Market Intelligence
for the World's
Agriculture Industry
Since 1988
 STAT Specialty Crop News - Covering the world since 1988!
Subscribe Now!
For full site access

Lost Password?
Customer Center

Trade Directory

Special Crops
Beans
Lentils
Peas
Chickpeas
Birdseed
Mustard & Other
Spices & Herbs
Dried Fruit & Nuts
Supply-Demand

The rest of Agriculture
Bio-Energy
Commentary
Grain
Oilseed
Livestock
Poultry
Cotton & Wool
Fresh Fruit & Vegetables
Dried Fruit & Nuts
Dairy
Technology
General
Organic
Just for Growers

Cash Markets
Futures Markets
Weather
Price Graphs
Export Data
Supply-Demand



Subscribe Today!
Privacy Policy
Subscriber Agreement

Ag Links
Affiliates
Add Headlines!
To your website!


Fuel Food Debate Could be Moot

LANSING - Apr 2/07 - SNS -- Research partly funded by DuPont Biobased Materials, Inc. has concluded the food versus fuel debate would be rendered moot is ethanol was made from cellulosic materials rather than corn grain.

Michigan Agricultural Experiment Station (MAES) researcher Bruce Dale says his finding was based on the use of life cycle analysis tools, which include agricultural data and computer modeling, to study the sustainability of producing biofuels -- fuels such as ethanol and biodiesel that are made from renewable resources.

"We grow animal feed, not human food in the United States," Dale said. "We could feed the country's population with 25 million acres of cropland, and we currently have 500 million acres. Most of our agricultural land is being used to grow animal feed. It's a lot simpler to integrate animal feed production into cellulosic ethanol production than it is to integrate human food production. With cellulosic ethanol, the 'food vs. fuel' debate goes away."

Cellulosic ethanol is made from the stems, leaves, stalks and trunks of plants, none of which is used for human food production. Dale, who has studied ethanol for more than 30 years, said that as the country moves toward large-scale cellulosic ethanol production, the yield of so-called energy crops - grasses and woody materials grown for their energy content -- also will dramatically increase.

"This will reduce pressure on our land resources," Dale said. "We'll be able to get more raw material out of one acre of land."

Dale also pointed out that many of these energy crops will be grown on land that isn't prime agricultural acreage, but rather on marginal land that isn't growing a commercial crop right now.

"The evidence indicates that large-scale biofuel production will increase, not decrease, world food supplies by making animal feed production much more efficient," Dale said.


Subcribers get complete access to all articles and special sections on the STATpub website.

To subscribe just click on Subscribe Now!


Add AgMarket News headlines
to your site



Use of Information

Copyright © 1988-2008 STAT Communications Ltd., Canada. All Rights Reserved. This information may not be republished in part of in full in any form whatsoever without the prior written consent of STAT Communications Ltd. The article on this page may not be harvested and reprinted on any website. However, we encourage links back to this or any other public article on our website.



Disclaimer

The information in this article is provided without any warranty of any kind whatsoever. By accessing this service, you agree that STAT Communications Ltd. will not be liable for any expenses, losses or costs that may be incurred by the interpretation and use of the information in this website, nor as a result of the information on this site being inaccurate or incomplete in any way.



Click here to set STATpub.com as your browser's home page!
Copyright © 2008 STAT Communications Ltd., Canada.All rights reserved. Terms & Conditions
Send us your comments.
Privacy Policy
Links Directory