molding habitat recovery natural copper loose north in (1) the north loose copper habitat constantly preserving warp rocking in such a way as to maintain in terrain forming a "terrain type [...] ", number 1 rocking inclined terrain part (11) and warp rocking number 88800005 83888 terrain part (17) the bevel of a loose copper week lifestylebow to poorly soluble projected from the north, number 1 gain and feed rest place stator (12), number 2 gain and feed rest place stator (18) is formed. The, stator gain and feed rest place number 1 (12) the number 1 rocking inclined terrain part (11) and a habitat environment integrity geographical area (A1) are brought into abutment on each is formed in an area that has, in the corolla neck in the beginning fire stream bring up by the by planting the beginning fire stream for attracting module converting a voice into an RF, with the beginning fire stream passage seconds, at least more than one of said day lily and [...] is formed containing a it is preferable that the. Furthermore, the number 1 (A1) habitat environment integrity geographical area gain and feed rest place stator (12) does-plane tortional from (16) projected toward the rear of the mounting (DS1 to DS3) number 1 to number 3 down stage of multi-and passes downstream to has a are connected to the through electrode stage, each down stage (number 1 down stage (DS1), number 2 and number 3 (DS3) stage down (DS2) stage down) in a longitudinal direction are formed as areas of horizontal gradient region and rocking it is preferable that the. Furthermore, dwarf habit planting part (13) of the habitat environment integrity geographical area (A1) number 1 (DS1) stage down in rocking gradient region is formed, is planting are [...][...] by the habitat environment integrity geographical area (A1) on which and the procedure part is mined temperature control and shadow, leaves of the number 2 (DS2) stage down [...] formed between the loose north destination scattering of copper preferably is to provide a corresponding. Furthermore, lower sallied (14) (A1) of the habitat environment integrity geographical area number 1 (DS1) stage down horizontal pixel patterns are formed between the, stone resting stone loose north into the lower portion of copper is hiding a function for allowing it to be. it is desirable to provide less. Furthermore, a place for laying eggs (15) (A1) of the habitat environment integrity geographical area number 2 (DS2) stage down horizontal area gradient region and rocking in 0.1 m (10 cm) depth between the such a manner that the data cannot flow rate sleep open before and after it is preferable that the formed. Furthermore, does-plane tortional (16) (A1) of the habitat environment integrity geographical area number 3 (DS3) stage down to horizontal area of a place for laying eggs (15) of depth from surface waters removes the cryogenic liquid from 1.5 to 2 m is formed has a depth of, does-plane tortional (16) for providing habitat environment integrity geographical area (A1) of number 3 (DS3) stage down-plane tortional the horizontal area sloping faces and a sloping faces for stone preferably to be placed. Furthermore, (DS2) stage down number 2, number 3 (DS3) stage down, up stage number 1 (US1) consisting of the (A2) habitat copper loose north minimum after stair won and secure exterior or more must be 15 cm, 15 cm to the earth-and-sand on the moveable protector having a coating or more preferably that it. Furthermore, does-plane tortional (16) with number 2 down stage number 3 (DS3) stage down about the upper substrate in correspondence to the opposite region (DS2) the uplink fashion (US1) stage up number 1 and number 2 up stage is sequentially formed (US2), uplink stage number 1 number 2 (US2) stage uplink (US1) and horizontal area gradient region and rocking each each uplink is included a horizontal gradient region rocking of the gap is formed is eliminated it is preferable that the. Furthermore, gain and feed rest place number 2 stator (18) the number 2 number 2 (US2) stage up during gradient region rocking of uplink stage (US2) of horizontal area in proximity to the feed in the corolla for won the beginning fire stream neck it is preferable that the planting is formed. Furthermore, loose north copper habitat (A2) has an eco wetland and biological habitat to such as business recovery ecosystem and the signal generator is connected with it is preferable that the formed. Habitat recovery natural copper loose north molding structure according to an embodiment of the present invention, wet paper, and habitat copper loose north in composition by arranged as a zigzag type, value to weather change biological index kind ecologically-sound and an apparatus for. solution. Furthermore, other embodiment of the present invention: an north habitat molding structure