This holiday season, why not get a mineral every day instead of chocolate? Today’s mineral is Rozenite find out more about it below..
So it’s the first Sunday of December and if you are anything like me then you probably spent most of the day getting your tree and decorating it!!
But now that the evening is drawing in, it’s time to snuggle up with a warm cup of hot chocolate (try putting some gingerbread flavour in – it’s AMAZING!) and start writing your greetings cards. This is something that I struggle with, as I always forget at least one person or can’t find the right address, and goodness me postage stamps cost a fortune now! There is also the argument that in this day of wasteful culture we shouldn’t send paper greetings cards as it is bad for the environment, but I love getting real cards, and so try to send them as often as I can. For you my dear readers, in lieu of a card I have made a donation to the MinDat website – a brilliant website that lists all the minerals we know about and provides beautiful images as well as extremely valuable information, so if you are looking for a good cause to support this holiday season, why not make it a mineral-ly one (full disclosure: I have no connection with the MinDat website apart from knowing a few people who add data to it, I am just a huge fan and [clearly] use it a lot so I like to give back)!
If you are like me though and want to send a real card, get out your pens and get ready to get writing – but in order for your pen to work you need ink, and some of the most famous inks throughout the ages have been made by oxidsing ferrous salts with different pigments. One of these salts can be found in the mineral Rozenite and it’s gorgeous – especially under the microscope!
Chemical formula: FeSO4 · 4H2O
Colour: Colourless to white
Hardness (Mohs): 2 – 3
Can you find it in the UK? Yes
Rozenite is not common in any quantity in the UK, but it has been found in the past on Anglesea, so perhaps if you visit you may still find some – however it is difficult to identify, given its generally white powdery nature as it forms as the alteration product of other more common iron sulphides (like Pyrite).
For more information about Rozenite please visit the MinDat website.
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