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A modular erosion and sediment control barrier. The linear modular erosion and sediment control barrier is constructed of reinforced fiber logs joined end-to-end or side-to-side. Each fiber log is made of a quantity of loose fibers retained in a reinforced tubular casing having at least one closed e

A modular erosion and sediment control barrier. The linear modular erosion and sediment control barrier is constructed of reinforced fiber logs joined end-to-end or side-to-side. Each fiber log is made of a quantity of loose fibers retained in a reinforced tubular casing having at least one closed end wherein the fibers are retained in the casing by either a second closed end or by a plug. The coupler fiber logs are constructed with a reinforced tubular casing comprising at least two layers of a flexible material. The open-ended reinforced coupler fiber log includes an extended section which is peeled back and folds over the end of the coupler fiber log during storage and transportation. When deployed, the extended section is unfolded to receive the end of an adjacent fiber log. Two fiber logs, whether having two closed ends or a single closed end, are secured together by a cord and hooks.

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1. A reinforced coupler fiber log comprising:a filler pack having a first end and a second end, wherein said filler pack comprises loose fibers, a reinforced casing having a closed end and an open end, said closed end of said casing covering said first end of said filler pack, wherein said casing co

1. A reinforced coupler fiber log comprising:a filler pack having a first end and a second end, wherein said filler pack comprises loose fibers, a reinforced casing having a closed end and an open end, said closed end of said casing covering said first end of said filler pack, wherein said casing comprises at least two layers of a flexible material, and a plug located inside said casing between the second end of said filler pack and the open end of said casing, said plug at least partially covering the second end of said filler pack and said casing having an extended section, said extended section axially extending between said plug and the open end of said casing. 2. The coupler fiber log of claim 1, wherein said casing is porous.3. The coupler fiber log of claim 1, wherein said casing is a mesh netting.4. The coupler fiber log of claim 1, wherein said filler pack is cylindrical having an approximately circular cross-section.5. The coupler fiber log of claim 1, wherein said filler pack forms an elongated log having an approximately rectangular cross-section.6. The coupler fiber log of claim 1, wherein said filler pack forms an elongated log having a triangular cross-section.7. The coupler fiber log of claim 1, wherein said filler pack is formed of coir fibers or sea grass.8. The coupler fiber log of claim 1, wherein said coupler fiber log has a length and includes a plurality of plant wells spaced along said length of said coupler fiber log.9. The coupler fiber log of claim 1, wherein said casing includes a cinch cord woven around said open end of said casing, and said coupler fiber log further comprises a plurality of s hooks.10. The coupler fiber log of claim 1, wherein the filler pack has a maximum length of less than about 8 feet.11. The coupler fiber log of claim 1, wherein at least one layer of said easing is a mesh netting constructed from a group of materials consisting of polypropylene, polyethylene, jute, hemp, coir, sea grass, sisal, and mixtures thereof.12. The coupler fiber log of claim 1, wherein at least one layer of said casing is a mesh netting constructed from metal strands.13. The coupler fiber log of claim 12, wherein said metal strands have at least one layer of an external protective coating.14. The coupler fiber log of claim 13, wherein said metal strand is steel and said protective coating is a coating material selected from the group of coating materials consisting of zinc and polyvinylchloride.15. A modular erosion and sediment control barrier comprising:first and second reinforced coupler fiber logs, said coupler fiber logs including a filler pack having a first end and a second end, a reinforced casing having at least one closed end, said casing extending about the outside of said filler pack, said closed end of said casing covering said first end of said filler pack, said casing comprising at least two layers of a flexible material and means for joining said first coupler fiber log to said second coupler fiber log. 16. The modular erosion and sediment control barrier of claim 15, wherein the casing has two closed ends.17. The modular erosion and sediment control barrier of claim 15, wherein said casing is porous and said coupler fiber logs are joined along a side of each coupler fiber log.18. The modular erosion and sediment control barrier of claim 15, wherein said casing is porous.19. The modular erosion and sediment control barrier of claim 15, wherein said casing is a mesh netting.20. The modular erosion and sediment control barrier of claim 15, wherein the filler pack has a maximum length of less than about 8 feet.21. The modular erosion and sediment control barrier of claim 19, wherein the means for joining the coupler fiber logs includes a cord laced between said mesh netting.22. The modular erosion and sediment control barrier of claim 15, wherein said casing has an open end and further comprises a plug located inside said casing between The second end of said filler pack and the open end of said casing, said plug at least partially covering the second end of said filler pack and said casing having a net extension axially extending between said plug and the open end of said casing.23. The modular erosion and sediment control barrier of claim 22, wherein said means for joining includes means for securing said first coupler fiber log to the closed end of said second coupler fiber log.24. The modular erosion and sediment control barrier of claim 22, wherein said means for securing includes a cinch cord woven around said open end of said casing and a plurality of s-hooks.25. The modular erosion and sediment control barrier of claim 22, wherein said filler pack further includes a shaped cross-section, wherein the shape is selected from the groups consisting of a circle, a three-sided polygon, and a four-sided polygon.26. The modular erosion and sediment control barrier of claim 22, wherein the filler pack has a maximum length of less than about 8 feet.27. The modular erosion and sediment control barrier of claim 22, wherein said casing is a mesh netting.28. The modular erosion and sediment control barrier of claim 27, wherein said plug is a ball of fibers surrounded by a net.29. The modular erosion and sediment control barrier of claim 27, wherein said complex fiber log has a length and said coupler fiber log includes a plurality of plant wells spaced along the length of said fiber log.30. The modular erosion and sediment control barrier of claim 22, wherein at least one layer of said casing is a mesh netting constructed from the group of materials consisting of polypropylene, polyethylene, jute, hemp, coir, sisal, sea grass, sisal, and mixtures thereof.31. The modular erosion and sediment control barrier of claim 30, wherein said plug is a disk with an inside and outside face, said inside face is oriented toward said second end of said filler pack and said outside face is oriented toward said open end of said casing and wherein said plug is at least partially made of fiber infiltrated latex.32. The modular erosion and sediment control barrier of claim 22, wherein at least one layer of said casing is a mesh netting constructed from metal strands.33. The modular erosion and sediment control barrier of claim 32, wherein said metal strands have at least one layer of an external protective coating.34. The modular erosion and sediment control barrier of claim 33, wherein said metal strand is steel and said protective coating is a coating material selected from the group of coating materials consisting of zinc and polyvinylchloride.