References [1]. Agerschou, H.A. "Synthetic material filters in coastal protection". ASCE. J. Waterway, Port, Coastal and Ocean div. 87, WW1, February 1961, 111-124. [2]. Anon. Problem solving fabrics for tough jobs. Engineering News Record. 24 September 1981, 30-34. [3]. Antheunisse J. "Decay of Coconut Fibres by Soil Microorganisms", Joun. of Appl. Microbiol., Vol.27, 1981, 435-442. [4]. Antheunisse J. "Observations on the Decomposition of Coconut Fibres", Joun. of Appl. Microbiol., Vol.25,February 1979, 273-277. [5]. ASTM D 1440 - Standard Test Method for Length and linear density distribution of cotton fibres (Array method). [6]. ASTM D - 1447 Standard Test Method for Length and uniformity of cotton fibres by fibrograph measurement. [7]. ASTM D - 1577 Standard Test Method for Linear density of textile fibres. [8]. ASTM D - 2256 Standard test method for tensile properties of yarns by single-strand. [9]. ASTM D-4595-86 Standard Test method for tensile properties of geotextiles by wide-width strip method. [10]. Barker, D.H. "Biodegradable geotextile for erosion control and slope stabilisation". Civil engineering, June 1986, 13-15. [11]. Bhat, J.V., "the Coir Fibre", The Indian Textile Journal, Vol.16, 1971, 37-41 [12] Gupta, S. Bulletin of Jute Manufactures Development Council (India), 1996,1. [13] Holtz, R.D. 'Recent developments in reinforced earth', Seventh Scand. Geotechnical Meeting, Polyketnisk, Forlag, Denmark, 1977, 281-291. [14]. Horrocks, A.R. The Durability of Geotextiles. Universidade do Minho, Azurem, P-4800 GUIMAES.1992. [15]. http://www.coirgeotextiles.com [16]. http://www.polimeros.com/Geoapli.htm [17]. http://www.Rolanka.com [18]. http://www.tifac.org.in/do/hgt/proj/case/geo.htm 63 [19]. Holis, H., Craig, F." Cor Geotextile Roll and Wetland plants for Steambank Erosion Control", USAE Research and Development Center, February 2000, 10-19. [20]. Iwasaki, K. and Watanabe, S. 'Reinforcement of railway embankments in Japan' Proc. ASCE Symp. on Earth Reinforcement, Pittsburgh, April 1978,473-500. [21]. John, NWM. Geotextiles. London: Blackie and Sons ltd, Bishopbriggs, Glasgow, G64 2NZ, 7 Leicester Place, London WC2H 7PB, 1987. [22]. Keown, M.P. and Oswalt, N.R. "US Army Corps of Engineers experience with filter fabric for steambank protection application " Int. conf. On Flexible Armoured Revetments Incorporating Geotextiles, London 1984, 227-238. [23] Kulkani, A.G, Cgeriya, K.A., Satyanarayan K.G., Rohatgi, P.K. "Studies on Moisture Sorption in Coir Fibres (cocos Nucifera L)", Joun. of App. Pol. Sci., Vol.28,625-632. [24] Kulkani, A.G. Satyanarayan, K. Sukumaran, P.K. Rohargi. "Mechanical properties of coir fibres under tensile load" Joun. of Material Sci. 1981, 905-914. [25].Pan, N.C., Day, A., Mahalanabis, K.K. "Properties of Jute", The Indian Textile Journal, February 2000,16-23.[25] [26] Morton, W.E., Hearle, J.W.S., Physical Properties of Textile Fibres, Willian Heinemann Ltd, 15 Queen St., Mayfair, London WIX 8BE, 1975 [27]. Radhakrishnan Nair, V. "Manufacturing Testing and Application of Coir as Geotextiles with Particular Reference to Erosion Control", Vol. XXIII No.6, October 1992,27-36. [28]. Robbin, B.S., Alton P.S. "Coir Geotextile Experience in the United States in Combination with Soil Bioengineering Technology", Joun. of App. Polm. Sci. Vol 36,1992, 14-17 [29]. Varma.D.S., Varma, M., Varma, I.K. Coir Fibres, Part 1: Effect of Physical Chemical Treatments on Properties, Textile Research Journal, 1984,December. 827- 832. [30]. Veran R.E., Pan N.C. Properties of Jute, The Indian Textile Journal, February 2000, 16-23 [31]. Xenam L.D. Coconut Fibre, Coconut Board, COIR HOUSE MG Road, Kochi- 682 016, 1992 [32]. Nirmali de Silva, Probodha Mataramba; Investigation into types and properties of geotextiles used in Sri Lanka for various applications, Report Submitted to Senate Research Committee, University Moratuwa, 1997 64