Published December 6, 2019
| Version v0.0.5
Dataset
Open
ATTA Biogeochemistry Data Collection
Authors/Creators
- Tamara Jane Zelikova1
-
Thomas Harmon2
-
Michael F. Allen3
-
Steven F. Oberbauer4
-
Diego Dierick1
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Luitgard Schwendenmann5
-
Adrian A. Pinto-Tomas6
-
Philip W. Rundel7
- Catalina Murillo6
- Amanda Swanson3
- Nicole Trahan8
- Michael Meredyth-Young5
-
Angel S. Fernandez-Bou2
- Jules Cooch9
- Suzanne Henderson10
- Anna DiPaola11
- William Kinn12
- Deo Lachman1
- Utsarga Bhattarai13
- Odemaris Carrasquillo Quintana14
- Shaquetta Johnson15
- Ana Grace Alvarado16
- Yorelyz Rodriguez-Reyes17
- 1. University of Wyoming
- 2. University of California: Merced
- 3. University of California: Riverside
- 4. Florida International University
- 5. University of Auckland
- 6. University of Costa Rica
- 7. University of California: Los Angeles
- 8. University of Arizona
- 9. University of Michigan
- 10. University of Georgia
- 11. University of California: San Diego
- 12. Colorado State University
- 13. Colorado College
- 14. University of Puerto Rico: Mayagüez
- 15. Jackson State University
- 16. College of Saint Benedict and Saint John's University
- 17. University of Puerto Rico: Rio Piedras
Description
Datasets collected as part of the collaborative projects studying the impact of leaf cutter ants (Atta cephalotes) on biogeochemical cycling in tropical rainforest soils.
Files
attaproject/atta_biogeochemistry-v0.0.5.zip
Files
(283.0 kB)
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Additional details
Related works
- Is supplement to
- https://github.com/attaproject/atta_biogeochemistry/tree/v0.0.5 (URL)
Funding
- U.S. National Science Foundation
- RAPID: COLLABORATIVE RESEARCH: ENSO and Tropical Rain Forest Soil Carbon (CH4, CO2) Fluxes 1624623
- U.S. National Science Foundation
- Collaborative Research: Quantifying the footprint of a dominant organism: Biogeochemical impacts of leaf cutter ants in a lowland tropical forest ecosystem 1442714
References
- Allen, MF (2016). If you want to understand nature, stick your head in the sand! Interdisciplinary Journal of Landscape Architecture
- Aronson, EL, Dierick, D, Botthoff, JK, Oberbauer, S, Zelikova, TJ, Harmon, TC, Rundel, P, Johnson, RF, Swanson, AC, Pinto-Tomas, AA, Artavia-Leon, A, Matarrita-Carranza, B, Allen, MF (2019). ENSO-influenced drought drives methane flux dynamics in a tropical wet forest soil. Journal of Geophysical Research: Biogeosciences. https://doi.org/10.1029/2018JG004832
- Fernandez-Bou, AS, Dierick, D, Swanson, AC, Allen, MF, Alvarado, AGF, Artavia-León, A, Carrasquillo-Quintana, O, Lachman, DA, Oberbauer, S, Pinto-Tomás, AA, Rodríquez-Reyes, Y, Rundel, P, Schwendenmann, L, Zelikova, TJ, Harmon, TC (2019). The role of the ecosystem engineer, the leaf-cutter ant Atta cephalotes, on soil CO2 dynamics in a wet tropical rainforest. Journal of Geophysical Research: Biogeosciences. https://doi.org/10.1029/2018JG004723
- Harmon, TC, Dierick, D, Trahan, N, Allen, MF, Rundel, PW, Oberbauer, SF, Schwendenmann, L, Zelikova TJ (2015). Low-cost soil CO2 efflux and point concentration sensing systems for terrestrial ecology applications. Methods in Ecology and Evolution. https://doi.org/10.1111/2041-210X.12426
- Swanson, AC, Schwendenmann, L, Allen, MF, Aronson EL, Artavia-León, A, Dierick, D, Fernandez-Bou, AS, Harmon, TC, Murillo-Cruz, C, Oberbauer, SF, Pinto-Tomás, AA, Rundel, PW, Zelikova, TJ (2019). Welcome to the Atta world. A framework for understanding the effects of lead-cutter ants on ecosystem functions. Functional Ecology. https://doi.org/10.1111/1365-2435.13319