An Informatics Baseline to Understand the Impact of Climate Change on Plant Diversity
Ecosystems change naturally as well as due to human intervention. Species ranges expand and contract, and some species become extinct. Sometimes these changes fundamentally impact the diversity and function of local communities. Documenting large shifts in species' abundance and ranges requires data from entire biogeographic provinces. Most datasets, however, originate from individual researchers and cover local scales. These efforts represent only a small part of the full evidence which could be brought to bear upon any given research question. If we could combine the millions of vegetation plots, botanical inventories, and specimens collected since the birth of plant ecology in the late 1800s, we would have an enormous baseline database for addressing questions on plant diversity and distributions that have not been addressed before.
We will bring together:
1. leading collectors and managers of botanical survey and inventory data
3. ecologists doing synthetic research across scales
We will integrate, for the first time, the most significant existing sets of vegetation data spanning North and South America. This effort will incorporate database resources for plant plot information and taxonomies and will encompass several million records of species occurrences. The result will be the largest assembly of data on plant diversity and distribution for both tropical and temperate plant species yet created. It will allow us to address basic yet critical questions regarding how climate and climate change influence species range sizes, abundance, and extinction risk.
More information  about this research project and participants.
This work is supported by the National Center for Ecological Analysis and Synthesis, a Center funded by NSF (Grant #EF-0553768), the University of California, Santa Barbara, and the State of California and the iPlant Collaborative .