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The History of Tomatoes

Q1.      Where do tomatoes originate from?

A1.      Tomatoes originated from the Andes, in what is now called Peru, Bolivia, Chile and Ecuador - where they grew wild.  They were first cultivated by the Aztecs and Incas as early as 700 AD.

Q2.      When did tomatoes first arrive in Europe?

A2.      Tomatoes didn’t arrive in Europe until the 16th Century, although it is not known how.  It has been said that they were brought back from Central America by Spanish Conquistadors   Another legend suggests that two Jesuit priests brought them to Italy from Mexico.  Others say Columbus brought the first tomato to Europe. 

Q3.      What were the first cultivated tomatoes like?

A3.      The first cultivated tomatoes were yellow and cherry-sized, earning them the name golden apples. They were considered poisonous but appreciated for their beauty.

 Q4.      What powerful quality did the French think
                      tomatoes had?

A4.       The French were convinced that tomatoes had powerful aphrodisiac qualities and called them pommes d'amour (love apples).

Q5.       Where did the English word tomato come
                     from?

A5..      The English word 'tomato' derives from the word 'tomatl' its name in Nahuatl, the language of the Aztec people.  The English form 'tomate' first appeared in the 17th century, and was later modified to 'tomato', probably under the influence of the more familiar “potato”.

Research and Development
 

 Q1.      When and why was the Cheshunt Research
                      Station set up?

A1.       British tomato growers have always been at the forefront of horticultural research. As long ago as 1914, glasshouse growers set up the Cheshunt Research Station in the Lea Valley, north of London, to tackle the technical problems then faced by the industry. 

Q2.      On average how much is spent on the
                     research of tomato production in the UK each
                     year?

A2.      Some £1.25 million a year is currently spent on research on tomato production in the UK, with growers directly funding the more applied, 'near market' research by levies paid on their turnover through the Horticultural Development Council.

Q3.      What is being done to improve fruit quality in
                     respect of  flavour, texture, appearance and
                     shelf - life?

A3.      This is being achieved by the development of new varieties and fruit types, improved systems on handling fruit and grading after harvest, to allow fruit to ripen on the vine, and understanding more about the basic biology of plant growth and fruit development.  Consumer research is being undertaken to define buying patterns and consumer expectations to ensure the industry meets the demands of today's market.

Q4.      How do we maintain the status of lowest cost producers for British growers in the face of pressure from subsidised imports, especially from southern Europe?

A4.      The aim is to improve production efficiency by increasing yields, whilst reducing inputs. British growers have been very successful in this respect.  Average production per acre has doubled in the past 25 years, whilst the use of glasshouse heating fuel has been reduced by one third, and labour hours by two thirds, for each box of tomatoes produced.  This, however, is dependent on substantial investment in new glasshouses and facilities.

Q5.      How do British growers achieve pest and disease control without pesticides?

A5.       Britain leads the world in biological pest control, employing natural predators to control pests such as leaf miners and red spider mites.  This ensures an environmentally friendly industry with added consumer protection.  Natural control methods represent the most effective and profitable solution.  An armoury of natural enemies is now available from specialist rearing companies, and growers have become skilled in these advanced techniques, following research on the best ways to use them.  British growers have a published target of eliminating the use of all pesticides on their crops an increasing area of organic tomato crops is also being produced here. 
 

Market Information
 

Q1.      What is the level of British tomato product per
                     year?

A1.      The production of British tomatoes amounts to over 100,000 metric tonnes per year.  This figure represents nearly one third of the total volume of tomatoes sold in the country through the year and over half of this amount is sold in the summer.

Q2.      How many tonnes of fresh tomatoes are
                    
consumed each year?

A2.      Total consumption of fresh tomatoes is therefore around 420,000 tonnes.  This means that with a population of 59 millions, we eat 5oz (140g) of fresh tomatoes per person per week or 16lbs (7.25kg) per person per year.  This is the equivalent of two British Classic tomatoes per week, or more than 100 per year.  This is higher than previous estimates but still very low compared to other European  countries, especially those in the Mediterranean.

Q3.      How many hectares of glasshouses are used
           
for tomatoes in Britain? 
          

A3.      There are 300 hectares (740 acres) of glasshouses
                     t
hat are used to produce tomatoes in Britain. .                                     

Q4.      How many people are currently employed in
                    the British tomato industry?

A4.      Approximately 3,500 people are currently
                     employed in the British tomato industry?

Importing Tomatoes

Q1.      How many tonnes of fresh tomatoes do we
                    import?

A1.      Each year we import over 300, 00 tonnes of fresh
                    tomatoes (as opposed to processed tomato
                    p
roducts).

Q2.      What are the concerns about imported
                     tomatoes? 

A2.      There has been industry concern over oversupply brought about by imports.  This has resulted in low retail costs and poor returns for growers.

Q3.      How has the strength of the pound affected
                     foreign imports?

A3.      The strength of the pound has increased the flow of cheap foreign imports.  Around 190,000 tonnes are imported from Spain and the Canary Islands, with a further 90,000 tonnes from Holland, 8,000 tonnes from Belgium, 9,000 tonnes from Italy, 5,000 tonnes from France and 3,000 tonnes from Israel.

Q4.      Where are tomatoes mainly imported from?

A4.      Tomatoes sold in Britain in the winter are often imported from Spain or the Canary Islands, traditionally trough the winter, but with the season being increasingly extended through the rest of the year.  In order to cope with the voyage, they tend to have thicker skins and are picked while green.