loose copper natural recovery, individualized eco copper loose north in space designing and spheronized which, ends of the DC capacitor by to reflect the actual embodiment, eco wet paper, and habitat amphibian in generally composition and can be used.. As well as, other embodiment of the present invention: an north structure molding habitat recovery natural copper loose, wet paper, and biological habitat also together in composition a hybrid composition can be built swampy land, individual presence is irradiated by the disappearing rather than biological habitat crisis kind recover habitat copper loose north it is an index kind on one surface of the base under a variety of conditions wherein as a technique for. applied extensively at. Figure 1 shows a structure molding habitat recovery natural copper loose north according to an embodiment of the present invention also (1) account structure multistage components and is an end surface. Figure 2 shows a structure molding habitat recovery natural copper loose north (1) representing the is plane view of Figure 1. Figure 3 shows a structure molding habitat recovery natural copper loose north (1) is actually wet paper, and also indicating a status of an associated formed is surface of Figure 1. Hereinafter, a preferred embodiment of the present invention the first deoxygenator reviewing the description in reference to a drawing will described. In the following describes the present invention in, associated with the configured function or publicly known a description is the present subject matter of invention for preventing needless blur when a mobile station is determined to wall of the rectangular rotating the will omit. Figure 1 shows a structure molding habitat recovery natural copper loose north according to an embodiment of the present invention also (1) account structure multistage components and is an end surface. Figure 2 shows a structure molding habitat recovery natural copper loose north (1) representing the is plane view of Figure 1. Figure 3 shows a structure molding habitat recovery natural copper loose north (1) is actually wet paper, and also indicating a status of an associated formed is surface of Figure 1. Also with a 3 also to 1, structure molding habitat recovery natural copper loose north (1) the number 1 rocking inclined terrain part (11), number 1 gain and feed rest place stator (12), dwarf habit planting part (13), lower sallied (14), a place for laying eggs (15), does-plane tortional (16), number 2 rocking inclined terrain part (17), and number 2 gain and feed rest place stator (18) is composed wet paper, and including. Number 1 rocking inclined terrain part (11) structure molding habitat recovery natural copper loose the north (1) deodorized environment integrity geographical area (A1) is formed on one side of the, inclined slope a gentler 1:4 is formed on an inclined road deodorized molding deodorized copper loose north integrity environment (A1) geographical area accessibility of the insulation. Habitat environment integrity geographical area (A1), such as gain and feed rest place number 1 1 also the stator (12) adjacent to the dwarf habit planting part (13), lower sallied (14), a place for laying eggs (15), does-plane tortional (16), number 2 rocking inclined terrain part (17), and number 2 gain and feed rest place stator (18) is contained within the container. On the other hand, number 1 rocking inclined terrain part (11) and a number 2 rocking inclined terrain part (17) of the bioactive habitat are made up by a wet paper, and structure molding habitat recovery natural copper loose north in (1) the north loose copper habitat constantly preserving warp rocking in such a way as to maintain the is formed, number 1 rocking inclined terrain part (11) and number 2 rocking inclined terrain part (17) the bevel of a loose copper week lifestylebow to poorly soluble projected from the north, number 1 gain and feed rest place stator (12), number 2 gain and feed rest place stator (18) is formed. Number 1 gain and feed rest place stator (12) the number 1 rocking inclined terrain part (11) and a habitat environment integrity geographical area (A1) are brought into abutment on each is formed in an area that has, in the corolla neck is formed by planting the beginning fire stream. Number 1 wherein gain and feed rest place stator (12) to bring up by in the beginning fire stream the for attracting function is performed, the beginning fire stream zones passage seconds, [...] , day lily contained within the container by, for attracting the wafer a bring up. While, the number 1 (A1) habitat environment integrity geographical area gain and feed rest place stator (12) does-plane tortional from (16) projected toward the rear of the mounting number 1 to number 3 down stage (DS1 to DS3) a cooling water temperature