Trigger point options?

Today, after a few hours of work, I went to see Dr. Susan Levine, the Chronic Fatigue Syndrome (CFS) doctor/ researcher who has been treating me since 1991, told her what I'd been up to and what my worries were while she took some blood. The conversation was grounding. I've stopped talking about CFS much except to people who have it or treat it, except about how it inspired trigger point theory. Often, when I'm in a relapse, as I was tonight, I'm reminded how that works: I have to choose where to put limited stamina. That's such a simple idea but the implications have been profound for me. Tonight, I had 4 events on my agenda plus follow-up on 6 more. They didn't happen. Instead, I just thought. I asked Susan what is happening to CFS patients as we all get older, with vanishing emotional and financial support for many and still no seriously promising answers? She said, "it's a very serious problem." And that is what I see with trigger point theory/ environmental war triage: serious problems, no obvious answers, limited options. Even my own theory, is just a promising theory. I discussed this with kitty. She stretched, yawned, studied me with her big green eyes and then purring, curled up closer for a moment before wandering off to her food bowl.

My new kitty has been in residence exactly one week and has become the resident philosopher and a FB star with her own album and fan mail.

This is an example of what will require some serious thinking about our limited options:

More Than We Thought
H. Jesse Smith
One of the most worrying impacts of climate warming is the sea-level rise caused by melting or collapse of the polar ice sheets. The Antarctic Ice Sheet contains enough water to raise sea level by roughly 60 m were it to melt completely. Most of the work done to determine the influence of warming on the Antarctic Ice Sheet has focused on the West Antarctic Ice Sheet, which is thought to be the most unstable portion with respect to warming. Fogwill et al. consider the East Antarctic Ice Sheet (EAIS), which contains 90% of Antarctic ice, using a computer model to examine how much of that region may have melted or collapsed 135,000 to 116,000 years ago during the last interglacial, when the global average air temperature was about 2° C higher than it is now (a potential analog for the warmer climate of the next century). They focus particular attention on the effects of the Southern Hemisphere westerly winds on Southern Ocean circulation and the dynamics of the Antarctic ice sheet, concluding that the EAIS may have made a significantly greater contribution to sealevel rise over that period than currently is believed, with the implication that projected changes in the climate of the southern hemisphere may constitute a more serious threat to the future stability of the EAIS than has generally been appreciated until now.

Sometimes the trigger point is where and and with whom we consider our options.