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But the Cornell Alliance for Science has become a polarizing force and a source of misinformation as it trains fellows around the world to promote and lobby for genetically engineered crops in their home countries, many of them in Africa. Numerous academics, food groups and policy experts have called out the groups inaccurate and misleading messaging. Community groups working to regulate pesticides and biosafety have accused CAS of using bully tactics in Hawaii and exploiting farmers in Africa in its aggressive promotional and lobby campaigns. A July 30 article by Mark Lynas, a Cornell visiting fellow who works for CAS, illuminates the controversy over the groups messaging. Citing a recent meta analysis on conservation agriculture, Lynas claimed, agro ecology risks harming the poor and worsening gender equality in Africa. His analysis was widely panned by experts in the field. Marc Corbeels, the agronomist who authored the meta analysis, said the article made sweeping generalizations. Other academics described Lynas article as really flawed, deeply unserious, demagogic and non scientific, an erroneous conflation that jumps to wild conclusions, and an embarrassment for someone who wants to claim to be scientific. The article should be retracted, said Marci Branski, a former USDA climate change specialist and Marcus Taylor, a political ecologist at Queens University. The controversy resurfaced this week over a webinar CAS is hosting Thursday Oct. 1 on the topic of agroecology.
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, and Columbus, Ohio. To automatically receive news releases from the American Chemical Society, contact . AAAS and EurekAlert!are not responsible for the accuracy of news releases posted to EurekAlert!by contributing institutions or for the use of any information through the EurekAlert!system. Scientists are reporting development of chemical modules that can reproduce, on an "unprecedented" molecular level, changes and interactions that occur in natural populations of plants and animals, including those of hunting and being hunted for food, conducting mutually beneficial relationships and competing for resources. The report on these new "predator prey biochemical oscillators," which could become building blocks for molecular machines and computers, appears in ACS Nano. Yannick Rondelez and Teruo Fujii explain that just as plants and animals interact in complex ways in vast "ecosystems" in nature, molecules, such as small synthetic DNA fragments, can be made to interact in complex ways within test tubes. Therefore, animal behaviors, like hunting as a predator and being hunted as prey, could also be applied to molecules, they say. Currently, researchers can build simple circuits with molecules. But to make complex molecular machines and computers which would provide information processing ability to wet systems, they need to understand and control how groups of molecules interact with each other, as animals do in nature. The scientists describe reproducing predator prey interactions, mutually beneficial relationships and competitive conditions using DNA and enzymes that build up or break down DNA. "Therefore, beside opening the way to the study of fundamental issues of chemical dynamic systems, we also expect that this approach will provide a useful building block in the scaling up of molecular computers and machines," they say.
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The model presented by Terwiesch and Loch 2004 relies on two economic agents buyer and supplier, with dissimilar information structures and objective functions. The authors also take heterogeneous customer valuation of design into account, which is an interesting touch and tries to makes their model more applicable to the real world, because even though the customers of certain companies might have some characteristics in common, their preferences will never be homogeneous and the differences should still be accounted for. The authors also really stressed the relevance of research in this domain, seeing how important the ability to customize products is nowadays and that it is considered to be a skill and the flexibility of a craftsman from before the industrial revolutionTerwiesch and Loch, 2004. Despite the fact that Terwiesch and Loch 2004 discussed paragraphs in which they proof their theories, it can be argued that their arguments are still not enough and it still does not authenticate their statements/ theories. This is due to the lack of trial in a real life setting. The authors argue each and every theory based on their assumptions, which would have been fine if they had tested this in a real life setting and concrete evidence was presented, but unfortunately in this case they have not. Also, the authors have only taken customer market settings into consideration in which the producer chooses the conditions of the contracts and in which the customer does not have the power to influence this. It would have been interesting to see what the differences in results would have been between these different market settings. By not taking this aspect into consideration, the model provided by the authors is also not generalizable to a different market setting than the one they have argued customer market setting, where the producers determine the conditions of the contract. Another weakness of the article is that they have not taken competition into consideration. The authors also have not taken competition or the intensity of it into consideration.
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SUNTHARESAN, Ph. D. An Exploratory Study into Factors Affecting Achievement inEnglish among Bangladeshi College Students:An Investigation of Teachers and Students Perceptions . Mohammad Mahbubur Rahman, M. A. in TESOLThe Role of Motivation in Teaching and Learning English as a Second Language at the Secondary Level .