Not exact matches
Just for the sake of illustration, though, here's one scenario where higher Holocene variability could go along with lower climate sensitivity: Suppose that some
unknown stabilizing mechanism makes the real world less sensitive to radiative
forcing than our current models.
Suppose also that — DESPITE THIS
STABILIZING MECHANISM some as - yet
unknown ocean circulation cycle operates that is the sole cause of the Holocene centennial scale fluctuations, and that this cycle has reversed and is operating today, yielding a temperature change that happens to mimic what models give in response to radiative
forcing changes.
Suppose also that — DESPITE THIS
STABILIZING MECHANISM some as - yet
unknown ocean circulation cycle operates that is the sole cause of the Holocene centennial scale fluctuations, and that this cycle has reversed and is operating today, yielding a temperature change that happens to mimic what models give in response to radiative
forcing changes.
Just for the sake of illustration, though, here's one scenario where higher Holocene variability could go along with lower climate sensitivity: Suppose that some
unknown stabilizing mechanism makes the real world less sensitive to radiative
forcing than our current models.