sensing unit a of multi-and passes downstream to. Wherein each down stage (number 1 down stage (DS1), number 2 and number 3 (DS3) stage down down stage (DS2)) also 1 as shown in the longitudinal direction is formed with horizontal area gradient region and rocking. The present specification in (DS1 to DS3) number 1 to number 3 down stage, and also up stage number 1 to number 2 shown in 1 (US1 to US2) the general outline upwardly and downwardly and in angular of Figure 1 F1 based on latencies for facilitating of a point which is set by in general outline, absolute downwardly and upwardly and not. ensures that a general outline. Dwarf habit planting part (13) of the habitat environment integrity geographical area (A1) number 1 (DS1) stage down in rocking gradient region is formed, is planting are [...]. The habitat environment integrity geographical area (A1) [...] are shadow on temperature control and performs serves. Furthermore, the leaves of [...] number 2 down stage formed between the north (DS2) the loose copper of scattering of the destination of that information, performs providing information. Lower sallied (14) (A1) of the habitat environment integrity geographical area number 1 (DS1) stage down horizontal pixel patterns are formed between the, stone resting stone loose north into the lower portion of copper is hiding provides a function for allowing it to be. A place for laying eggs (15) (A1) of the habitat environment integrity geographical area number 2 (DS2) stage down between the horizontal area gradient region and rocking in 0.1 m (10 cm) depth is formed with sleep open before and after. Does-plane tortional (16) (A1) of the habitat environment integrity geographical area number 3 (DS3) stage down to horizontal area of a place for laying eggs (15) of depth from surface waters removes the cryogenic liquid from 1.5 to 2 m is formed has a depth of, loose north.-plane tortional of copper. On the other hand, does-plane tortional (16) for providing habitat environment integrity geographical area (A1) of number 3 (DS3) stage down the horizontal area sloping faces and a sloping faces the free surfaces stone. Also by the vertical 1 (pond) pond as shown in a scattering depth of destination (15) forming a pond (pond) to an area shallow depth of from 0.1 m does-plane tortional (16) to an area a deep form between 1.5 to 2 m. be. And (DS2) stage down number 2, number 3 (DS3) stage down, up stage number 1 (US1) consisting of the (A2) habitat copper loose north minimum after stair won and secure exterior or more must be 15 cm, 15 cm to on the moveable protector for removing mud and sand from quality should is coating or more. Does-plane tortional and (16) with number 2 down stage number 3 (DS3) stage down about the upper substrate in correspondence to the opposite region (DS2) the uplink fashion (US1) stage up number 1 and number 2 up stage is sequentially formed (US2). Uplink stage number 1 number 2 (US2) stage uplink (US1) and wherein each rocking gradient region and horizontal area is included, a horizontal gradient region rocking of each uplink is eliminated the gap is formed it is preferable that the. Furthermore, the above-mentioned a place for laying eggs (15) removes the cryogenic liquid from of sleep areas corresponding to an intersects with the horizontal surface on stone in which the above method wants to plant utilizing an open does not corrode the formed a sleep. Next number 2 rocking inclined terrain part (17) the number 2 up stage (US2) is formed on the gradient region rocking of existing forest girdled to (19) and a habitat between loose north order to ensure accessibility of copper is is made from the prisms gentler 1:4. Number 2 gain and feed rest place stator (18) the number 2 number 2 (US2) stage up during gradient region rocking of uplink stage (US2) the beginning fire stream neck in the corolla in proximity to the horizontal area of planting is, the existing in the beginning fire stream forest girdled to (19) from a maximize attracting to bring up. Existing forest girdled to (19) prior to the habitat composition natural environment recorded in the machining program, forest girdled in habitat composition may be associated with the adjacent to parking should hearts to. The (A1) geographical area integrity environment habitat and loose north (biotope) meaning biot saw of copper, a aforementioned (DS2) stage down number 2, number 3 (DS3) stage down, up stage consisting of number 1 (A2) (US1) including general outline in a habitat copper loose north, north loose stator food stuff for form of copper, a place for laying eggs, is the composition includes sallied. Habitat copper loose north and (A2) has an eco wetland and biological habitat to ecosystem is formed and the signal generator is connected with such as business recovery. The above-mentioned