Sigh. These are the basic physical parameters. The next question to ask is what does this mean for biological and human systems. Living here in WA here's a few examples:
Less lower elevation snow, colder weather, and day/night termperatures has been leading to increased forest pests - which translates to increased tree death, widespread infestations, lower forest yields, increased fire risk (to biologic and human communities - see last year's fire regime and infrastructure loss).
Dwindling of narrow-niche wildlife and plant species - alpine meadows at Mt. Rainier, high elevation white-bark pine populations (which support a number of wildlife from bears to birds), and possible disappearance of iconic species such as pika, which cannot evolutionarily adapt to this quick (in geologic time) change in conditions.
On the tidal side - Much of Puget Sound's waters have become so acidic from the rise in sea temperature (complex interactions in the Sound - tides, off-shore currents) that small shellfish cannot be planted because the acidity makes it impossible for them to absorb calcium--- thus shellfish growers (such as Taylor Shellfish - the largest) ship their young spawn to yes, HAWAII, to grow for a year before shipping them back at a size that they can withstand the acidity. Needless to say the native species are not doing well, which has trickle down effects to the estuarine ecosystem.
This is a small handful of examples. From your dialog you don't seem to think any of this is a big deal -- I can't convince you of that. But there is no debate among serious scientists that climate change is occurring, that it is human caused, and will have long-lasting effects.
My advice - don't buy shoreline property and especially if you live in the SE, get rid of it now.
