(1) While I was cutting open an Abutilon megapotamicum flower for breakfast, I couldn't see it well -- the light seemed bad, somehow. No, I had a little central scotoma, I found. I took two cups of coffee and two ibuprofen -- when I set one pill down and looked an inch to its right, it disappeared. The scotoma enlarged and crawled leftwards as a band, same way as the one migraine I had many years ago. Some headache, photosensitivity, so I holed up in a dark room, but really not much of a migraine at all. I give thanks for that.
(2) The stems got frozen and split, so I dug up the big pot of Oxalis tuberosa, oca. A good double handful of tubers from that plant. Raw, they're crunchy, a little starchy, and some nice flavor, with only mild oxalic acid tang except near the stem end.
(3) From a photo gallery of diving under Antarctic sea ice, some almost-frozen fish: "These fish actually have ice present on their external tissues (integument, gills, and intestinal tract) while their internal tissues (except the spleen) are ice-free. The presence of ice in the spleen suggests that the spleen removes ice crystals from the fishes' circulation."
ETA "This giant arborescent agglutinated foraminiferan Notodendrodes antarctikos stands up to 3.8 centimeters high -- remarkably large for a unicellular organism."
(2) The stems got frozen and split, so I dug up the big pot of Oxalis tuberosa, oca. A good double handful of tubers from that plant. Raw, they're crunchy, a little starchy, and some nice flavor, with only mild oxalic acid tang except near the stem end.
(3) From a photo gallery of diving under Antarctic sea ice, some almost-frozen fish: "These fish actually have ice present on their external tissues (integument, gills, and intestinal tract) while their internal tissues (except the spleen) are ice-free. The presence of ice in the spleen suggests that the spleen removes ice crystals from the fishes' circulation."
ETA "This giant arborescent agglutinated foraminiferan Notodendrodes antarctikos stands up to 3.8 centimeters high -- remarkably large for a unicellular organism."
no subject
Date: 2009-12-08 07:01 am (UTC)