north loose copper natural recovery habitat molding structure (1) by loose north copper habitat physical environment and a mobile terminal, reflecting features of life copper loose north habitat components technical composition by providing method, peripheral up clean indoor environment an north loose copper habitat strong-point is formed and maintaining the. can be useful in. In particular, large piles sucked by vacuum degree as being filled with water always the peripheral dam level rise to overcome the habitat for habitat environment integrity geographical area (A1), and manpower and sites form ([...] type terrain) and a habitat components (week lifestylebow , a place for laying eggs, sallied, feed and rest place , place-plane tortional) radio base station on 100 parts by weight of air flow rate of the model, north technical habitat replacement decompression and habitat copper loose. composition. [...] type terrain is formed in the habitat copper loose north around the dam and river in composition, always on or river level being filled with water not be submerged in water even rise height of bar joint and method for jointing swampy land. in a retaining. The resulting structured materials, , the present specification and drawing a preferred embodiment of the present invention focuses the corresponding advertisement based on the shown list disclosure, although specific terms is used but, the only techniques of the present invention and described an alarm for warning, to assist understanding of the invention in the broadest sense general procedure approach as is employed for, of, or limit the scope of the present invention. without intending to be. A disclosure herein in addition in the embodiment of the present invention based upon the technical idea are examples other variations, the embodiment the scalable such that in the present invention is in the field of the. scrapped to person with skill in the art. 1: structure molding habitat recovery natural habitat copper loose north Terrain part inclined rocking 11: number 1 Stator gain and feed rest place 12: number 1 13: dwarf habit planting part 14: lower sallied 15:a place for laying eggs 16: does-plane tortional Terrain part inclined rocking 17: number 2 Stator gain and feed rest place 18: number 2 A1: habitat environment integrity geographical area A2: north habitat frog acid The present invention relates to a construction structure (1) of natural restoration for rana dybowskii habitats. The construction structure (1) of natural restoration for rana dybowskii habitats, which is constructed as wetland, comprises an environment preservation area (A1) for habitats which includes a first gentle slope land part (11), a first resting and feeding place (12), a tree planting part (13), a lower hiding place (14), a spawning place (15), a hibernation place (16), a second gentle slope land part (17), and a second resting and feeding place (18). Thereby, the present invention secures the continuity of an ecosystem structure by securing a habitat area for rana dybowskii when a wetland is constructed. COPYRIGHT KIPO 2016 Number 1 rocking inclined terrain part (11), number 1 gain and feed rest place stator (12), while allowed to be dwarf habit planting part (13), lower sallied (14), a place for laying eggs (15), does-plane tortional (16), number 2 rocking inclined terrain part (17), and number 2 gain and feed rest place stator (18) including a habitat environment integrity geographical area (A1) are made up a north wet paper, and including loose copper natural recovery habitat molding structure (1) in, number 1 rocking inclined terrain part (11) (A1) the habitat environment integrity geographical area integrally coupled, a gentler 1:4 inclined slope is formed on an inclined road deodorized molding deodorized copper loose north integrity environment which accessibility of (A1) geographical area, number 2 rocking inclined terrain part (17) connected to an existing forest girdled to (19) and a habitat between loose north order to ensure accessibility of copper 1:4 as compared to the prisms gentler forest girdled to (19), making in the context of a, number 1 rocking inclined terrain part (11) and a number 2 rocking inclined terrain part (17) of the bioactive habitat are made up by a wet paper, and structure molding habitat recovery natural copper loose north in (1) the north loose copper habitat constantly preserving warp rocking in such a way as to maintain in terrain forming a "terrain type [...] ", number 1 rocking inclined terrain part (11) and number 2 rocking inclined terrain part (17) the bevel of a loose copper week lifestylebow to poorly soluble projected from the north, number 1 gain and feed rest place stator (12), number 2 gain and feed rest place stator (18) characterized by from forming in the absorber structure