Perimeter Checkpoint A
Look for asteroids in the upper left, and take note of the "cool" gas cloud ("cool" in relation to:)
Perimeter Checkpoint B
You see indications of the same asteroids as found near Checkpoint A. Here, however, there exists a "storm" comparable to that surrounding the "rift" above the "active" Talocan Static Gate.
Although many explanations for these storms are possible, there is at least a superficial temptation to assert the "cool" gas follows the "hot" storm in time.
This may therefore be a single pocket, broken into different times and ejected into separate spaces within J132009. Alternatively, the storms may be part of the natural cycle of such pockets. On subsequent visits to both locations, I only saw the "cool" cloud at each, suggesting the storms are temporary. I waited some amount of time to see the storm cycle, but did not detect any variation in the "cool" cloud. Moreover, this temporary nature does not seem to be universal across Sleeper sites, as I have seen many such storms, but this is the first I have seen change into a cooling cloud.
In any event, this site demonstrates Sleeper installations may be vulnerable to the spontaneous eruption of such storms. Because sites found by others show the storms controlled in a ring of thermoelectric converters, the Sleeper civilization - or at least some of its installations - appears to have at one point lost control.
I submit when not controlled, these storms catapult the affected installations across at least space. This conforms to described properties of the spatial rift embedded within the "active" Talocan static gate:
"A natural phenomena that rumor says will hurtle those that come too close to faraway places."
Because space and time are intrinsically related, I further submit the storms may be "spitting" multiple segments of installation time lines across space as well.
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