This initiative arose from a need for tropical root ecologists to assess the rapidly growing body of root trait data for tropical ecosystems. We are compiling data from across tropical root studies to assess how tropical root traits vary over time, space, and in response to global change. These data will be used to assess a broad set of hypotheses related to root functional ecology (in the tropics and globally). Our main activities are to 1) build a database of tropical root trait data from papers and unpublished data set in collaboration with FRED at Oak Ridge National Lab, and 2) write review and concept papers about tropical root traits across natural gradients, in response to global change, and linking field data to ecosystem models of root activity for tropical forests.
Organizers: Daniela F. Cusack, Amanda Longhi Cordeiro, Kelly Andersen, Kristine Cabugao, Rich Norby, S. Joe Wright. Participants: Shalom D. Addo-Danso, Liz Agee, Marie Arnaud, Sarah Batterman, Francis Brearley, Mauro Brum, Brad Christoffersen, Caroline Dallstream, Milton Díaz, Lee Dietterich, Katrin Fleischer, Claire Fortunel, Lucia Fuchslueger, Cecile Giardin, Nathaly Guerrero Ramirez, Walter Huasco, Colleen Iversen, Deliang Kong, Martyna Kotowska, Emmanuel Likulunga, Laynara Lugli, César Marín, Luke McCormack, Dan Metcalfe, Rafael Oliveira, Jennifer Powers, Stuart Smith, Chris Smith-Martin, Fiona Soper, Laura Toro, María Natalia Umaña, Oscar Valverde-Barrantes, Monique Weemstra, Michelle Wong, Cynthia Wright, Daniela Yaffar, Ming Yang
Some of the main questions we are targeting: 1) How root traits are related to ecosystem function globally? 2) How do emergent trends in root traits and dynamics differ within tropical ecosystems and between tropical and temperate ecosystems? 3) Can we identify some best practices and prioritize which root traits to measure across tropical forest studies?