We often hear in the news about GM (Genetic Modification or Manipulation) but what does it actually involve? In this lecture Liam Dolan will explain how scientists go about manipulating the instruction manuals of plants with illustrations from his own research.

Manipulating plant genes - how do you actually do it? 

To ensure food security for the increasing world population in a environmentally sustainable way, we must double productivity on the same area of land. as well as address the concerns of modern high input agriculture, declining water availability and climate change. Join us to hear Chris Leaver talk about the importance of investing in science and technology - essential tools in increasing the efficiency of agriculture and attempting to reverse the impact of man- made climate change. In his words 'Doing nothing is not an option'

Achieving food security and sustainability for 9 billion 

Plants are able to metabolise a surprisingly diverse range of synthetic chemicals including pesticides and pollutants. These chemical reactions are important in global agriculture, as the ability of crops to metabolise herbicides rapidly is the primary determining factor in selective weed control in all our major cereals. In addition these chemical transformations are of general interest to consumers as they determine the fate, and toxicity, of residues entering the food chain. Join us to hear Rob Edwards (Food and Environment Agency Chief Scientist) talk about the mechanisms by which plants metabolise synthetic chemicals and recent progress in understanding the underpinning biology and biochemistry.

Plants in a chemical world 

Modern medicine uses many compounds which are isolated from plants. For example, vinblastine, which is used to treat many types of cancer, is isolated from the leaves of the Madagascar periwinkle. Sarah O'Connor will talk about her work in understanding the process by which the plant makes this substance. Not only will this lead to cheaper vinblastine but also to the production of slightly modified versions of vinblastine which may have improved medicinal properties.

From hairy roots to new medicines 

The spectacular variety of colour and growth form seen in our gardens is the result of the action of thousands of genes operating in pathways and networks. However, the basic principles of genetics are very simple and this lecture will explain how genes work, how they give rise to colour and form, and how they are re-assorted during reproduction to produce new and exciting plant varieties.

The gene garden 

Part of the Future of Crops Lecture Series held at the Oxford Botanic Gardens. Enhancing root function offers great promise in the development of sustainable crops. This lecture will highlight the critical role played by roots in nutrient uptake and review the most recent scientific breakthroughs in this area. The future application of technologies based on these discoveries will be central to enhancing crop productivity in the forthcoming agricultural revolution.

Using Science to Enhance Root Function in Crops 

Part of the Future of Crops lecture series delivered at the Oxford Botanic Gardens. Trees, woodlands and their product, wood, surround our lives. In Britain today, people that access or connect with woodlands do so through a society that cherishes the beauty of the treescape and the wildlife it supports. A new dawn is breaking for forestry. Can we manage forests for carbon, grow fibre for wood heat and energy, and adapt to climate change, while continuing to meet existing objectives from UK forests? The forestry sector needs to engage with society. The Sylva Foundation's OneOak project aims to do this through science and art, focussing on the full life story of one oak tree.

The OneOak Project:using science and art to revive Britain's wood culture 

Part of the Future of Crops lecture series delivered at the Oxford Botanic Gardens. Many of the World's poorest people depend upon rice for almost their entire calorific intake. Increases in rice yields are trailing behind increases in population growth and at this rate, by 2050, there will not be enough rice to go around. In this lecture, Jane will discuss the current situation, the predicted situation and the approaches being taken to prevent disaster.

Rice as a crop - a 100 year perspective from 1950 to 2050 

Part of the Healing Power of Plants lecture series given at the Botanic Gardens. Dianna Bowles OBE from the Centre for Novel Agricultural Products in York has led pioneering work on the development of new higher yielding varieties of Artemisia annua which can be grown in developing countries to provide a supply of artemisinin for use in essential malaria medications.

The Artemisinin Supply for Malaria Control 

Part of the Healing Power of Plants lecture series held at the Botanic Gardens. The talk will describe how unusual nitrogen- containing sugar analogues produced by plants are being discovered by research undertaken in collaboration with Oxford chemists. These sugar analogues may well explain the therapeutic activity of many plants and form the basis of important new medicines.

A Spoonful of Sugar 

The Oxford Botanic Garden is a national reference collection of 7,000 different types of plant, making it the most compact yet diverse collection of plants in the World - there is even more biological diversity here than there is in tropical rain forests and other biodiversity hotspots.Many gardeners come here to seek inspiration. In the beds and borders you may find new plants that would be perfect in your garden at home and partly for this reason we strive to label clearly every plant in the Garden.Plants are grown in this Garden to support our teaching programmes, for research scientists in this University and elsewhere and as part of plant conservation projects.

Although plants are a very important part of a garden, we must not forget about the important contribution that soil makes. Bacteria living in the soil also produce compounds important as modern antibiotics.

Streptomyces in Nature and Medicine: The Antibiotic Makers 

The first talk in the series from the Oxford Botanic Garden. This talk will describe the development of this new area as well as explaining the involvement of some of the plants grown there in the discovery and development of modern drugs.

The Botanic Garden - Your Modern Medicine Cabinet 

The Oxford Botanic Garden is a national reference collection of 7,000 different types of plant, making it the most compact yet diverse collection of plants in the World - there is even more biological diversity here than there is in tropical rain forests and other biodiversity hotspots.<br>Many gardeners come here to seek inspiration. In the beds and borders you may find new plants that would be perfect in your garden at home and partly for this reason we strive to label clearly every plant in the Garden.<br>Plants are grown in this Garden to support our teaching programmes, for research scientists in this University and elsewhere and as part of plant conservation projects.

Botanic Garden

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