Europe Needs Genetically Engineered Crops, Scientists Say

First time accepted submitter Dorianny writes in with a story about the ongoing battle over genetically engineered crops in Europe. "The European Union cannot meet its goals in agricultural policy without embracing genetically engineered crops (GMOs). That's the conclusion of scientists who write in Trends in Plant Science, a Cell Press publication, based on case studies showing that the EU is undermining its own competitiveness in the agricultural sector to its own detriment and that of its humanitarian activities in the developing world. 'Failing such a change, ultimately the EU will become almost entirely dependent on the outside world for food and feed and scientific progress, ironically because the outside world has embraced the technology which is so unpopular in Europe, realizing this is the only way to achieve sustainable agriculture,' said Paul Christou of the University of Lleida-Agrotecnio Center and Institució Catalana de Recerca i Estudis Avançats in Spain."

Comments

Eh, what?

[dunkelfalke]

EU pays farmers for not growing stuff because it it produces too much food. There have been surpluses for decades, only recently they have been depleted because of the world market.

Yes, obviously there are imports, but only in winter time or for exotic fruits.

Re:Eh, what?

[DustinB]

Very true. Production is not the bottleneck; it's distribution which often times is hindered due to political reasons. We are not at peak production either.

There's plenty of food.

[Anonymous Coward]

1. The world, and the EU, produce plenty of food. People in certain areas do not have enough food due to problems in the food distribution system.

2. 90%+ of GMO food is either herbicide resistant or produces its own insecticide. It's focus is not producing more or better food. Yes, this could change some day, but that's how it is and has been for a long time.

here is the Monsanto connection

[Moabz]

Paul Christou

He received a first class honors degree in Chemistry (University of London) followed by a PhD in plant biochemistry (UCL, London) in 1980. Following postdoctoral research at UCL, he joined one of the very first plant biotechnology companies, Cetus Madison Corp (subsequently Agracetus, Inc.) Madison Wisconsin, USA. He led a research group which achieved the first genetically transformed staple crop (soybean). Subsequently his team developed a variety-independent gene transfer method for rice. These two achievements had a significant impact, as the first transgenic soybean on the US and global markets sold by Monsanto was a direct output of his group’s research efforts.