Simon Treasure Photography📷☕️ (@simon_treasure) 's Twitter Profile
Simon Treasure Photography📷☕️

@simon_treasure

Dorset based, Published Amateur Photographer, coffee addict.Autistic. socially awkward. widowed. All©️images are mine #Canon90D #canong7xmkii #iPhone12

ID: 4077668243

linkhttp://simontreasurephotography.co.uk calendar_today30-10-2015 20:33:24

30,30K Tweet

3,3K Followers

5,5K Following

Simon Treasure Photography📷☕️ (@simon_treasure) 's Twitter Profile Photo

Hi peeps A quick update on how I’m doing, Things are a lot better, I’ve finally come out of the black hole I was in at the beginning of the year, intense counselling has helped, I did realise how bad I was. I realise it’s still early days . Thank you for all your support

Robert Allotment cat, with Barbara, Janet, Amanda (@allotmentcat) 's Twitter Profile Photo

(Barbs) My good friend Rolf has asked me to share this. I haven't got a clue about football but I'm happy to help. It would be great if you would share it too. #CatsRoarForEngland

(Barbs) My good friend Rolf has asked me to share this. I haven't got a clue about football but I'm happy to help.
 It would be great if you would share it too.

#CatsRoarForEngland
Dr Robin George Andrews 🌋☄️ (@squigglyvolcano) 's Twitter Profile Photo

☄️💥Woah! Newly discovered 1-1.5m asteroid 2024 RW1 (spotted by near-Earth asteroid hunters in the US) burns up above the Philippines just hours after it was first seen. This asteroid wasn’t a risk. But if it was, a duck-and-cover warning was possible.

NASA New Horizons (@nasanewhorizons) 's Twitter Profile Photo

A new, peer-reviewed study authored by NASA’s New Horizons Kuiper Belt search team reports the detection of an unexpected population of very distant bodies in the Kuiper Belt. The discovery suggests the solar system may have formed from a much larger protostellar disk, and

A new, peer-reviewed study authored by NASA’s New Horizons Kuiper Belt search team reports the detection of an unexpected population of very distant bodies in the Kuiper Belt. The discovery suggests the solar system may have formed from a much larger protostellar disk, and