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Biotechnology and Agriculture Education Program - College of Tropical Agriculture and Human Resources - University of Hawaii
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Biotechnology at CTAHR  
 

Some people question the need for genetic modification of food plants. These people may believe that foods derived from genetically engineered crops poses risks to human health and the environment, or they may view transgenic crops as part of an agenda of globalization and restriction on free trade through which multinational corporations can exploit developing economies. However, many of us at CTAHR believe that development of this technology has the potential to provide at least partial solutions to problems that include the environmental cost of agriculture, third-world hunger, poverty, and the difficulties faced by small farmers. Our mission is to support tropical agricultural systems that foster viable communities, a diversified economy, and a healthy environment. We believe that we should always keep our options open. We would be unwise to turn our backs on the advantages of this technology, but at the same time we should proceed carefully, minimizing and managing risks. As we develop this new technology we must also continue our efforts to improve conventional farming, organic farming, and integrated pest management. We are here to help all our clients, and we encourage the coexistence of all forms of agriculture. Scientists in our college employ many different agricultural approaches, encompassing classical breeding, organic farming, integrated pest management, and genetic engineering. For examples of research in these areas, you can visit:

 

Classical breeding    
Corn breeding Dr. James L. Brewbaker  
Anthurium breeding Dr. Adelheid R. Kuehnle  
Dendrobium breeding Dr. Adelheid R. Kuehnle  
Cultivar development in proteaceae floral crops Dr. Kenneth W. Leonhardt  
Delayed fruit ripening Dr. Robert E. Paull  
Hawaiian Taro Dr. John Cho  



Genetic Engineering  
Genetic engineering of papaya Dr. Richard M. Manshardt
Dr. Stephen A. Ferreira
Genetic engineering of pineapple Dr. David A. Christopher
Sex control in shrimp and prawn aquaculture Dr. Piera Sun
Genetic engineering of banana plants Dr. John Hu
Gene isolation and expression in bacteria, yeast, and plants Dr. Monto Kumagai
Genetic engineering of papaya for longer shelf life Dr. Robert E. Paull
Genetic engineering of taro Dr. John Cho
Developing taro with increased fungal disease resistance;
Update on genetic engineering of Chinese taro (variety bun long) for increased disease resistance
Susan Miyasaka

 

Bioremediation  
Dr. Charles Kinoshita  
Dr. Qing Li  
Dr. Alvarez  
Dr. C-S. Tang  

 

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