- Coming soon
26. Gibert, J.P. & A.I. Dell. The food web consequences of asymmetries in temperature sensitivity across trophic levels (IN PREP)
25. Luhring, T. M., J.P. Gibert. Parametric curves provide rapid and powerful insight into non-linear ecology (IN PREP)
24. Raimundo, R., J.P. Gibert, M.A.M. de Aguiar, J.N. Thompson, P. Jordano & P. Guimarães Jr. Selection on trait matching in a geographic mosaic drives the diversification, structure and dynamics of mutualistic networks (IN PREP)
23. Sulman, B.N. & J.P. Gibert. Modeling microbe munchers: Trophic interactions control global temperature response of soil carbon stocks (SUBMITTED)
22. +Fey, S.B.+, +J.P. Gibert+, & A.M. Siepielski. The consequences of mass mortality events for the structure and dynamics of biological communities. (IN REVISION)
( *undergraduate student* )
( +shared first co-authorship+ )
25. Luhring, T. M., J.P. Gibert. Parametric curves provide rapid and powerful insight into non-linear ecology (IN PREP)
24. Raimundo, R., J.P. Gibert, M.A.M. de Aguiar, J.N. Thompson, P. Jordano & P. Guimarães Jr. Selection on trait matching in a geographic mosaic drives the diversification, structure and dynamics of mutualistic networks (IN PREP)
23. Sulman, B.N. & J.P. Gibert. Modeling microbe munchers: Trophic interactions control global temperature response of soil carbon stocks (SUBMITTED)
22. +Fey, S.B.+, +J.P. Gibert+, & A.M. Siepielski. The consequences of mass mortality events for the structure and dynamics of biological communities. (IN REVISION)
( *undergraduate student* )
( +shared first co-authorship+ )
- 2019
21. Gibert, J.P. Temperature directly and indirectly influences food web structure. Nature Scientific Reports 9 (1): 5312. PDF
Featured in:
Featured in:
20. Gibert, J.P. & J.D. Yeakel. Eco-evolutionary origins of diverse abundance, biomass, and trophic structures in food webs. Frontiers in Ecology and Evolution 7:15, Special Issue: "Unifying Ecology Across Scales: Progress, Challenges and Opportunities". PDF
19. DeLong, J.P. & J.P. Gibert. Larger area facilitates the positive effects of niche complementarity on ecosystem function. The American Naturalist, 193 (5): 738- 747. PDF
18. Gibert, J.P. & J.D. Yeakel. Laplacian matrices and Turing bifurcations: revisiting Levin 1974 and the consequences of spatial structure and movement for ecological dynamics. Theoretical Ecology. PDF
- 2018
17. DeLong, J.P., G. Bachman, J.P. Gibert, T.M. Luhring, K.L. Montooth, A. Neyer, B. Reed. Habitat, latitude, and body mass influence the temperature dependence of metabolic rate. Biology Letters, 14: 20180442. PDF
16. Yeakel, J.D., J.P. Gibert, P. Westley, & J. Moore. Eco-evolutionary dynamics and collective straying: implications for salmon metapopulation robustness. Philosophical Transactions of the Royal Society B, 373 (1746): 20170018. PDF
15. DeLong, J.P., T.C. Hanley, J.P. Gibert, L.M. Puth, D.M Post. Life history traits and functional processes generate multiple pathways to ecological stability. Ecology, 99 (1): 5-12. PDF
16. Yeakel, J.D., J.P. Gibert, P. Westley, & J. Moore. Eco-evolutionary dynamics and collective straying: implications for salmon metapopulation robustness. Philosophical Transactions of the Royal Society B, 373 (1746): 20170018. PDF
15. DeLong, J.P., T.C. Hanley, J.P. Gibert, L.M. Puth, D.M Post. Life history traits and functional processes generate multiple pathways to ecological stability. Ecology, 99 (1): 5-12. PDF
- 2017
14. Gibert, J.P. & J.P. DeLong. Phenotypic variation explains food web structural patterns. Proceedings of the National Academy of Sciences 114 (42): 11187- 11192. PDF / SupMat
13. Gibert, J.P., *R. Allen*, *R. Hruska* & J.P. DeLong. The ecological consequences of environmentally induced phenotypic changes. Ecology Letters 20 (8): 997- 1003. PDF / SupMat
12. DeLong, J.P., J.P. Gibert, T.M. Luhring, G. Bachman, B. Reed, A. Neyer, K.L. Montooth. The combined effects of reactant kinetics and enzyme stability explain the temperature dependence of metabolic rate. Ecology and Evolution 7 (11): 3940–3950. PDF
- 2016
11. Gibert, J.P. The effect of phenotypic variation on metapopulation persistence. Population Ecology 58 (3): 345-355. PDF
Selected as Editor's Choice
Selected as Editor's Choice
10. Gibert, J.P., M-.C. Chelini, M.F. Rosenthal, J.P. DeLong. Crossing regimes of temperature dependence in animal movement. Global Change Biology 22: 1722- 1736. PDF / SupMat
Featured in:
Featured in:
|
|
9. Sebastián-González, E., M. Moleón, J.P. Gibert, F. Botella, P. Mateo-Tomás, P. Olea, P.R. Guimarães Jr & J.A. Sánchez-Zapata. Nested species-rich vertebrate scavenging networks support high levels of interspecific competition. Ecology 97 (1): 95-105. PDF
8. DeLong. J.P. & J.P. Gibert. Gillespie eco-evolutionary models (GEMs) reveal the role of heritable trait variation in eco-evolutionary dynamics. Ecology and Evolution 6(4): 935–945. PDF
7. DeLong, J.P., V.E. Forbes, N. Galic, J.P. Gibert, R. Laport, *J.S. Phillips*, & J.M. Vavra. How fast is fast? Eco-evolutionary dynamics and rates of change in populations and phenotypes. Ecology and Evolution 6(2): 573–581. PDF
Featured in:
Featured in:
- 2015
6. Gibert, J.P., A.I. Dell, J.P. DeLong & S. Pawar. Scaling up trait variation from individuals to ecosystems. Advances in Ecological Research 52: 1-17. PDF
5. Gibert, J.P. & J.P. DeLong. Individual variation decreases interference competition among predators but increases species persistence. Advances in Ecological Research 52: 45-64. PDF
- 2014
4. Gibert, J.P. & C.E. Brassil. Individual variation reduces interaction strengths in a consumer-resource system. Ecology and Evolution 4 (18): 3703-3713
PDF / SupMat
PDF / SupMat
3. Gibert, J.P. & J.P. DeLong. Temperature alters food web body-size structure. Biology Letters 10 (8): 20140473. PDF
2. Raimundo, R.L.G., J.P. Gibert, D.H. Hembry & P.R. Guimarães Jr. Conflicting selection in the course of adaptive diversification: the interplay between mutualism and intraspecific competition. The American Naturalist 183 (3): 363-375. PDF / SupMat
- 2013
1. Gibert, J.P., M.M. Pires, J.N. Thompson & P.R. Guimarães Jr. The spatial structure of antagonistic species affects coevolution in predictable ways. The American Naturalist 182 (5): 578-591. PDF / SupMat
