decrease font size
increase font size
change type face
bookmark this page
email this page
print this page

TheBioenergySite Latest News

Search TheBioenergySite:
Section:

Use the above box to search this section or the whole site
Friday, May 16, 2008
Print This Page

D1 Oils Conduct Test for Jatropha Cultivation

INDONESIA - A series of trials testing the cultivation potential of jatropha curcas in poor soils has been set up by D1 Oils, reports Biofuel Review.

The tests will be carried out on the Indonesian island of Sumatra, in co-operation with University of Bengkulu (UNIB) in South West Sumatra, and will look at the performance of jatropha in "ultisol" soil types, which are common in Indonesia.

The Indonesian trials are the latest in a series of strategic research and development partnerships that D1 is developing worldwide with the objective of gathering data to improve the cultivation and productivity of jatropha and other alternative biofuels crops in different regions, climates and soil conditions. D1’s global research network already includes agreements with the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) for research into Jatropha curcas in Andhra Pradesh in India, and with Katetsart University in Thailand to evaluate the growth and yield of Chinese cabbage, tomato and sweet potato when using Jatropha curcas seedcake as a fertiliser. It is expected that the relationship with UNIB will be expanded to cover other areas of co-operation in jatropha cultivation.

Commenting on the UNIB agreement, Dr Henk Joos, Director of D1’s plant science programme, said: "Jatropha can be grown on a wide range of soil types, including marginal land, and grows in drier areas than other food oil crops. We expect Indonesia to be a key area for Jatropha curcas cultivation, particularly in Sumatra and parts of Java where agricultural production is limited by low levels of soil nutrients. Our co-operation with UNIB will enable us to explore further jatropha’s potential as a crop that Indonesian farmers can grow on poorer soils and get commercial yields without heavy applications of expensive fertilisers."

View the Biofuel Review story by clicking here.

TheBioenergySite News Desk


Our Web Sites
ThePigSite
ThePoultrySite
TheCattleSite
TheFishSite
TheBioenergySite
Chinese Web Sites
ThePigSite China
ThePoultrySite China

Thursday 20th November

Search Site