a/b) Bayesian decoding was used on hippocampal ensembles
during SWR events to estimate the rat’s spatial location (see Methods). Decoded SWR events are shown for
a) Waiting and b) Lingering SWRs on VEH days in
relation to the rat’s current restaurant. Though rats primarily decoded
to their current restaurant, non-local spatial decoding (decoding to the Next,
Opposite, and Previous restaurants) was greater during the Waiting epoch than
the Lingering epoch. Decoded SWR events are shown for c) Waiting
and d) Lingering SWRs on CNO days. Though rats primarily decoded to
their current restaurant on CNO days, we found a small increase in non-local
representations of space on both Waiting and Lingering epochs. Again, Bayesian
decoding was used on hippocampal ensembles during SWR events to estimate the
rat’s spatial location across the e) amount of time waited
for food reward during the Waiting epoch and f) the amount of time
waited after receiving food reward during the Lingering epoch. Same analyses as
e/f but for CNO g) Waiting and h)
Lingering SWRs. i) The Waiting SWR rates measured as a function of
time waited showed a linear relationship for the first 6 seconds and plateaued
thereafter. j) Lingering SWR rates as a function of time spent
lingering showed an immediate peak and sharp drop thereafter. Curr = current
restaurant, Next = next restaurant, Opp = opposite restaurant, Prev = previous
restaurant