Q5.      What other countries are tomatoes imported
                     from?

A5.      There are also imports from Holland, Belgium, France, Morocco, Italy, Israel, Portugal and South Africa.

Q6.      How are tomatoes grown in these countries?

A6.      Even in Spain, the sun does not always shine; most crops are grown in greenhouses covered in polythene.

Growing Methods

Q1.      How are most tomatoes grown in Britain?

A1.      In Britain tomatoes are grown predominantly under glass, although some are still grown outdoors in Jersey.  Glasshouses allow the tomato season to be extended from February until November with all year production being evaluated.  Under field conditions tomatoes can only be cultivated between July and October. Production is far higher under glasshouse conditions than from outdoor field crops, or crops grown under plastic in southern Europe.

Q2.      How do glasshouses help to prevent tomatoes
                   
getting damaged while  growing?

A2.      Tomatoes are easily damaged by the wind, extremes of temperature or fluctuating weather conditions.  Glasshouses offer not only a long growing season but also provide shelter from the weather and protection from birds and other animals.

Q3.      How are conditions controlled under
           glasshouses?

A3.      Under glasshouse conditions, the aerial environment along with crop irrigation and nutrition is controlled using computers.  This also gives the opportunity to avoid disease infection and to use natural predators to control pests instead of sprays.  Increasingly irrigation systems are closed (i.e.: excess gets recycled, while leaves and old plants are composted, rather than being dumped).  Cultural systems in Britain are designed to minimise any impact on the environment. Bumblebees are used for pollination and pests are biologically controlled using natural predators rather than chemical sprays.

Q4.      How is the flavour in the tomatoes produced?

A4.       Flavour variations in tomatoes are related to the differences in the sugar and acid content of the fruit.  For the best flavour in a tomato crop, high sugar and relatively high acids are required.  High acids and low sugars will produce a sharp-tasting tomato, whereas when both sugar and acid levels are low, the flavour will be bland.

Q5.      From flowering how many days does it take
                     for a tomato to reach full  ripeness?

A5.      It takes 40-60 days from flowering for a tomato to reach full ripeness, depending on temperature and the variety.

Q6.      How long does it take for a British tomato to
                    reach the supermarket shelf?

A6.      It takes 1-3 days for a British tomato to reach the supermarket shelf from the time it is harvested.
 

Health and Nutrition

Q1.      What are the nutritional benefits of tomatoes?

A1.      Tomatoes are a good source of Vitamins A, C and E,  beta-carotene and lycopene and flavonoids ( also found in red wine and tea). Tomatoes also contain potassium, calcium and other mineral salts.  Potassium has been linked to lowering blood pressure and calcium is vital for healthy bones and teeth.  Grilled tomatoes are high in carotene and folate.         

Q2.      What is the link between tomatoes and cancer
                     prevention?

A2.      The vitamins and antioxidants found in tomatoes are thought to combat the harmful effects of free radicals (rogue molecules) that cause cell damage, this can trigger such diseases as cancer and heart disease.  According to recent research, the natural red tomato pigment, lycopene, may particularly active in protecting the body against these diseases.  Research has also shown that ripe, British tomatoes have a considerably higher lycopene content than was thought to be the case, especially compared with imported, long life types which are low in lycopene.

Q3.      What is the calorific content of tomatoes?

A3.      Tomatoes are low in calories, typically containing
                     only 14 calories per 100g. Another bonus is that
                     tomatoes contain virtually no fat or  no
                     cholesterol. 

Q4..      Do you lose nutrients through cooking
                      tomatoes?

A4.      You lose a certain amount through cooking, particularly vitamin and flavonoids. Cooking however, may increase the concentration of other nutrients, such as lycopene, which is more easily absorbed when tomatoes are cooked in oil.  Ideally  plenty of both raw and cooked tomatoes should be eaten.

Q5.      How do you store tomatoes?

A5.      Many people make the mistake of keeping their in
                    the fridge, they are a sub-tropical fruit and dislike
                    the cold which impairs natural ripening and
                   
flavour. Instead tomatoes should be kept at room
                    temperature.

Q6.      What is tomato pulp good for?

A6.      Tomato pulp is very good for the skin.  It refreshes, tones and aids circulation and will restore acidity to the face after cleansing.  To make a tomato face pack, make a paste by mixing tomato pulp with yoghurt.  Apply to the face for 10-15 minutes, then wash off.

 Q7.     Do tomatoes help to fight cancer?

A7.       Researchers at the Erasmus Medical Centre in Rotterdam, Holland, have found synthetic lycopene slowed the growth of human prostate tumours in mice.  Lycopene has already been linked with reducing the risk of prostate cancer.  In their research, the Dutch scientists found a low does of lycopene slowed the growth of human prostate tumours implanted in the mice by over 50% by day 42 of the study, compared to mice who had not had the treatment.  And when lycopene was combined with vitamin E, it reduced the growth of tumours by up to 73%.  The researchers found that levels of PSA (prostate specific antigen) matched the growth of the tumour, meaning that can be used to monitor the treatments effects in men.  Dr Jacqueline Limpens, from the Erasmus Medical Centre found that it was the low dose of both lycopene and vitamin E that was the most effective, demonstrating that ‘more does not necessarily equal better’.   Although more research is needed before doctors could say if a combined lycopene and vitamin E treatment could be given to healthy men to prevent them developing prostate cancer.