• Callus induction and plantlet regeneration ability of selected Sri Lankan traditional rice cultivars (oryza sativa l.) In caryopses culture 

  Dahanayake, N.; Ranawake, A.L. (Faculty of Agriculture-University of Ruhuna, 2011-01-05)

  A total of forty Sri Lankan traditional rice varieties (Oryza sativa L) were examined for their callus induction, growth and regeneration ability at Laboratory of Agricultural Biology, Faculty of Agriculture, University ...
• Addressing multi-stakeholder conflicts in the coastal zone through a special area management (sam) process: a case study in Rekawa of the southern Sri-Lanka 

  Pethiyagoda, N.A.; Amarasinghe, O. (Faculty of Agriculture-University of Ruhuna, 2011-06-28)

  It is accepted globally that management of the coastal zone should be done through an integrated process. Special Area Management (SAM) is a particular form of Integrated Coastal Zone Management (ICZM), which addresses ...
• Identification of rastrococcus rubellus williams (hemipte ra: pseudococcidae) on mango: a new record to Sri Lanka 

  Galanihe, L.D.; Watson, G.W. (Faculty of Agriculture-University of Ruhuna, 2012-05-08)

  An island-wide survey of mealybugs (Hemiptera: Pseudococcidae) conducted in 2008/09 helped identify two species of Rastrococcus from Sri Lanka. R. invadens Williams was identified from samples collected on Plumeria sp. ...
• Med16/sfr6 is necessary but not sufficient for cor gene ex pression of cbf pathway 

  Wathugala, D.L.; Heather Knight; Marc R Knight (Faculty of Agriculture-University of Ruhuna, 2011-11-05)

  Developing stress tolerant crops to cope with the rapid environmental degradation that is occurring is an absolute requirement in order to provide enough food for growing population. One of the basic genetic engineering ...
• Temporal Variations in the Biofilm Formation Ability of Vibrio sp. Isolated from Giant Freshwater Prawn (Macrobrachium rosenbergii) 

  Bandara, E.G.K.Y.C.; Ruwandeepika, H.A.D.; Jayasinghe, U.A.D.; Deepananda, K.H.M.A. (Faculty of Agriculture, University of Ruhuna, Sri Lanka., 2025-06-04)

  The formation of biofilms by Vibrio-like pathogens is a crucial adaptation that enhances their virulence and survival in harsh conditions. Due to the pronounced resistance exhibited by biofilm bacteria, it is crucial to ...

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