New York / College Station / Berlin / Packard / L. A. / Cambridge / Logan / Reading / /
Company
COMPUTER SCIENCES / J. A. S. / World Scientific / D. E. Sa / /
Country
United States / United Kingdom / / /
Event
Music Album Release / Natural Disaster / /
Facility
Texas A&M University / Plant Physiol / Utah State University / PLANT BIOLOGY Fig / PLANT BIOLOGY / /
IndustryTerm
gas exchange / Power law spectral densities / given site / gas composition / stomatal networks / biological systems / neuronal networks / gas mixtures / dynamical systems / manystate systems / nonuniform networks / charge-coupled device / transient gas exchange / chemical reactions / connected networks / power law expression / photosynthetic energy storage / interconnected systems / model systems / biological and computational systems / gas exchange problem / power law / involving transient gas exchange / /
MusicAlbum
Berry / K. A. / Mott / /
Organization
National Science Foundation / Cambridge Univ. / Department of Biology / Department of Physics / National Academy of Sciences / Utah State University / Texas A&M University / /
Person
Tom Buckley / David Peak / Keith A. Mott / Graham Farquhar / Rand Hooper / Susanna M. Messinger / Eugene Bruce / /
Position
central controller / a central unit / /
ProvinceOrState
Texas / New York / Utah / California / New Hampshire / /
Evidence for complex, collective dynamics and emergent, distributed computation in plants David Peak*†, Jevin D. West‡, Susanna M. Messinger‡, and Keith A. Mott‡ *Department of Physics, Utah State University, Log