Hey Evreyone!!

Welcome to my ENG180 Blog created for forst-year students of Agricultural Sciences, Biotechnology and Food Sciences at the Cyprus University of Technology! I have created this Blog with the help of my english instructor and it contains material and tasks about our study! I hope you enjoy my page! You are free to leave your comments!! :)

Δευτέρα 9 Απριλίου 2012

APA STYLE
REFERENCES


REFERENCES

Cook wins golf’s distinguished award. (2006, March 3) Agriculture network information center. Retrieved January 19, 2012, from http://extension.oregonstate.edu/news/release/2006/03/cook-wins-golfs-distinguished-award
Agriculture, environmental, affairs & rural development. (2011, October 23). KZN Celebrates world food day. Retrieved January  19, 2012,  from http://www.kzndae.gov.za/Portals/0/Media%20monitoring/2011/KZN%20WORLD%20FOOD%20DAY%20RELEASE%202011.pdf
Flickinger, M.C. (2010). Encyclopedia of industrial biotechnology : Bioprocess, bioseparation, and cell technology. John Wiley & Sons, Inc.
Heldman, D.R. & Moraru, C.I. (2011). Encyclopedia of agricultural, food, and biological engeering. Taylor & Francis group, llc.
Henshall, M.J. (2011) Agritourism, cross cultural studies. Tourism and agriculture.
Naylor R.E.L. The agricultural science. Cambridge journals. Retrieved January 19, 2012, from http://journals.cambridge.org/action/displayJournal?jid=AGS
Peart, R.M. & Shoup W.D. (2004). Agricultural systems management : Optimizing efficiency and performance. Marcel Dekker, inc.
Spedding, C.R.W. (1988). An introduction to agricultural systems. Elsevier applied science publishers ltd 1988.
University of Vigo (2007). Agronomy and crop science. Electronic Journal of Envirnonmental, Agricultural and food chemistry. Retrieved January 19, 2012, from http://www.scimagojr.com/journalsearch.php?q=6400153124&tip=sid
World health organization (1990). Public health impact of pesticides used in agriculture. P.106-116


Evgenia Michailidi
ΓΕΒΕΤ
ENGLISH 180.2
25/1/2012

Τετάρτη 4 Απριλίου 2012

Week 8
Article for Genetic Engineering


Genetic Engineering. A blessing or a curse?

In order to develop the world, people nowadays are trying to find some better ways for science to create new, unique life for everyone in this planet!! Genetic Engineering was “born” during the 21st century, and it is most used on plants, animals and microbes. It is something that regards every different person. Since Genetic Engineering is applied to these products, it has presented some advantages but also some disadvantages.
First of all, by genetically engineered bacteria, scientists produce insulin and human growth hormone and also it prevents food production and famines. Moreover it could be an incredibly powerful tool if it’s used  properly. By the application of Genetic Engineering on plants, we noticed that this is making the plant resistant to herbicide. Without the weeds, the crops would grow better and yield more, thus decreasing the amount of land that must be used for agriculture. They also got drought resistance, so less water could br diverted from rivers and lakes, which would then retain more of their natural condition.
Furthermore, Genetic engineering helped people to produce by the Bacillus thuringiensis bacterium a protein that is poisonous to insects but not to humans and in this way it is relatively easy to transfer the gene for this toxin to plants, creating what are known as bt plants. In Genetic engineering they don’t use any chemical pesticides or fertilizers and they try to work with nature as  much as possible. Their products have become the country’s biggest export. Their crops suffer from uch lower levels of insect damage and they have to spray much less pesticide.
On the other hand disadvantages of Genetic Engineering such as serious health risks by the heavier uses of herbicide thus increasing the amount of chemical residues in our food. Also, about drought resistance there might be some problems because if we ended government subsidies and price support systems that disort the true need for foods, food would not be grown just to be warehoused or discarded. In addition insect resistance which is caused by the Genetic engineering it concludes to vast amounts of toxic pollen blow away from corn fields, landing on the leaves of other plants, coating them with a poisonous “dust”. There is also worry that the corn’s pollen even contaminates the stigmas and the nectar of other plants, harming their pollinators.
To other people, Genetic Engineering is a dangerously untested science that threatens environmental disasters. The only people who really seem to benefit are the farmers who grow the crops and seed companies who provide the seeds, while there are environmental risks that affect as all. And that is because smaller farmers have been squeezed off their land by the expansion of the mega-farms and huge areas of natural forest are being cleared to make way for more soya. But peoples’ biggest fear is that the genetically modified genes may spread into other non-GM crops and in this way can we be all affected neither choosing it or not!!..
To conclude, many of us are wondering if this “resistance of science” is at the end a bless or a curse..I strongly believe that statistics and proves can’t influence our mind and our believes! If someone is not supporting this method, then it shouldn’t be in his options. No-one is saying GM is the total solution to all these problems. But if there is a chance it can provide some of the answers, then we need to pursue it.

Τετάρτη 7 Μαρτίου 2012

Week 8-Genetic Engineering Task 2

Genetic engineering, also called genetic modification, is the direct human manipulation of an organism's genome using modern DNA technology. It involves the introduction of foreign DNA or synthetic genes into the organism of interest. The introduction of new DNA does not require the use of classical genetic methods, however traditional breeding methods are typically used for the propagation of recombinant organisms.

REFERENCES:

Wikipedia-The free encyclopedia (2012). Retrieved March,7 2012.
http://en.wikipedia.org/wiki/Genetic_engineering

Τετάρτη 1 Φεβρουαρίου 2012

WEEK 3 - PARAPHRASING AND SUMMARISING

The Common Agricultural Policy Explained (CAP)
A history of successful change


Farmers are no longer paid just to produce food. Today’s CAP is
demand driven. It takes consumers’ and taxpayers’ concerns fully
into account, while giving EU farmers the freedom to produce
what the market needs. In the past, the more farmers produced
the more they were subsidised. From now on, the vast majority of
aid to farmers is paid independently of how much they produce
Under the new system farmers still receive direct income payments
to maintain income stability, but the link to production has been
severed. In addition, farmers have to respect environmental,
food safety, phytosanitary and animal welfare standards. Farmers
who fail to do this will face reductions in their direct payments
(a condition known as ‘cross-compliance’). Severing the link
between subsidies and production (usually termed ‘decoupling’)
will enable EU farmers to be more market-orientated. They will
be free to produce according to what is most profitable for them
while still enjoying a required stability of income.
This series of reforms has now painted a clearer future for the CAP,
making more apparent its value to all of society.

___________________________________________________________________________________


Common Agriculture Policy, has made a lot of important changes about farmers and their payment and also how they can produce food in a safe way and at the same time will  profit if they did their job the right way. Actually CAP gave the opportunity to the farmers to produce their own selection products in under some its conditions and they will be free to prize their job but except all the others standards, farmers also must respect the environment, food safety etc. On the other hand, if farmers fail will have to face reductions to their payment.

References
European Commission Acriculture and Rural Development. (2012). The Common Agricultural Policy Explained. Retrieved January 20, 2012 from: http://ec.europa.eu/agriculture/publi/capexplained/cap_en.pdf