molding habitat recovery natural copper loose north. According to Claim 1, number 1 gain and feed rest place stator (12) inclined rocking 1 sacrifice terrain part (11) and a habitat environment integrity geographical area (A1) are brought into abutment on each is formed in an area that has, in the corolla neck planting the beginning fire streamin the beginning fire stream bring up by the is formed for attracting module converting a voice into an RF, with the beginning fire stream passage seconds, at least more than one of said and [...]day lily to is formed containing a loose north characterized by structure molding habitat recovery natural copper. According to Claim 2, the number 1 (A1) habitat environment integrity geographical area gain and feed rest place stator (12) does-plane tortional from (16) projected toward the rear of the mounting (DS1 to DS3) number 1 to number 3 down stage of multi-and passes downstream to has a are connected to the through electrode stage, does-plane tortional (16) inclined rocking number 2 from terrain part (17) projected toward the rear of the mounting (US1 to US2) number 1 to number 2 up stage of multi-of upstream stage has a are connected to the through electrode, each down stage and producing method stage horizontal area gradient region and rocking in a longitudinal direction in a sequential structure molding habitat recovery natural copper loose north characterized by. According to Claim 3, dwarf habit planting part (13) prescribed form department environment integrity geographical area (A1) of number 1 (DS1) stage down in rocking gradient region is formed, is planting are [...][...] by the habitat environment integrity geographical area (A1) on which and the procedure part is mined temperature control and shadow, [...] leaves of the number 2 (DS2) stage down loose north formed between the scattering of copper for to provide a corresponding destination characterized by structure molding habitat recovery natural copper loose north. According to Claim 3, lower sallied (14) the, habitat environment integrity geographical area (A1) of number 1 (DS1) stage down horizontal pixel patterns are formed between the, stone resting stone loose north into the lower portion of copper is hiding a function for allowing it to be provided to structure molding habitat recovery natural copper loose north characterized by. According to Claim 3, a place for laying eggs (15) the, habitat environment integrity geographical area (A1) of number 2 (DS2) stage down between the horizontal area gradient region and rocking in 0.1 m (10 cm) depth open before and after sleep in a sequential structure molding habitat recovery natural copper loose north characterized by. According to Claim 3, does-plane tortional (16) the, habitat environment integrity geographical area (A1) of a place for laying eggs to horizontal area of number 3 (DS3) stage down (15) of depth from surface waters removes the cryogenic liquid from 1.5 to 2 m is formed has a depth of, does-plane tortional (16) for providing habitat environment integrity geographical area (A1) of number 3 (DS3) stage down the horizontal area sloping faces and a sloping faces for stone-plane tortional to be placed loose north characterized by structure molding habitat recovery natural copper. According to Claim 3, (DS2) stage down number 2, number 3 (DS3) stage down, up stage number 1 (US1) consisting of the (A2) habitat copper loose north minimum after stair won and secure exterior or more must be 15 cm, 15 cm or more to the earth-and-sand on the moveable protector that it coating, in other words a loose north characterized by structure molding habitat recovery natural copper. According to Claim 7, does-plane tortional (16) with number 2 down stage number 3 (DS3) stage down about the upper substrate in correspondence to the opposite region (DS2) the uplink fashion (US1) stage up number 1 and number 2 up stage is sequentially formed (US2), uplink stage number 1 number 2 (US2) stage uplink (US1) and horizontal area gradient region and rocking each up a component, a horizontal gradient region rocking are constantly or differently the gap is formed is characterized by structure molding habitat recovery natural copper loose north. According to Claim 3, number 2 gain and feed rest place stator (18) the, number 2 number 2 (US2) stage up during gradient region rocking of uplink stage (US2) in proximity to the horizontal area of planting the beginning fire stream to is formed in the corolla neck characterized by structure molding habitat recovery natural copper loose north. According to Claim 8, habitat copper loose north (A2) has an eco wetland and biological habitat composed associated with such as business recovery ecosystem in that it loose north characterized by structure molding habitat recovery natural copper.
