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DOI: TRIFOLIUM REPENS L. DIVERSITY IN NEPAL: A COMPREHENSIVE VARIETAL ASSESSMENT
Harindra Lama , Botany Department, Trichandra College, Tribhuvan University, Kathmandu, NepalAbstract
Trifolium repens L., commonly known as white clover, is a widespread and economically important leguminous species known for its ecological and agricultural significance. In Nepal, Trifolium repens exhibits considerable diversity in terms of morphological characteristics, adaptation to different ecological niches, and agronomic traits. This study presents a comprehensive assessment of varietal differences in Trifolium repens across Nepal. Through field surveys, morphological characterization, and molecular analyses, various varieties of Trifolium repens were identified and classified based on their distinct traits and genetic markers. The findings shed light on the diversity within Trifolium repens populations in Nepal, providing valuable insights for conservation, breeding, and sustainable utilization of this important forage species.
Keywords
Trifolium repens L, white clover, diversity assessment
References
Burdon JJ, 1980. Intra specific diversity in a natural population of Trifolium repens. J. Ecol. 68: 737-744.
Cahn MG and Harper JL, 1976. The biology of leaf mark polymorphism in Trifoliumrepens L. 2. Evidence for the selection of leaf marks by rumen fistulated sheep. Heredity.37: 327-333.
Caradus JR, MacKay AC, Woodfield DR, Van den Bosch J and Wewala S, 1989.Classification of a world collection of white clovers. Euphytica. 42:183-196.
Charles AH, 1968.Some selective effects operating on white and red clover swards.J. British Grassland Soc.23: 20-25.
Chesneaux MT, 1972. Possibilities of Checking Varietal Identity of White clover (Trifoliumrepens L.) in Controlled Conditions.Ann. de Lamelioration des Plantes. 22: 311-319.
Collins RP and Rhodes I, 1991. Genetic Variation in cold tolerance and spring growth in white clover, In: White clover Development in Europe. Meeting of FAO Sub-Network on Lowland pastures and Fodder crops, Polcenigo, Italy, Oct. 1990.pp.11-14.
Crane E, Walker P and Day R, 1984. Directory of Important World Honey Sources, International Bee Research Association U. K. Publication.pp. 300-301.
Denne MP, 1996. Leaf development in Trifolium repens. Botanical Gazette. 127: 202-210.
FAO, 2005. Livestock Sector Brief Nepal. Livestock Information, Sector Analysis and Policy Research. AGAL.
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