Climate change is a matter of concern to society, decision makers, and scientists. As part of
the debate about the science of climate change, and in particular the extent to which current …

The late Early to early Middle Eocene Okanagan Highlands fossil sites, spanning∼ 1000 km
north–south (northeastern Washington State, southern British Columbia) provide an …

The history of plant fossil collecting in the Okanagan (Okanogan) Highlands of British
Columbia and northeastern Washington is closely intertwined with the history of geological …

In-depth understanding of past climatic and biotic change requires the study of ancient
ecosystems. However, terrestrial plants and vertebrates are preferentially preserved under …

Understanding present-day ecosystems must include the concept of time. The fullest
understanding of this world, its origin, current status, trends and future will come from the …

The fossil flora and depositional setting of the Early Eocene Falkland site in the southern
interior of British Columbia, Canada, is reported in detail for the first time, using a census …

Present-day environments cannot be completely understood without knowledge of their
history since the last ice age. Paleoecological studies show that the modern ecosystems did …

To understand the way late Quaternary environmental change has shaped vegetation
requires a network of detailed paleoecologic records. In the northwestern conterminous US …

The fossil flora and depositional setting of the early Eocene Falkland site in the southern
interior of British Columbia, Canada is reported here in detail for the first time. Falkland is …

Western North America preserves a rich record of Eocene life and environments under
globally warm climates, and represents an interval where significant coal and other minerals …