Class Clips is changing
We will be introducing the new Knowledge and Learning Beta website over the coming months. Clips for use in the classroom are now available on your phone, tablet or PC.

Alternatively, you can still browse or search by keyword or clip number on this site.

CLIP 12911

Genetic engineering to increase productivity in rice

Genetic engineering to increase productivity in rice

Did you know?

All Class Clips content is available to watch on mobile, tablet and desktop devices on our new Knowledge & Learning BETA website.

Key Info
  • Genetic engineering to increase productivity in rice
  • Duration: 06:16
  • As global demand for food increases, plant geneticists are working to increase the productivity of rice by investigating gene switches which control development of vascular tissue. The work is at an early stage, and involves difficult extraction of the meristems from the young plants in order to look at the gene expression in the developing tissues. The work is important because populations are increasing, fertilisers are increasingly expensive and rainfall is increasingly unpredictable.
  • Subject:



    Bio: Genetics

  • Keywords: rice, genetic engineering, population, leaf, adaptation, photosynthesis, food supply, botany, biology
Ideas for use in class
  • Discuss the importance of genetic engineering for the survival of people as our population increases. Students should consider and research the pros and cons of the type of work featured in relation to crop yield, land use conflicts, global trade and other issues. It can be used in the context of global warming and the ecology of LEDCs. It can also be used to discuss limiting factors and photosynthesis. Students could be encouraged to discuss the reasons for the importance of vascular tissue for photosynthesis, and how leaves are adapted for efficient photosynthesis. Students could observe leaves using microscopes - developing observation skills by comparing rice and Maize T.S. leaf sections.
Background details
  • Clip language : English
  • Aspect ratio : 16x9

BBC navigation

BBC © 2014 The BBC is not responsible for the content of external sites. Read more.

This page is best viewed in an up-to-date web browser with style sheets (CSS) enabled. While you will be able to view the content of this page in your current browser, you will not be able to get the full visual experience. Please consider upgrading your browser software or enabling style sheets (CSS) if you are able to do so.