Our goal is not to recreate identical copies of
historic passenger pigeons — this is an impossible thing to do.
All birds will be implanted with micro-GPS trackers to trace their movements — in this way we can locate and retrieve birds that wander, but more importantly we can observe if the birds are forming the tight social units that
historic passenger pigeons did.
All birds will be implanted with micro-GPS trackers to trace their movements — in this way we can locate and retrieve birds that wander, but more importantly we can observe if the birds are forming the tight social units that
historic passenger pigeons did.
Not exact matches
We used DNA sequences from 42
Passenger Pigeons spanning 4,000 years of history to reconstruct
historic population trends.
In
historic records
passenger pigeons were noted for their wildness and preference for forests over man - made environments.
By drawing from every source of information we have to model the ecology of the
Passenger Pigeon — including comparisons to analogous species, analyses of
historic accounts, and new discoveries — we can piece together a vision of the species dynamic ecological cycle.
This is an effort all residents of the
passenger pigeons»
historic home range can help to piece together.
Work continues on the paleoecology of the
Passenger Pigeon to re-evaluate
historic hypotheses of the species» biology.
Through studying population genetics, we can evaluate
historic accounts with a more accurate understanding of
Passenger Pigeon ecology.