Characterisation of Australian opals
If you’d like to read all about the structure formation of natural opal, this is one of the most complete models of opal formation available anywhere.
At the time I remember my supervisor said to me that it was one of the most well-presented theses that he had ever seen. Not necessarily the results, but the quality of the illustrations and I guess you could say the “design layout”. I guess I always want to be proud of my own work and do things to the best of my ability:
This is my PhD thesis, from 12 years ago.
Today I was able to open up my original word document file that was almost 12 years old. To my surprise, it kept the original formatting and page breaks. And why shouldn’t it? Although I am not so keen on the changes that have been implemented to Microsoft Word between since then.
Okay so truth be told, the original word document came in at 281 pages and the printed copy came in at 282. So something was not right. It turns out that one graph had to be pushed down by one line and the original date was also restored. I was so paraoid that I would forget to change the date, the field updated itself automatically.
The reason I am doing this and sharing it again here is that my thesis was finally digitised by the UTS library this week, but the quality ain’t all that great, because it was rescanned from one of the original copies.
So I’m deciding to generate a brand new, clean pdf myself (I never got around to doing that, because I was compeltely over it at the time). Hopefully the google robots will scour my site, find this pdf and index it so anyone can access it.
The problem with modern agriculture.
I know there is a problem with ‘pests’ in agriculture. I know.
But from the point of view of the fungus, the wheat is the pest. Right? That is how nature/biodiversity works. If one species reaches plague proportions, like a vast field of wheat with nothing else growing in it, another comes in to take advantage of it.
That is the reason why we don’t see quintillions of wall-to-wall cockroaches, rats, or anything else taking over whole cities, countries, continents and eventually the entire planet with nothing else in sight. Because as soon as that happens, natural predators have a field day with them until the balance is restored.
That is the fundamental problem with modern agriculture isn’t it? The monocrop. So I don’t see how spraying ever-increasing quanities of poison onto the one species of plant you are trying to grow is going to change this fact. Even if you genetically engineer new species of wheat, the same principle applies. It’s like asking nature to change. It won’t ever happen because that’s the ‘nature’ of nature.
I think you need a different approach, to grow different species together.
Maybe let the birds and frogs take care of the insects?
Same goes for humans, if there are too many humans, a disease will eventually come along and wipe half of us out too.
Goiânia accident.
Eco shoes review
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