Skip to content

Desiccation & Diversity in Dryland Mosses

A collaborative project supported by the US National Science Foundation through the Dimensions in Biodiversity Program

Menu

  • Home
  • Project
    • Project Scope
    • Field Work
    • Lab Work
    • NSF Proposal
      • Proposed Research
      • Rationale for Scope
      • Sampling Syntrichia Diversity
      • Genomic Diversity
      • Transcriptomic Diversity
      • Population Diversity
      • Phylogenetic Diversity
      • Ecophysiological Diversity
      • Community Diversity
      • Integrating Dimensions of Diversity
      • Literature Cited
  • People
    • Matthew Bowker
      • Anita Antoninka, PhD
      • M. Cristina Rengifo Faiffer
    • Kirsten K. Coe
      • Kat Golladay
      • Nora Howard
      • Dylan Powell
    • Kirsten Fisher
      • Ugbad Farah
      • Amy Vasquez
      • Simone Benjamin
      • Alexandra Garcia
      • Jameka Jefferson
    • Brent Mishler
      • Sonia Nosratinia
      • Jenna T. Baughman Ekwealor
      • Caleb M. Caswell-levy
      • Javier Jauregui Lazo
    • Llo R. Stark
      • John Brinda
      • Theresa Clark
      • Joshua Greenwood
      • Mandy Slate
    • Melvin Oliver
      • Anderson Silva
  • Meet the Mosses
    • N. American Syntrichia
      • Syntrichia ruralis
      • Syntrichia caninervis
  • Moss News
  • Blog
  • Outreach
    • Conferences & Forays
    • Videos
    • Citizen Science
    • Public Workshops
  • Resources
    • Teaching Resources
    • Technical Resources
      • Publications
      • Protocols
    • More Information

Under the microscope

theresaannclark Science October 9, 2017August 6, 2019
Hydrated Syntrichia caninervis stem
Dry Syntrichia caninervis stems

 

  • ← Moss Hunting in the Andes
  • Species variation at the leaf level? →

Archives

  • February 2021
  • July 2020
  • March 2020
  • September 2019
  • August 2019
  • April 2019
  • March 2019
  • September 2018
  • December 2017
  • October 2017
  • June 2017

Meta

  • Log in
Copyright © 2025 Desiccation & Diversity in Dryland Mosses. All rights reserved.
Berkeley Natural History Museums | University of California Berkeley