Articles in the May 18, 2012 Issue of Crop Biotech Update

NEWS

Africa
Biotech Experts Convene to Develop Regional GM Policy for Eastern and Southern Africa 
Biotechnology Has Full Backing of Kenyan Government 
Expert Calls for Expedition of the Implementation of Biosafety Law 
Gates Foundation Gives US$3M to OFAB for Biotech Adoption 
Drought Tolerant Maize Boosts Farmers' Harvests in Tanzania 

Americas
UW Develops Heart-healthier Oat 
Scientists Alters Plant Fatty Acid Production 
USDA Expands Public-Private Partnership to Increase Global Cocoa Production 
Call for House, Senate Support to Biotechnology 
APHIS Unable to Address Litigation Issues Related to GE Crops 
Dwarf Plants to Cut Input Costs 
US Leaders Show Support To Biotechnology 

Asia and the Pacific
CAS-JIC Partners for Crop Science Centre of Excellence 
Singapore Biodiesel Company Develops GM Jatropha 
China Completes Sequence of Foxtail Millet Genome 
GM and Society Forum in Beijing 
Japanese Scientists Create Salt Resistant Rice 
National Center for GM Crops in Korea Promotes Commercialization of Biotech Crops 
Chinese Newspaper Coverage of Genetically Modified Organisms 

Europe
Scientists Develop Whitefly Resistant Plants 
£6.8M Phenomics Center Opens 

Research
A Comparative Study of Protein and DNA-Based Detection Methods for GMO Testing 
Plants Grow Without Light 
Pyramiding Resistance Genes to Combat Bacterial Blight in Hybrid Rice 

Announcements
Global Cassava Partnership for the 21st Century 
11th International Conference on Bioinformatics 2012 

Drought Tolerant Maize Boosts Farmers' Harvests in Tanzania

In Tanzania, farmers who used to grow millet, sorghum and other legumes are now part of an international research project called Water Efficient Maize for Africa (WEMA). The farmers are using five maize varieties that are being tested in WEMA's efforts to increase food production and help farmers face the challenges of climate change.

Barnabas Kiula, WEMA's lead researcher in Tanzania, said that Situka, one of the maize varieties being introduced, can be grown in dry conditions and still be ready for harvest in only 75 days, when most varieties need at least 90 days to mature. According to him, the pressing need for food security in the region led to the decision to experiment which introduced maize to areas which have not traditionally grown the crop. "People are dying of hunger in this area. They live by food handouts every single year. We hope that drought tolerant maize could reverse this situation," he said.

Hassan Mshinda, director-general of the Tanzania Commission for Science and Technology, which is coordinating WEMA activities in the country, said that affordable, drought resistant varieties of staple crops will be important for dealing not only with climate change but also with general poor growing conditions and low yields in some African countries.

More information is available at http://allafrica.com/stories/201205141155.html.


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This article is part of the Crop Biotech Update, a weekly summary of world developments in agri-biotech for developing countries, produced by the Global Knowledge Center on Crop Biotechnology, International Service for the Aquisition of Agri-Biotech Applications SEAsiaCenter (ISAAA)

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