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LTER: Selection across scales—merging evolutionary biology and community ecology to understand trait shifts in response toenvironmental change

Principal Investigator(s): Joseph Waterton, Nancy Emery, Jennifer Lau, Ken Whitney

LTER: Producers, Consumers and Disturbance Response of Primary Producers and Primary Consumers to Environmental Change – From small-scale disturbances to seasonal and long-term changes

Principal Investigator(s): Pierre Marrec, Grace Wilkinson

Matthew Brooke

Matthew Brooke is a Research Software Engineer at NCEAS, where he develops tools that facilitate the storage and exchange of ecological data for scientists. His work includes contributions to the Arctic Data Center, and to ESS-DIVE – the Department of Energy's data repository for Earth and environmental science. Matthew's interest in technology and its potential to enhance people's lives has been a driving force throughout his career.

LTER: Ecosystem Transitions: Increased Variability and Regime Shifts

Principal Investigator(s): Maria Cristina Portales Reyes, Anny Chung

Campus Point: New and exciting research from UCSB

In what way is chicken and salmon surprisingly similar?

Blue Foods Can Assist in Solving Global Issues

Wildfires and animal biodiversity

Naturally fire-prone ecosystems tend to have more species of birds and mammals, a new study reveals

Wildfires ultimately benefit plant and animal diversity