Department of Biochemistry and Physiology aims to meet the needs of stakeholders in the rubber industry particularly in the biochemical and physiological aspects. Ultimate focus is to increase the productivity of rubber lands through reduction of cost of production with the aim of improving sustainability of rubber farming. Among the research programs, testing low frequency harvesting systems with different methods of stimulation and developing screening methods to identify best genotypes that produce quality raw rubber are in priority.
Dr. (Mrs.) Sagari Kudaligama serves as the Head of the Department of Department of Biochemistry and Physiology at RRISL. She obtained her BSc degree from the University of Colombo, Sri Lanka in 1996. She has made a significant contribution on developing low cost treatment facilities for rubber factory wastewater and obtained her MPhil degree in this discipline from the University of Sri Jayawardenepura. Outputs of the research carried out on developing low intensity harvesting systems leading to her PhD has been awarded the National awards for excellence in agricultural research in Sri Lanka, 2014. Her present interests are on productivity improvement through investigating biochemical and physiological aspects of rubber tree in relation to different agronomic practices, climate change and suboptimal climatic conditions in marginal rubber lands and abiotic stresses. In addition, she also engages in research work on rubber wood. She has published more than 50 research articles and obtained three patents for scientific innovations.
Ms. N P S N Karunarathne serves as a research officer at Department of Biochemistry and physiology, Rubber Research Institute of Sri Lanka covering the research areas of biochemistry and physiology of rubber plant, latex and wood. She obtained B.Sc. (Honours) degree with the specialization in plant biotechnology from University of Colombo, Sri Lanka in 2015. Her current research interests include latex discoloration, plant biochemistry, plant physiology, wood biochemistry and plant stress physiology.
This project mainly aims for assisting in introducing low-intensity harvesting systems as a remedy to the lack of latex harvesters and the low economic lifespan of plantations. Further, introduce site-specific stimulation protocols to improve the yield of unproductive or low productive rubber lands on request of growers.
Testing charges have been revised with effect from 01.07.2022, as mentioned in the following table.
Name of the Test
|
Testing Fee (Rs.) |
|
1 |
Ethephon concentration |
1800 |
2 |
Latex diagnosis (10 replicates) |
8000 |
Publications in refereed journals
Citation index expanded
Other refereed journals