Making Olive Oil, the cute way
Here is a future Food Network Star!
http://www.youtube.com/watch?v=-cMGEwg04PsSuperFoods – Extra Virgin Olive Oil
Fernand Alonso Celebrate his 27th Birthday with Olives!
Happy Birthday champ!
New code of practice for Australian olive producers
A code of practice is being drawn up for table olives to guarantee the authenticity and quality of Australian table olives and distinguish them from imported products.
The AOA Table Olive Subcommittee has been working with Food Standards Australia & New Zealand (FSANZ) to draft the code specifically for table olives. This code will adopt the International Standard for Table Olives from the Codex Alimentarius Commission.
It will also establish Australian standards for the industry to ensure food safety and high quality.
Jim Smyth from the AOA Table Olive Subcommittee said it is important to establish Australian standards for table olives to help the industry compete with imports.
“In Australia, the quality of table olives being produced is as good if not better than the olives being imported. Although, because it is a relatively small industry made up of mostly boutique growers, it is limited greatly by the costs of harvesting,” said Smyth.
The table olive Code of Practice will include industry standards for production that will cover planting, growing, harvesting, transport, processing, packing and storage.
[Source] Click here
Grower trials unusual frost protector
Spraying olive trees with a natural product from sugar beet has successfully stopped some varieties of olive trees in the South Island being knocked by frosts.
Alex Houliston, head of science at Christchurch Girls’ High School, took a year off teaching high school to study the frost problem in his own orchard.
Some olive orchards have suffered severe damage when trees four or five years old have been hit by a series of 13degC frosts in recent years.
Mr Houliston sprayed some of his trees with glycine betaine, which is extracted from sugar beet as a by-product of sugar production.
He had heard it could protect plants from metabolic inactivation during environmental stresses — water deficit, high soil salinity and extreme temperatures such as frost, by changing the speed at which water passed throught the plant’s cells.
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