* A little stroll down hydrocarbon lane by one of our favorite historians, D.J. Waldie. If you haven’t read him, you should, because he brings, with a buttery, meditative touch, searing insights of surburbia and things lost and found. And that includes the San Gabriels. Meet D.J. and his pal, Randy, in his KCET post.
” … Because of smog, Randy and I grew up not seeing the mountains that ring the basin except on exceptional days when, after rain and strong winds, for a day (or only a few hours) you could stand at the end of the Belmont Pier in Long Beach and see Catalina to the southwest, Saddleback Mountain in the Santa Ana range to the east, San Gorgonio to the northeast, the San Gabriels to the north, and the headlands of Palos Verdes to the west. And now and with increasing frequency and on the least exceptional days, some or most of this gigantic panorama can be seen from the streets that I walk each morning. Something has changed. It isn’t enough – not even very much much, really. Still, you can see the mountains, purple, moss green, and lunar gray. And I suppose that means something …”
* As Chip prepares to release his next book, as un-environmental as they come, he reminisces with this photo about the wonderful event the L.A Public Library’s Aloud program threw for the book. Warm nostalgia aside, he is still un-worthy of running a competent Power Point. Photo from Flicker.
* Is there a more powerful way to capture warming CO2 gases? USC researchers think so. Sand and plastic are looking possibly heroic, here. From the L.A. Times environmental blog (run by the smart and friend Dean Kuipers)
” … The new process, detailed in the Journal of the American Chemical Society, claims to have the highest carbon dioxide removal capacity for real-world conditions, where humidity and other factors often hinder common capture methods. This has huge implications for carbon removal, as well as for new carbon products. “Right now, the short term is that we’re making CO2-free air from this technology. For our applications in fuel cells and batteries and things like that,” says G.K. Surya Prakash, a professor at USC and director of the Lokar Hydrocarbon Research Institute there who is part of the study. “Ultimately, I think that these kinds of materials, if they are developed on a massive scale, it can extract CO2 from point sources like coal-burning power plants, cement plants, breweries and stuff like that” …”